CN205114079U - Refreshment container - Google Patents
Refreshment container Download PDFInfo
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- CN205114079U CN205114079U CN201520826400.8U CN201520826400U CN205114079U CN 205114079 U CN205114079 U CN 205114079U CN 201520826400 U CN201520826400 U CN 201520826400U CN 205114079 U CN205114079 U CN 205114079U
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Abstract
The utility model provides a refreshment container, includes the container body, inner cup and enclosing cover, the bottom of the container body is sealed, and the top of the container body has the opening, inner cup detachably seal installation is on the opening of the container body, enclosing cover detachably seal installation is on the upper end of the container body, the inner cup is located the enclosing cover, and the inner cup is located between the container body and the enclosing cover, being equipped with one on inner cup and the enclosing cover and subsiding collection mechanism, the container body is collected mechanism and external the intercommunication through subsiding. When this refreshment container of being equipped with food when depositing after once disinfecting, external gas just can be collected the mechanism to enter into the container internal through subsiding, subsides the effect of materials such as microorganism in the gas of collecting in the mechanism, bacterium, dust through self gravity, subside the accumulation subside collect the mechanism in, subside gaseous rethread after the accumulation and subside collection mechanism to enter into the container internal, like this, materials such as microorganism in the internal gas of container, bacterium, dust are few, and consequently, this refreshment container is fresh -keeping food for a long time.
Description
Technical field
The utility model relates to a kind of container, and more particularly, the utility model relates to a kind of antistaling container.
Background technology
Along with the fast development of science and technology and improving constantly of people's living standard, people more and more pay attention to food security.Food security is all the topic that people pay close attention to all the time, China not only carries out strict supervision to food security, but also food security has been brought up in legislation aspect, " People's Republic of China's the law of food safety " formally implemented on October 1st, 2015 is called as the law of food safety of " the tightest in history ".
And the fresh-keeping of food is a part indispensable in food security, if the fresh-keeping of food has problem, food just easily occurs rotten, eat rotten food by mistake, bring very large impact will to the healthy of people, therefore, the requirement of people to food fresh-keeping is more and more higher.
At present, the antistaling container that the fresh-keeping general employing fridge freshness retaining of food, can are fresh-keeping or traditional is fresh-keeping.
Fridge freshness retaining generally adopts preservation by low temperature, and the fresh keeping time of fridge freshness retaining is short, power consumption is large, cost is high.
The fresh-keeping general employing vacuum freshness retaining of can, although the fresh-keeping fresh keeping time of can is long, cost compare is low, but, the production technology more complicated that can is fresh-keeping, generally only has factory that can could be adopted fresh-keeping, and family is difficult to adopt can fresh-keeping, and, can is fresh-keeping generally all can adopt the method for adding a certain amount of chemical preservative to carry out the shelf-life of food and extend, and the food adding chemical preservative does not belong to pollution-free food, and this and people day by day pursue healthy consumption concept and disagree; Meanwhile, can is fresh-keeping generally all adopts disposable antistaling container, so not only wastes material, nor environmental protection.
The fresh-keeping general employing isolation of traditional antistaling container is fresh-keeping, when adopting traditional antistaling container to carry out fresh-keeping to food, tradition antistaling container just plays sealing function, food and outside air is isolated, thus reaches the object of food fresh-keeping, but, tradition antistaling container can only make dry food not moist, makes moistening food not taint of odour, can not fundamentally solve food fresh-keeping problem, so the fresh keeping time of food is short.
For this reason, design a kind of can long-time fresh-keeping food, energy-conserving and environment-protective, antistaling container easy to use, this has become the technical matters being badly in need of at present solving.
Utility model content
The technical problems to be solved in the utility model be to provide a kind of can long-time fresh-keeping food, energy-conserving and environment-protective, antistaling container easy to use.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
A kind of antistaling container, is characterized in that: comprise container body, inner cap and enclosing cover;
The sealed bottom of said vesse body, the top of said vesse body has opening;
Above-mentioned inner cap removably seals and is arranged on the opening of container body;
Above-mentioned enclosing cover removably seals and is arranged on the upper end of container body;
Above-mentioned inner cap is positioned at enclosing cover, and above-mentioned inner cap is between container body and enclosing cover;
Above-mentioned inner cap and cover outward and be provided with a sedimentation collecting mechanism, said vesse body is in communication with the outside by sedimentation collecting mechanism.
When adopting this antistaling container to carry out fresh-keeping to food, first, food is put in container body, then, inner cap is arranged on the opening of container body hermetically, then, be arranged on hermetically on the upper end of container body by enclosing cover, like this, inner cap is just positioned at enclosing cover, further, inner cap is between container body and enclosing cover; Then, again this antistaling container that food is housed is carried out sterilization through a conventional means such as microwave or high temperature, due to inner cap with cover outward and be provided with a sedimentation collecting mechanism, container body is in communication with the outside by sedimentation collecting mechanism, so this antistaling container just can realize the sterilization in container at ambient pressure.
When this antistaling container that food is housed is deposited after a sterilization, extraneous gas just can enter in container body by sedimentation collecting mechanism, the materials such as the germ in the gas in sedimentation collecting mechanism, bacterium, dust are by the effect of self gravitation, sedimentation accumulates in sedimentation collecting mechanism, like this, the materials such as germ, bacterium, dust just can not autonomic activities, the material sedimentations such as germ, bacterium, dust build up after gas enter in container body by sedimentation collecting mechanism again; Like this, the materials such as the germ in container body in gas, bacterium, dust are few, so the food in container body can be fresh-keeping for a long time, therefore, this antistaling container can long-time fresh-keeping food.
Meanwhile, during the fresh-keeping food of this antistaling container, sterilization need only be carried out through a conventional means such as microwave or high temperature, just can long-time fresh-keeping food, therefore, the energy-conserving and environment-protective of this antistaling container, easy to use.
Optimal technical scheme as the sedimentation collecting mechanism in the utility model:
Described sedimentation collecting mechanism comprises spill collection container, gas port, ventilation flue and breather hole;
Cover in above-mentioned spill collection container is located at, above-mentioned spill collection container, a formation cavity between inner cap and enclosing cover;
Above-mentioned gas port is located on the side of spill collection container;
Above-mentioned ventilation flue is located on gas port, and above-mentioned ventilation flue is positioned at spill collection container, and the lower end of above-mentioned ventilation flue is communicated with container body by gas port, the upper end of above-mentioned ventilation flue and cavity connects;
Above-mentioned breather hole is located on the end face of enclosing cover, and above-mentioned breather hole and ventilation flue depart from;
Above-mentioned cavity is in communication with the outside by breather hole.
When this antistaling container that food is housed is deposited after a sterilization, because breather hole and ventilation flue depart from, so, extraneous gas just can enter cavity by breather hole, germ in empty intracavity gas, bacterium, the materials such as dust are by the effect of self gravitation, sedimentation accumulates in spill collection container, like this, germ, bacterium, the materials such as dust just can not autonomic activities, germ, bacterium, gas in cavity after the material sedimentation accumulations such as dust, enter in container body by ventilation flue again, like this, germ in container body in gas, bacterium, the materials such as dust are few, so, food can be fresh-keeping for a long time, therefore, this antistaling container can long-time fresh-keeping food.
Optimal technical scheme as the ventilation flue in the utility model:
Described ventilation flue is vertically arranged.
The ventilation flue of above-mentioned vertical setting can stop the materials such as the germ in empty intracavity gas, bacterium, dust to enter in container body further, thus the material such as germ, bacterium, dust reduced further in container body in gas, therefore, in container body, the fresh keeping time of food is longer.
As improvement opportunity scheme of the present utility model:
Described breather hole is provided with permeability cell, the lower end of above-mentioned permeability cell and cavity connects, and the upper end of above-mentioned permeability cell is in communication with the outside.
Above-mentioned permeability cell can stop the materials such as the germ in ambient atmos, bacterium, dust to enter in cavity further, thus the material such as germ, bacterium, dust reduced in empty intracavity gas, and then the material such as germ, bacterium, dust in minimizing container body in gas, therefore, in container body, the fresh keeping time of food is increased widely.
As further improvement of the utility model technical scheme:
Described permeability cell stretches in cavity, and the lower end of above-mentioned permeability cell is close to the inside face of spill collection container.
When permeability cell stretches in cavity, during inside face close to spill collection container of the lower end of permeability cell, the materials such as the germ in ambient atmos, bacterium, dust enter in spill collection container by permeability cell, thus the sedimentation being convenient to the material such as germ, bacterium, dust in sky intracavity gas is collected, the material such as germ, bacterium, dust in further minimizing container body in gas, further for food fresh-keeping is had laid a good foundation.
As further improvement opportunity scheme of the present utility model:
The upper end of described permeability cell is hook and loop and is positioned on the end face of enclosing cover.
When the upper end of permeability cell is hook and loop and is positioned on the end face of enclosing cover, the materials such as the germ in ambient atmos, bacterium, dust be difficult to by permeability cell in hook and loop upper end, thus the material such as germ, bacterium, dust entered in the gas in cavity is reduced widely, this is just for food fresh-keeping is had laid a good foundation.
Optimal technical scheme as the inner cap in the utility model:
Cover in described and be provided with outside thread, said vesse body is provided with negative thread, and the negative thread on the outside thread covered in inner cap passes through, container body and inner cap seal ring removably seal and be arranged on the opening of container body.
Optimal technical scheme as the enclosing cover in the utility model:
Described outer covering is provided with negative thread, and said vesse body is provided with outside thread, and enclosing cover is removably sealed by the outside thread on container body, the negative thread covered outward and enclosing cover seal ring and is arranged on the upper end of container body.
The utility model beneficial effect is against existing technologies: because this antistaling container comprises container body, inner cap and enclosing cover; The sealed bottom of container body, the top of container body has opening; Inner cap removably seals and is arranged on the opening of container body; Enclosing cover removably seals and is arranged on the upper end of container body; Inner cap is positioned at enclosing cover, and inner cap is between container body and enclosing cover; Inner cap and cover outward and be provided with a sedimentation collecting mechanism, container body is in communication with the outside by sedimentation collecting mechanism; When this antistaling container that food is housed is deposited after a sterilization, extraneous gas just can enter in container body by sedimentation collecting mechanism, the materials such as the germ in the gas in sedimentation collecting mechanism, bacterium, dust are by the effect of self gravitation, sedimentation accumulates in sedimentation collecting mechanism, like this, the materials such as germ, bacterium, dust just can not autonomic activities, the material sedimentations such as germ, bacterium, dust build up after gas enter in container body by sedimentation collecting mechanism again; Like this, the materials such as the germ in container body in gas, bacterium, dust are few, so the food in container body can be fresh-keeping for a long time, therefore, this antistaling container can long-time fresh-keeping food.
Meanwhile, during the fresh-keeping food of this antistaling container, sterilization need only be carried out through a conventional means such as microwave or high temperature, just can long-time fresh-keeping food, therefore, the energy-conserving and environment-protective of this antistaling container, easy to use.
When the food in this antistaling container is finished, this antistaling container is cleaned, just can reuse this antistaling container, therefore, the environmental protection of this antistaling container.
In addition, this antistaling container also have structure simple, reasonable in design, be skillfully constructed, use safety health, be easy to produce, productive costs is low, can repeatedly use, be easy to the advantages such as popularization.
This antistaling container can be used for child's lunch, worker with meal, without packing the fresh-keeping of carryout, short distance outing food carrying etc., or even some foods apt to deteriorate of long-distance transport, not only uses to family and brings convenience, also can be used in factory dining room.
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is the external structure schematic diagram of the utility model preferred embodiment;
Fig. 2 is the exploded drawings of the utility model preferred embodiment;
Fig. 3 is the structural representation of another angle of inner cap in the utility model preferred embodiment;
Fig. 4 is the part sectional view of the utility model preferred embodiment.
Detailed description of the invention
As shown in Figures 1 to 4, the antistaling container in this preferred embodiment, comprises container body 1, inner cap 2 and enclosing cover 3.
The sealed bottom of said vesse body 1, the top of said vesse body 1 has opening 10;
Above-mentioned inner cap 2 is provided with outside thread 21, and said vesse body 1 is provided with negative thread 11, and inner cap 2 is removably sealed by the outside thread 21 on inner cap 2, the negative thread 11 on container body 1 and inner cap seal ring and is arranged on the opening 10 of container body 1;
Above-mentioned enclosing cover 3 is provided with negative thread 31, and said vesse body 1 is provided with outside thread 12, and enclosing cover 3 is removably sealed by the outside thread 12 on container body 1, the negative thread 31 on enclosing cover 3 and enclosing cover seal ring and is arranged on the upper end 13 of container body 1;
Above-mentioned inner cap 2 is positioned at enclosing cover 3, and above-mentioned inner cap 2 is between container body 1 and enclosing cover 3.
Above-mentioned inner cap 2 and enclosing cover 3 are provided with a sedimentation collecting mechanism; Above-mentioned sedimentation collecting mechanism comprises spill collection container 4, gas port 5, ventilation flue 6, breather hole 7 and permeability cell 8;
Above-mentioned spill collection container 4 is located on inner cap 2, above-mentioned spill collection container 4, a formation cavity 40 between inner cap 2 and enclosing cover 3;
Above-mentioned gas port 5 is located on the side of spill collection container 4;
Above-mentioned ventilation flue 6 is located on gas port 5 vertically, and above-mentioned ventilation flue 6 is positioned at spill collection container 4, and the lower end of above-mentioned ventilation flue 6 is communicated with container body 1 by gas port 5, and the upper end of above-mentioned ventilation flue 6 is communicated with cavity 40;
Above-mentioned breather hole 7 is located on the end face of enclosing cover 3, and above-mentioned breather hole 7 departs from ventilation flue 6;
Above-mentioned permeability cell 8 is located on breather hole 7;
The upper end of above-mentioned permeability cell 8 is in communication with the outside, and the upper end of above-mentioned permeability cell 8 is hook and loop and is positioned on the end face of enclosing cover 3;
Above-mentioned permeability cell 8 stretches in cavity 40, and the lower end of above-mentioned permeability cell 8 is communicated with cavity 40, and the lower end of above-mentioned permeability cell 8 is close to the inside face of spill collection container 4.
When adopting this antistaling container to carry out fresh-keeping to food, first, food is put in container body 1, then, inner cap 2 is arranged on hermetically on the opening 10 of container body 1, then, be arranged on hermetically by enclosing cover 3 on the upper end 13 of container body 1, like this, inner cap 2 is just positioned at enclosing cover 3, further, inner cap 2 is between container body 1 and enclosing cover 3; Then, again this antistaling container that food is housed is carried out sterilization through a conventional means such as microwave or high temperature, because inner cap 2 and enclosing cover 3 are provided with a sedimentation collecting mechanism, because the permeability cell 8 on the breather hole 7 of sedimentation collecting mechanism departs from the ventilation flue 6 on gas port 5, so, container body 1 is in communication with the outside, so this antistaling container just can realize the sterilization in container at ambient pressure by the gas port 5 of sedimentation collecting mechanism, ventilation flue 6, cavity 40, permeability cell 8 successively.
When this antistaling container that food is housed is deposited after a sterilization, extraneous gas just can enter in container body 1 by the permeability cell 8 of sedimentation collecting mechanism, cavity 40, ventilation flue 6, gas port 5 successively;
When the gas in the external world enter permeability cell 8 in hook and loop upper end time, the materials such as the germ in ambient atmos, bacterium, dust be difficult to by permeability cell 8 in hook and loop upper end, thus the material such as germ, bacterium, dust entered in the gas in cavity 40 is reduced widely, this is just for food fresh-keeping is had laid a good foundation;
Simultaneously, because permeability cell 8 stretches in cavity 40, the lower end of permeability cell 8 is communicated with cavity 40, the lower end of permeability cell 8 is close to the inside face of spill collection container 4, so, the materials such as the germ in ambient atmos, bacterium, dust enter in spill collection container 4 by permeability cell 8, thus the sedimentation being convenient to the material such as germ, bacterium, dust in cavity 40 in gas is collected, the material such as germ, bacterium, dust in further minimizing container body 1 in gas, further for food fresh-keeping is had laid a good foundation;
When the gas in the external world enters cavity 40 through permeability cell 8, germ in cavity 40 in gas, bacterium, the materials such as dust are by the effect of self gravitation, sedimentation accumulates in spill collection container 4, like this, germ, bacterium, the materials such as dust just can not autonomic activities, germ, bacterium, gas in cavity 40 after the material sedimentation accumulations such as dust, enter in container body 1 by ventilation flue 6 again, like this, germ in container body 1 in gas, bacterium, the materials such as dust are few, so, food can be fresh-keeping for a long time, therefore, this antistaling container can long-time fresh-keeping food,
Simultaneously, the ventilation flue 6 of vertical setting can stop the materials such as the germ in cavity 40 in gas, bacterium, dust to enter in container body 1 further, thus the material such as germ, bacterium, dust reduced further in container body 1 in gas, therefore, in container body 1, the fresh keeping time of food is longer.
In sum, this antistaling container can long-time fresh-keeping food.
Further, during the fresh-keeping food of this antistaling container, sterilization need only be carried out through a conventional means such as microwave or high temperature, just can long-time fresh-keeping food, therefore, the energy-conserving and environment-protective of this antistaling container, easy to use.
When the food in this antistaling container is finished, this antistaling container is cleaned, just can reuse this antistaling container, therefore, the environmental protection of this antistaling container.
In addition, this antistaling container also have structure simple, reasonable in design, be skillfully constructed, use safety health, be easy to produce, productive costs is low, can repeatedly use, be easy to the advantages such as popularization.
This antistaling container can be used for child's lunch, worker with meal, without packing the fresh-keeping of carryout, short distance outing food carrying etc., or even some foods apt to deteriorate of long-distance transport, not only uses to family and brings convenience, also can be used in factory dining room.
The content of above detailed description of the invention is only preferred embodiment of the present utility model, and above preferred embodiment is not used for limiting practical range of the present utility model; Every various equivalents made according to the protection domain of its claim of the utility model, all cover by the protection domain of its claim of the utility model.
Claims (8)
1. an antistaling container, is characterized in that: comprise container body, inner cap and enclosing cover;
The sealed bottom of said vesse body, the top of said vesse body has opening;
Above-mentioned inner cap removably seals and is arranged on the opening of container body;
Above-mentioned enclosing cover removably seals and is arranged on the upper end of container body;
Above-mentioned inner cap is positioned at enclosing cover, and above-mentioned inner cap is between container body and enclosing cover;
Above-mentioned inner cap and cover outward and be provided with a sedimentation collecting mechanism, said vesse body is in communication with the outside by sedimentation collecting mechanism.
2. antistaling container according to claim 1, is characterized in that: described sedimentation collecting mechanism comprises spill collection container, gas port, ventilation flue and breather hole;
Cover in above-mentioned spill collection container is located at, above-mentioned spill collection container, a formation cavity between inner cap and enclosing cover;
Above-mentioned gas port is located on the side of spill collection container;
Above-mentioned ventilation flue is located on gas port, and above-mentioned ventilation flue is positioned at spill collection container, and the lower end of above-mentioned ventilation flue is communicated with container body by gas port, the upper end of above-mentioned ventilation flue and cavity connects;
Above-mentioned breather hole is located on the end face of enclosing cover, and above-mentioned breather hole and ventilation flue depart from;
Above-mentioned cavity is in communication with the outside by breather hole.
3. antistaling container according to claim 2, is characterized in that: described ventilation flue is vertically arranged.
4. antistaling container according to claim 2, is characterized in that: described breather hole is provided with permeability cell, the lower end of above-mentioned permeability cell and cavity connects, and the upper end of above-mentioned permeability cell is in communication with the outside.
5. antistaling container according to claim 4, is characterized in that: described permeability cell stretches in cavity, and the lower end of above-mentioned permeability cell is close to the inside face of spill collection container.
6. antistaling container according to claim 4, is characterized in that: the upper end of described permeability cell is hook and loop and is positioned on the end face of enclosing cover.
7. antistaling container according to claim 1, it is characterized in that: cover in described and be provided with outside thread, said vesse body is provided with negative thread, and the negative thread on the outside thread covered in inner cap passes through, container body and inner cap seal ring removably seal and be arranged on the opening of container body.
8. antistaling container according to claim 1, it is characterized in that: described outer covering is provided with negative thread, said vesse body is provided with outside thread, and enclosing cover is removably sealed by the outside thread on container body, the negative thread covered outward and enclosing cover seal ring and is arranged on the upper end of container body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520826400.8U CN205114079U (en) | 2015-10-26 | 2015-10-26 | Refreshment container |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520826400.8U CN205114079U (en) | 2015-10-26 | 2015-10-26 | Refreshment container |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205114079U true CN205114079U (en) | 2016-03-30 |
Family
ID=55569707
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520826400.8U Active CN205114079U (en) | 2015-10-26 | 2015-10-26 | Refreshment container |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205114079U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110015511A (en) * | 2019-03-22 | 2019-07-16 | 西安交通大学 | A kind of rich nutritive material sterilized antistaling container |
-
2015
- 2015-10-26 CN CN201520826400.8U patent/CN205114079U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110015511A (en) * | 2019-03-22 | 2019-07-16 | 西安交通大学 | A kind of rich nutritive material sterilized antistaling container |
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| GR01 | Patent grant |