CN209002814U - Mobyneb deoxidier - Google Patents

Abstract

The utility model provides a kind of Mobyneb deoxidier, including bubble-cap body, bottom liner, deoxidier ontology and additional functionality ontology, the bubble-cap body by integral forming goes out several protrusions, there is accommodating chamber in each protrusion, partition is equipped in the protrusion, the accommodating chamber is divided into more than two slots, the deoxidier ontology is accommodated in one of them described slot by the partition, the additional functionality ontology is accommodated in other described slots, the bottom liner covers and seals the accommodating chamber.By the way that deoxidier ontology and additional functionality ontology are set in the different slots of the same protrusion of bubble-cap body, it can avoid the interference between component between the two and influence the effect of its various function, and additional functionality ontology can realize other auxiliaring effects while solving the problems, such as deoxidation, thus can preferably realize the use and popularization of Mobyneb deoxidier.

Description

Mobyneb deoxidier

Technical field

The utility model relates to the deoxidier field of food fresh keeping more particularly to a kind of Mobyneb deoxidiers.

Background technique

Deoxidier is most at present only has the function of deoxygenation, and (Mobyneb deoxidier refers in addition to de- Mobyneb deoxidier Oxygen function also has the deoxidier of other function) it is fewer, mainly since the effect of Mobyneb deoxidier is bad.Because existing Three bandings are all used to design in many deoxidiers, all materials all mix, can mutually restrict between different function component, no Due effect can be played.It such as, is by the ingredient of carbon-dioxide absorbent and to take off in present carbon dioxide absorption deoxidier The ingredient of oxygen agent is mixed, but the calcium hydroxide in carbon-dioxide absorbent can be to the oxygen uptake of the reduced iron powder in deoxidier Effect has an impact, poor to the assimilation effect of carbon dioxide if the content of calcium hydroxide is lower；It is corresponding if content is higher Iron powder reduces the absorption of oxygen or even to oxygen without absorbing, and deaerating effect is not achieved.And hygroscopicity deoxidier is also deposited When the amount of similar problem, moisture absorbing component calcium chloride is more, it has been passivated iron powder, has caused oxygen absorption rate extremely slow；The amount of calcium chloride When less, moisture absorption is poor.This is the problem of industry all exists for many years, thus limits the application of Mobyneb deoxidier And popularization.

Based on the above issues, it is necessary to provide a kind of new structural Mobyneb deoxidier or its manufacturing method to solve The above problem.

Utility model content

The purpose of this utility model is that in view of the deficiencies of the prior art and to provide a kind of new structural Mobyneb de- Oxygen agent can solve the problem of each component restricts between Mobyneb deoxidier.

A kind of in order to achieve the above object, the utility model provides Mobyneb deoxidier, including it is bubble-cap body, bottom liner, de- Oxygen agent ontology and additional functionality ontology, the bubble-cap body by integral forming go out several protrusions, have in each protrusion and accommodate Chamber is equipped with partition in the protrusion, and the accommodating chamber is divided into more than two slots by the partition, in one of them described slot The deoxidier ontology is accommodated, the additional functionality ontology is accommodated in other described slots, the bottom liner is covered and sealed described Accommodating chamber.

Further, the additional functionality ontology be carbon dioxide absorption ontology, moisture absorption ontology, alcohol discharge ontology, Oxygen indicator ontology, ethylene absorption ontology.Additional functionality ontology refers to the sheet for playing other function in addition to oxygen Body.

Carbon dioxide absorption ontology is generally the basic species of the preparations such as calcium hydroxide, calcium oxide, sodium hydroxide, potassium hydroxide Material, such as calcium hydroxide/calcium oxide particle, sodium hydroxide/potassium hydroxide aqueous solution and water absorbing agent (water-absorbing resin, silica, glue Body etc.) composition, carbon dioxide absorption ontology can absorb deoxidier generation when carrying out deoxygenation carbon dioxide, to prevent Major structure is at deoxidier or food bag because being full of carbon dioxide due to tympanites.

Moisture absorption ontology generally comprises the combination of calcium chloride granules, magnesium chloride and modified starch composition, iron chloride and colloid Object etc., moisture absorption ontology can by the water vapor absorption in food pack, while deoxidier carry out deoxygenation need moisture when, water Deoxidier can be entered again from moisture absorption ontology by dividing, because without additionally keeping the skin wet in the use of deoxidier.

Alcohol release ontology generally comprises the adsorbents such as alcohol, silica/alumina, and alcohol release ontology, which can play, to kill The effect of bacterium, thus fresh-keeping effect is played to food.

Oxygen indicator ontology generally comprises methylene blue, red pigments (such as famille rose, erythrosine, bright cherry-red), reduction Sugar, water, carrier (such as silica, aluminium oxide, starch) etc..It is sub- in reduction-state that methylene blue in ingredient is reduced sugar reduction Methyl is white, shows the color of red pigments under anaerobic, and can not will remove again the oxygen in food bag when deoxidier When, the white oxygen that encounters of reduction-state methylene is oxidized by oxygen again, the blue methylene blue of oxidation state is generated, thus it is blue, because And it can determine whether the usable situation of deoxidier by the color change of oxygen indicator.

Ethylene absorption ontology refers to containing the carrier of absorbable ethylene, can carry out the ethylene generated in food pack It absorbs.

Further, the partition be two or more, and each partition room is arranged in parallel, be arranged with one heart, intersect and incite somebody to action The accommodating chamber is divided at least three slot, and the opening of each slot is all towards the bottom liner.Partition room is arranged in parallel The slot then formed is also parallel arrangement, and partition room is arranged with one heart, and the slot formed is also concentric structure, and partition room intersection is then formed Slot be similar to " rice " font or sphere of movements for the elephants type structure, the number of certain slot not necessarily with " rice " font or sphere of movements for the elephants type one It causes.Further, the accommodating chamber is divided by the partition in three slots that are arranged in parallel or being arranged with one heart, the deoxidation Agent ontology, the carbon dioxide absorption ontology and the moisture absorption ontology are located in three slots, and the deoxidier sheet Body is between the carbon dioxide ontology and the moisture absorption ontology.Deoxidier ontology is between carbon dioxide ontology and moisture absorption ontology Between, the moisture in deoxidier bulk absorption moisture absorption ontology carries out deoxygenation, and the carbon dioxide of generation can be rapidly by dioxy Change carbon bulk absorption, passes through the reaction efficiency all linked with one another that deoxidier can be improved of three.

Further, the depth of the accommodating chamber is greater than the partition in unidirectional size, or, the partition opens up There is the through-hole of only supplied gas or penetration by liquid, or, the partition opens up jagged close to one end of the bottom liner, thus can make each It is connected between slot, the circulation of gas or liquid between each slot can be facilitated.Further, partition offers only supplied gas or liquid The through-hole of transmission, and the notch of other slots is provided with coating, the coating seals the additional functionality ontology, can It further avoids Mobyneb deoxidier and generates interference between multicomponent due tos shaking etc. when in use.

Further, for the bubble-cap body for hyaline membrane and with a thickness of 200~800um, the bottom liner is that breathable is transparent Film and with a thickness of 20~200um.Because bubble-cap body and bottom liner are hyaline membrane, thus observe oxygen indicator by bubble-cap body or bottom liner Color just can determine whether the usable situation of deoxidier.

Further, the deoxidier ontology is powdery, sheet, bulk, granular, liquid state, paste, the miscellaneous function Property ontology be powdery, sheet, bulk, granular, linear, strip, paste.

Further, the shape that the protrusion is projected in the bottom liner is circle, ellipse, rectangular.

Further, bubble-cap body can the film made of PVC, PVDC, PVC/PE, PVDC/PE etc..Bottom liner can be by OPP/ Film is made in PE, PET/PE, NY/PE, KOP/PE, KPET/PE, KNY/PE etc., and is equipped with micropore on film or implements dislocation punching, because And have gas permeability can oxygen transmission.

Deoxidier ontology and additional functionality ontology by being set to the difference of the same protrusion of bubble-cap body by the utility model Slot in, can avoid the interference between component between the two and influence the effect of its various function, and additional functionality ontology can To realize other auxiliaring effects while solving the problems, such as deoxidation, thus it can preferably realize the use of Mobyneb deoxidier With popularization.

Detailed description of the invention

Fig. 1 is the schematic diagram of an embodiment of the Mobyneb deoxidier of the utility model.

Fig. 2 is the cross-sectional view of another embodiment of the Mobyneb deoxidier of the utility model.

Fig. 3 is that the Mobyneb deoxidier of the utility model removes the cross-sectional view after bottom liner.

Fig. 4 is a variation diagram of Fig. 3.

Fig. 5 is another variation diagram of Fig. 3.

Fig. 6 is a cross-sectional view of the Mobyneb deoxidier partition of the utility model.

Specific embodiment

With reference to the accompanying drawing come illustrate the utility model Mobyneb deoxidier structure and function.

As shown in Figure 1, Mobyneb deoxidier 100 includes bubble-cap body 1, bubble-cap body 1 is integrally formed out protrusion empty in 8 11,8 protrusions 11 are arranged in 2 rows, and every row 4 equidistant arrangements.Certainly, bubble-cap body 1 can also be integrally formed out other numbers Purpose protrusion 11,1 protrusion 11 shown in as shown in Figure 22 protrusions 11 and Fig. 3~5.Certainly, the shape of protrusion 11 can be with There are many form, the projection of shape of protrusion 11 can be circle, ellipse, rectangular, as shown in Figure 1 to be rectangular, as shown in Figure 2-5 For circle.

As shown in Figure 2-5, Mobyneb deoxidier 100, including bubble-cap body 1, bottom liner 2, deoxidier ontology 3 and auxiliary function Energy property ontology 4, bubble-cap body 1 are integrally formed out protrusion 11 empty in 2 or 1, in each protrusion 11 there is accommodating chamber (not to show in figure Out), be equipped with partition 5 in protrusion 11, accommodating chamber is divided into more than two slots by partition 5, the opening of each slot all towards bottom liner 2, Deoxidier ontology 3 is accommodated in one of slot, additional functionality ontology 4 is accommodated in other slots, and bottom liner 2 covers and seals receiving Chamber, additional functionality ontology 4 can discharge ontology, oxygen indicator ontology, second for carbon dioxide absorption ontology, moisture absorption ontology, alcohol Alkene absorbent body.

Further as shown in Fig. 2, accommodating chamber is divided into two slots by partition 5, and the depth of accommodating chamber is greater than partition 5 same The size in direction, that is to say, that the depth of accommodating chamber is greater than the length of partition 5, thus can make to be connected between two slots, can facilitate The circulation of gas or liquid between two slots.Moreover, the notch for accommodating additional functionality ontology 4 is provided with coating 6, coating 6 sealing additional functionality ontologies 4, coating 6 can be the film with micropore, with supplied gas or penetration by liquid.

Further, partition 5 can be two or more, and between each partition 5 be it is arranged in parallel, be arranged with one heart, intersect and will receiving Chamber is divided at least three slot.As shown in figure 3, partition 5 is two, accommodating chamber is divided by partition 5 in arranged in parallel three A slot, deoxidier ontology 3, carbon dioxide absorption ontology 41 and moisture absorption ontology 42 are located in three slots, and deoxidier ontology 3 Between carbon dioxide ontology 41 and moisture absorption ontology 42.Alternatively, as shown in figure 4, accommodating chamber is by two partitions 5 Three slots being arranged with one heart are divided into, deoxidier ontology 3, carbon dioxide absorption ontology 41 and moisture absorption ontology 42 are located at three In slot, and deoxidier ontology 3 is between carbon dioxide ontology 41 and moisture absorption ontology 42.Deoxidier ontology 3 is between carbon dioxide Between ontology 41 and moisture absorption ontology 42, deoxidier ontology 3 absorb moisture absorption ontology 42 in moisture carry out deoxygenation, the two of generation Carbonoxide can rapidly be absorbed by carbon dioxide ontology 41, pass through the reaction efficiency all linked with one another that deoxidier can be improved of three. As shown in figure 5, partition 5 is two, two partitions 5 intersect, and accommodating chamber is divided into 4 slots by partition 5, and deoxidier ontology 3 accommodates In one of slot, additional functionality ontology 4 is contained in other slots, and additional functionality ontology 4 can be carbon dioxide absorption Three in ontology, moisture absorption ontology, alcohol release ontology, oxygen indicator ontology and ethylene absorption ontology.

Certainly, for the ease of the circulation of gas between slot or liquid, partition 5 can be other forms, as partition 5 opens up The through-hole or partition as shown in FIG. 65 for having only supplied gas or penetration by liquid close to one end of bottom liner 2 open up jagged 51, notch 51 circulate for liquid or gas.In order to facilitate the color change of observation oxygen indicator ontology 4, bottom liner 2 and bubble-cap body 1 are preferably provided with Thickness for hyaline membrane, and bubble-cap body can be 200~800um, and bottom liner is breathable and thickness can be 20~200um.

Because additional functionality ontology 4 and deoxidier ontology 3 are isolated into different slots, shape can be more Sample, if deoxidier ontology 3 can be powdery, sheet, bulk, granular, liquid state, paste, additional functionality ontology 4 can be powder Shape, sheet, bulk, granular, linear, strip, paste.

The utility model is by being set to the same protrusion 11 of bubble-cap body 1 for deoxidier ontology 3 and additional functionality ontology 4 In different slots, it can avoid the interference between component between the two and influence the effect of its various function, and additional functionality sheet Body 4 can realize other auxiliaring effects while solving the problems, such as deoxidation, thus can preferably realize Mobyneb deoxidier 100 use and popularization.

It should be pointed out that the above specific embodiment is merely to illustrate the utility model rather than limits the utility model Range, after having read the utility model, those skilled in the art are equal to the modification of the various equivalent forms of the utility model Fall into the application range defined in the appended claims.

Claims (10)

1. a kind of Mobyneb deoxidier, including bubble-cap body, bottom liner, deoxidier ontology and additional functionality ontology, the bubble-cap Body by integral forming goes out several protrusions, has accommodating chamber in each protrusion, which is characterized in that partition is equipped in the protrusion, The accommodating chamber is divided into more than two slots by the partition, and the deoxidier ontology is accommodated in one of them described slot, The additional functionality ontology is accommodated in his slot, the bottom liner covers and seals the accommodating chamber.

2. Mobyneb deoxidier according to claim 1, which is characterized in that the additional functionality ontology is titanium dioxide Carbon absorption ontology, moisture absorption ontology, alcohol discharge ontology, oxygen indicator ontology, ethylene absorption ontology.

3. Mobyneb deoxidier according to claim 2, which is characterized in that the partition is more than two, and each institute The slot that partition room is arranged in parallel, is arranged with one heart, intersects and the accommodating chamber is divided at least three is stated, each slot Opening is all towards the bottom liner.

4. Mobyneb deoxidier according to claim 3, which is characterized in that the accommodating chamber is divided by the partition In three slots that are arranged in parallel or being arranged with one heart, the deoxidier ontology, the carbon dioxide absorption ontology and the moisture absorption sheet Body is located in three slots, and the deoxidier ontology between the carbon dioxide ontology and the moisture absorption ontology it Between.

5. Mobyneb deoxidier according to claim 1, which is characterized in that the depth of the accommodating chamber be greater than it is described every Plate is in equidirectional size.

6. Mobyneb deoxidier according to claim 1, which is characterized in that the partition is close to one end of the bottom liner It opens up jagged.

7. Mobyneb deoxidier according to claim 1, which is characterized in that the partition offers only supplied gas or liquid The through-hole that body penetrates.

8. Mobyneb deoxidier according to claim 1, which is characterized in that the notch of other slots is provided with covering Layer, the coating seal the additional functionality ontology.

9. any Mobyneb deoxidier according to claim 1~8, which is characterized in that the bubble-cap body is hyaline membrane And with a thickness of 200~800um, the bottom liner is for breathable hyaline membrane and with a thickness of 20~200um.

10. any Mobyneb deoxidier according to claim 1~8, which is characterized in that the deoxidier ontology is powder Shape, sheet, bulk, granular, liquid state, paste, the additional functionality ontology are powdery, sheet, bulk, granular, linear, item Shape, paste.