CN217497082U

CN217497082U - Solid-liquid separation's food package bag

Info

Publication number: CN217497082U
Application number: CN202221014324.7U
Authority: CN
Inventors: 罗宇峰
Original assignee: Xiamen Jinhuifeng New Packaging Materials Co ltd
Current assignee: Xiamen Jinhuifeng New Packaging Materials Co ltd
Priority date: 2022-04-28
Filing date: 2022-04-28
Publication date: 2022-09-27
Anticipated expiration: 2032-04-28

Abstract

The application relates to food package bag's technical field especially relates to a food package bag of solid-liquid separation, which comprises a bag bod, the bag body is equipped with the median to separate into the bag body that liquid holds the chamber and the chamber is held to the solid, be equipped with the virtual seal on the median, the virtual seal receives the external force effect to open and hold chamber and liquid and hold and form the passageway between the chamber at the solid, the solid holds the solid-state powder in chamber and passes through the passageway pours into liquid holds the intracavity and carries out the powder liquid mixture, the virtual seal holds the chamber protrusion to liquid by the median and forms the recess, be equipped with the indicateing mark that is used for sign virtual to seal on the bag body, realize solid-liquid separation, when needing to use mixing and add the mixing convenience, solid powder is difficult for spilling.

Description

Food packaging bag with solid-liquid separation function

Technical Field

The application relates to the technical field of food packaging bags, in particular to a solid-liquid separation food packaging bag.

Background

The common packaging bags are food packaging bags, the food packaging bags are generally solid or liquid, and part of the food packaging bags are required to be eaten after solid and liquid are mixed, some solid powder products are usually eaten after liquid is added, the liquid required to be added with powder is formulated, and the common adding mode is that the common packaging bags have a short shelf life due to the fact that the solid powder and the liquid are mixed in advance when the common bags are produced, the common bags are easy to deteriorate and poor in taste, and the shelf life can be prolonged only by adding enough preservative.

The packing of solid-liquid separation that appears in the market at present generally is two kinds of packings separately, binds two kinds again and sells, but because it is separately not same packing again troublesome, also spills solid powder easily in the addition process, and it is very inconvenient to add, very influences customer's use experience.

SUMMERY OF THE UTILITY MODEL

Based on above-mentioned problem, this application provides a food package bag of solid-liquid separation, solid-liquid separation is realized to integrative packing, need mix and add when using and mix the convenience, and solid powder is difficult for spilling. The following technical scheme is adopted:

a food packaging bag with solid powder and liquid separated comprises a bag body, wherein the bag body is provided with an isolation belt and is divided into a liquid accommodating cavity and a solid accommodating cavity;

the isolating belt is provided with a virtual seal which can be opened under the action of external force and forms a channel between the solid accommodating cavity and the liquid accommodating cavity;

solid powder in the solid accommodating cavity is injected into the liquid accommodating cavity through the channel to mix powder and liquid;

the virtual seal is protruded from the isolation belt to the liquid containing cavity to form a groove;

the bag body is provided with an indicator for marking the virtual seal.

Optionally, the bag body is a transparent bag.

Optionally, the bag body is provided with scale marks outside the solid containing cavity.

Optionally, the indicator is a raised pattern or arrow.

Optionally, the virtual seal is located 20mm away from the top of the bag body;

the caliber of the virtual seal is 3 mm.

Optionally, the virtual seal is arc-shaped.

Optionally, the isolation strip is formed by heat sealing.

Optionally, the hot pressing strength of the dummy seal is lower than that of the isolation strip.

Optionally, the width of the isolation belt is 4-6 mm.

Optionally, a straw is arranged on one side of the liquid containing cavity of the bag body, and the straw is communicated with the liquid containing cavity.

To sum up, the present application includes the following beneficial effects:

1. the utility model discloses a hot pressing mode directly forms the median on the bag body, separate into two opposite spaces with bag internal space, a solid and liquid are deposited respectively, realize solid-liquid separation, set up on the median and open divided virtual the sealing to the exogenic sensitization, separate again through the extrusion in the use, the effect that solid-liquid mixes when reaching the use, be favorable to solid-liquid separation before the product uses, mix together through the extrusion when using, can effectually ensure that the product reacts or guarantees the best mixed taste of product before using.

2. The virtual seal sets up to the arc shape, has a recess position to make the powder pour out easily when the powder falls over like this, and the virtual seal is sealed and is not used up complete heat seal, seals the size and sets up 3mm, thereby has both avoided in the product transportation like this to lead to the risk that powder liquid mixes in advance because heat-seal strength undersize, thereby also can not lead to because heat-seal strength is too big, the customer need go to squeeze open the sack very energetically and can not squeeze open even.

3. The virtual sealing position is 20mm away from the top, so that the liquid can be prevented from running to the powder position when the powder is poured into the liquid, and the liquid can be prevented from running to the powder bag when the powder and the liquid are mixed and stirred.

Drawings

Fig. 1 is a schematic view of the entire internal structure of the present embodiment.

Description of reference numerals: 1. a bag body; 2. a liquid containing chamber; 3. a solid containment chamber; 4. an isolation zone; 5. virtual sealing; 6. a straw.

Detailed Description

The present application is described in further detail below with reference to fig. 1.

The embodiment of the application discloses solid-liquid separation's food package bag, including bag body 1 body, bag body 1 body is formed by two-layer plastic film hot melt back complex in front and back, and 1 border of its bag body is sealed, and whole bag body 1 is made the self-supporting bag with the form of inserting the end, and its bottom is for can inwards folding, and its bottom outwards opens and can stand on the horizontal plane.

Bag body 1 forms median 4 on its bag body 1 through the heat-seal, separate into two opposite spaces with the internal space of bag body 1, hold chamber 2 and solid and hold chamber 3 for liquid respectively, median 4 is located apart from bag body 1 border 58mm department, and extend 187.5mm to the bottom by bag body 1 top, its both ends and bag body 1 border are connected, keep apart in bag body 1 one side and form the solid and hold chamber 3, the solid holds chamber 3 and liquid and holds chamber 2 and keep apart through median 4, place beverage or water in the liquid holds chamber 2, the solid holds and places the solid-state powder that melts in water or beverage in the chamber 3.

The bag body 1 is provided with a suction pipe 6 at one side of the liquid containing cavity 2, and the suction pipe 6 is communicated with the liquid containing cavity 2 and used for sucking the liquid in the bag.

Hold chamber 3 at the solid and be equipped with the virtual 5 that seals on being close to one side median 4 that liquid held chamber 2, the virtual 5 that seals is located the median 4 apart from the 1 top 20mm department of the bag body, and it holds chamber 3 by the solid and projects towards the direction that liquid held chamber 2, forms the recess, and the virtual 5 that seals does not do complete heat-seal and handles, makes it be in the virtual state of sealing, ensures to receive external force effect (through the extrusion) in the use and can separate again.

When the isolation belt 4 is subjected to heat sealing treatment, virtual seals are arranged at the isolation heat sealing position, the virtual seals are realized by manufacturing three hot sealing knives, two hot sealing knives wash hollow parts at the virtual seal position and do not carry out heat sealing, one hot sealing knife does not wash the hollow parts together, the two hot sealing knives respectively carry out two times of heat sealing treatment on the isolation belt 4, as the two hot sealing knives are hollow at the position facing the virtual seal 5, the virtual seal 5 is not subjected to heat pressing treatment during the heat pressing, the virtual seal 5 at the moment is in an open state, then the hot sealing knife without the hollow part carries out the heat pressing on the isolation belt 4 again, as the hot sealing knives carry out the heat pressing on the isolation belt 4, the position facing the virtual seal 5 is not hollow, the virtual seal 5 also carries out the heat pressing once during the heat pressing, the virtual seal 5 at the moment is sealed, the isolation belt 4 is subjected to the heat pressing for 3 times, the virtual seal 5 carries out the heat pressing once, and the local strength is low, the hot-pressing strength of the virtual seal 5 is less than that of the isolation belt 4, so that the virtual seal 5 is ensured not to be subjected to complete heat-sealing treatment and is in a virtual seal state, and the virtual seal can be separated again by extrusion in the using process.

This product is when using, only need the extrusion solid state to hold the chamber, make its inside air pressure increase, seal 5 extrusion of the virtual of state at virtual, just can hold chamber 3 and liquid at the solid and hold and form the passageway between the

chamber

2, 2 direction slope bag bodies 1 in chamber are held to orientation liquid this moment, just can hold the solid powder in the chamber 3 with the solid and inject into liquid through the passageway that forms and hold chamber 2 in and mix with liquid or water, can effectually ensure the product mix reaction or guarantee the best mixed taste of product before using.

Preferably, the bag body 1 is of a transparent bag structure, and an indicator (not shown in the figure) for marking the virtual seal is arranged on the outer bag of the bag body 1, so that a convex pattern or an arrow can be adopted to indicate the position of the virtual seal 5 or the direction of extrusion movement, and the phenomenon that the bag cannot be extruded due to the wrong extrusion direction or position during extrusion is avoided; the transparent bag structure can be convenient for observe the state of liquid and solid in the bag, is convenient for observe the condition that solid powder poured when carrying out the powder liquid and mixing, guarantees whether the powder has to be poured or is poured totally.

The scale marks can be arranged on the outer bag of the solid accommodating cavity 3 of the bag body 1, so that the powder can be poured quantitatively conveniently, and the powder and the liquid can be mixed according to personal taste to adapt to the taste of various people.

The preferred, the hot pressing seal width of median 4 is 4-6mm, and this embodiment hot pressing width is 5mm, and the bore that the virtual was sealed 5 is 3mm, so can avoid the risk that leads to powder liquid to mix in advance because the heat-seal intensity undersize in the product transportation, thereby also can not lead to because the too big awkwardness of heat-seal intensity, the customer need to go to squeeze open the sack with great effort or even can not squeeze open because of this.

The virtual 5 recess that seals is curved, is extruded when forming the passageway like this at it, and the effect of water conservancy diversion can be regarded as to curved structure, makes things convenient for pouring of powder, and curved structure also can guarantee when mixing its liquid holds liquid or water in the chamber 2 can not the spill solid hold the chamber 3 in, makes the powder that the solid held in advance and liquid or water mix, avoids because its liquid or water that spill are not many, can lead to the powder blocking can't pour again.

The virtual position of sealing is from top 20mm, and this position makes the sack reserve the apex seal after the filling, avoids the apex seal to seal virtual position to and set up and avoid liquid to run to the powder position when the powder falls to the liquid position at the top, and also avoid liquid to run to the powder bag when powder liquid mixes the stirring as far as possible.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims

1. The utility model provides a food package bag of solid-liquid separation which characterized in that: the bag body is provided with an isolation belt and is divided into a liquid containing cavity and a solid containing cavity;

the bag body is provided with an indicator for marking the virtual seal.

2. The solid-liquid separation food packaging bag according to claim 1, wherein: the bag body is a transparent bag.

3. The solid-liquid separation food packaging bag according to claim 2, wherein: the bag body is provided with scale marks on the outer side of the solid containing cavity.

4. The solid-liquid separation food packaging bag according to claim 1, wherein: the indicator is a raised pattern or arrow.

5. The solid-liquid separation food packaging bag according to claim 1, wherein: the virtual seal is positioned 20mm away from the top of the bag body;

the caliber of the virtual seal is 3 mm.

6. The solid-liquid separation food packaging bag according to claim 1, wherein: the virtual seal is arc-shaped.

7. The solid-liquid separation food packaging bag according to claim 1, wherein: the isolation band is formed by heat sealing.

8. The solid-liquid separation food packaging bag according to claim 6, wherein: the hot pressing strength of the virtual seal is lower than that of the isolation belt.

9. The solid-liquid separation food packaging bag according to claim 1, wherein: the width of the isolation belt is 4-6 mm.

10. The solid-liquid separation food packaging bag according to claim 1, wherein: the bag body is provided with a suction pipe on one side of the liquid containing cavity, and the suction pipe is communicated with the liquid containing cavity.