CN104785045A - Long-term fresh keeping container and warehouse devices of safe and relieved vegetables, fruits, grains and the like by utilizing air purification of ultrafine water in the natural world and cultivation environmental mechanism - Google Patents
Long-term fresh keeping container and warehouse devices of safe and relieved vegetables, fruits, grains and the like by utilizing air purification of ultrafine water in the natural world and cultivation environmental mechanism Download PDFInfo
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- CN104785045A CN104785045A CN201410115113.6A CN201410115113A CN104785045A CN 104785045 A CN104785045 A CN 104785045A CN 201410115113 A CN201410115113 A CN 201410115113A CN 104785045 A CN104785045 A CN 104785045A
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- carbon dioxide
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- flcating germ
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A50/00—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE in human health protection, e.g. against extreme weather
- Y02A50/20—Air quality improvement or preservation, e.g. vehicle emission control or emission reduction by using catalytic converters
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02C—CAPTURE, STORAGE, SEQUESTRATION OR DISPOSAL OF GREENHOUSE GASES [GHG]
- Y02C20/00—Capture or disposal of greenhouse gases
- Y02C20/40—Capture or disposal of greenhouse gases of CO2
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/10—Greenhouse gas [GHG] capture, material saving, heat recovery or other energy efficient measures, e.g. motor control, characterised by manufacturing processes, e.g. for rolling metal or metal working
Abstract
The invention provides a method aiming at removing carbon dioxide, an ethylene gas, a planktonic bacteria, dust and other fine floating pollutants, generated by fresh keeping container, a warehouse and the like, of vegetables, fruits, grains and the like at the present stage and then setting various kinds of corresponding devices.
Description
Technical field
The present invention relates to a kind of passing through to vegetables, fruit, the antistaling containers such as grain, warehouse space is sprayed the ultra tiny bunch of water containing less than 10 μm subparticles and makes carbon dioxide contained in fine bunch of water and air, ethylene gas, flcating germ, dust etc. combine, thus carbon dioxide contained in removal air, ethylene gas, flcating germ, the method of dust etc., and, owing to having the refrigeration mode purification of air moisturizing device discharge function that cools of heat from refrigerator not being needed to off-premises station in the past, and create with at nature culturing vegetable, fruit, the environment facies space environment together of grain etc.One of condition of this device is, creates the environment such as the temperature control same with nature, the fine water humidity 99% of nanometer, nothing condensation space, magnetic field force, light quantity, negative ion effect in vegetable cold storing and fresh-keeping container.
Background technology
Want to keep the freshness of veterinary antibiotics then to need the bioelectricity regulating vegetables to hold, vegetables regulate bioelectricity by the infiltrative water of increase of coverlet molecularization according to the permeability of cellular water, can keep the sense of taste, fragrance, freshness.That is because the high humility of space environment is made up of the fine water of nanometer.Why at sea eat very well with the box lunch eaten on mountain, that is magnetic field, the anion effect homenergic of the food delicious food because the Nature release is sent as an envoy to.It is generally acknowledged that the oxidizing and depressing effect of vegetables depends on anion.So-called anion refers to that the particle by containing in air is bettered people's living environment and provides the ion of comfort.Through confirming that anion also has the effect of growth promoting effects and life-extending effect to plant.
As the example keeping vegetables freshness, being immersed in immediately to throw after harvesting from the broccoli only produced at Hokkaido, Japan July to October has in the cold rinse bank of certain medicament etc., then in the container be made up of expanded polystyrene (EPS), together fill with broccoli that to research and develop be that broccoli transports the fine ice stored, and transport with its packed state.About 2/3rds of this container is occupied by fine ice, and the effective dose of vegetables occupies about about 1/3 ~ 1/4 of cask volume.In fact, this means of transportation occupies the whole of current means of transportation substantially.Therefore, the transport totle drilling cost that transport point of providing and delivering needs is very high.
According to the data of Ritsumeikan University, the quantitative assessment of relevant contexts load in production about vegetables in 2003, transportation, specifically to rest in for the purpose of the Vegetable produce consumed and the carrying capacity of environment produced with transport in Japan, according to Vegetable produce amount and wholesale market, commercial data, estimate direct or indirect CO according to kind, time, area
2discharge capacity, has carried out with the comparison of the content of the nutrient environmental efficiency that is functional unit.The CO produced with the production of domestic vegetables and transport
2discharge capacity all about 5,800,000 tons, the discharge capacity being converted into every 1kg vegetables then produces 280 grams of-CO when producing
2, transport time produce 130 grams of-CO
2discharge capacity.According to the CO that traffic unit calculates
2discharge intensity (g-CO
2/ t/km), lorry be 312, railway is 22, sea-freight is 21 ~ 38, aviation is the numeral of 1472.Domestic Vegetable produce amount is 14,176 ten thousand tons, and wherein 35% in the consumption of area, the Northeast.Calculate according to purposes, family life needs to account for 48%, and remaining 52% for processing and service needed.
Present stage, the vegetables acceptance rate of Japan was 26% (nutritional labeling ratio), abnormal low compared with other various countries, for addressing these problems, from gather in the crops to provide and deliver transport and warehouse process in must to demander without supplying the higher fresh vegetables of freshness lavishly.Self-evident, this keeps immediately storing freshness with regard to needing from when harvested vegetable, and the process of circulation from transportation to the demander as consumption destination needs consistent innovation preservation technique and operation experience.And virtually completely do not establish described technology and experience.
Prior art document patent document
Japanese Unexamined Patent Publication 5-254828 publication
Summary of the invention
The invention provides a kind of contained carbon dioxide, ethylene gas, flcating germ, dust etc. in the air in the space of storage veterinary antibiotics, grain etc. to be adsorbed in the relieved bunch water of the safety of less than 10 μm and the method removed and plyability have both the device that cooling air purifies moisturizing device.
Fresh-keeping of vegetables container of the present invention, by be equipped with temperature, humidity, without condensation, light quantity, magnetic field amount, anion effect, every 12 hours temperature cycles preservation, the removal of carbon dioxide, ethylene gas, flcating germ, dust etc., power are the several functions such as AC100V, water supply, draining and artificially create the space environment identical with nature, thus can keep the freshness of veterinary antibiotics, grain etc. for a long time.
According to the minimizing technology of Carbon Dioxide in Air gas of the present invention, ethylene gas, flcating germ and dust etc., bunch water is the subparticle water of less than 10 μm, sprays and form under water smoke state.
The present invention is supplied in the antistaling container of veterinary antibiotics of the present invention, grain etc. by being sprayed by the subparticle water of less than 10 μm above-mentioned, bunch water, makes negative ion amount in its air reach 1,500,000/cm
3, the freshness of vegetables can be kept for a long time to the effect of vegetables by anion.
Device of the present invention keeps more than 1.2 Gausses by making the magnetic field force in the antistaling container of vegetables, grain, fruit etc., more can keep vegetables freshness for a long time.
Building device of the present invention is to make the light beam in the antistaling container of veterinary antibiotics, grain etc., and its blueness close to 660nm, thus can keep vegetables freshness close to 450nm, redness for a long time.
Method of the present invention is vegetables, fruit, to containing carbon dioxide in the antistaling container of grain etc., ethylene gas, flcating germ, bunch water is sprayed in the air of dust etc., make to be attached with carbon dioxide in described bunch of water, ethylene gas, flcating germ, the pollution subparticle of dust etc. contains water and be directed into suction chamber together with air, while making pollution subparticle contain water sedimentation in this suction chamber, will at aircooling cabinet, cool in mud chamber, air after purification is delivered to air purifying room, at the indoor injection bunch water of this purification of air, make to be attached with the residual carbon dioxide gas contained in the air of purification of air indoor, ethylene gas, flcating germ, the pollution subparticle of dust etc. contains water sedimentation, thus the carbon dioxide in removal air, ethylene gas, flcating germ, dust etc.
The inventive system comprises: spray chamber, it is in the antistaling container of veterinary antibiotics, grain etc., in the air containing carbon dioxide, ethylene gas, flcating germ, dust, spray bunch water; Suction chamber, be wherein provided with for air together suck in bunch water be attached with carbon dioxide, ethylene gas, flcating germ, dust pollution subparticle contain the suction fan of water; And mud chamber, it makes the pollution subparticle being attached to bunch water contain water sedimentation, and for described both, further, while spray chamber's conveying of removing supply bunch water in the purifying air of carbon dioxide, ethylene gas, flcating germ, dust etc., in air carbon dioxide, ethylene gas, flcating germ, dust etc. is being removed.
Recently, in Japan, for its people by organic, cultivate the fresh vegetables, fruit, grain etc. gathered in the crops without agricultural chemicals, a lot of consumer pressures is with the veterinary antibiotics, grain etc. of under-buy high freshness, high-quality.Particularly, for the brand vegetables of the real estate such as Hokkaido, nine divisions of China in remote antiquity, the area, the Northeast that consumption figure is larger demonstrates very large care.Thus, system of the present invention, in the fresh-keeping of vegetables container, warehouse etc. that can preserve for a long time in the process of consumer from results, employ the mechanism of the laws of nature such as water and purification of air, cultivation identically with the Lycopersicum esculentum environment of veterinary antibiotics, grain etc., create air, the fresh-keeping environments of height, and can simply complete running by the low-power consumption of AC100V or significantly reduce initial launch cost in the operation cost of current container type, cold store.
The antistaling container, warehouse etc. of veterinary antibiotics of the present invention, grain etc. have larger relation with the pigment being called chlorophyll (chlorophyll) in the freshness of veterinary antibiotics.This is because vegetables possess independently light reaction action spectrum, and from this plant action spectrum, light reaction blueness (close to 450nm) has two photosynthetic peak values with red (close to 660nm), and this wavelength is effective especially to photosynthesis.If white light shines on leaf, then leaf absorbs red and blue, and remaining light mostly is green, and therefore leaf is rendered as green.According to the experiment of brainstrust, in order to ensure breeding and the freshness of plant health, this red light of arranging in pairs or groups equably and blue light extremely important.On the other hand, the chlorophyll relevant to photomorphogenesis according to being activated close to the red light of 660nm, is passivated according to the far-red light close to 730nm in low light level reaction.Blueness in high light reaction around 420nm is effective, has and makes the strong growth of plant and the effect such as fresh-keeping.This device has the feature importing above-mentioned mechanism.
The present invention can provide a kind of device solving following problem.From the results of the veterinary antibiotics, grain etc. of growth and breeding to the process being supplied to consumer, the problem of preservation technique is a lot.First, in present stage, although the rear just needs of results are fresh-keeping immediately at the beginning, also do not take Storage Measures.In addition, the preservation technique transported of alternatively providing and delivering also is only limitted to technique of refrigeration.Up to now, do not develop yet reliably for solving the technology such as fresh-keeping, warehouse of the low cost of the technology of global question, AC100V, low-power, low maintenance cost.In the previously described process of circulation, also there is problem same as described above, the task of top priority is in the current logistics mechanism ubiquitous epoch, establishes the preservation technique from production scene to consumer and builds the freshness system of veterinary antibiotics, grain etc.
Accompanying drawing explanation
Fig. 1 is Carbon Dioxide in Air gas of the present invention, the removal device of ethylene gas and the skeleton diagram of refrigeration mode purification of air moisturizing device.
Fig. 2 is CO
2remove chart.
Fig. 3 is the removal chart of bacterium.
Fig. 4 is ethylene gas chart.
Fig. 5 is magnetic field spirogram table.
Fig. 6 is humidity chart.
Fig. 7 is light quantity chart.
Fig. 8 is CO
2concentration of ordinary dissolution.
Fig. 9 is CO
2dissolve molal quantity.
Figure 10 is the measurement data of the ascending air not producing air.
Figure 11 is antistaling container, the warehouse facilities of veterinary antibiotics, grain etc.
Figure 12 is the experiment keeping checking of vegetables broccoli.
Symbol description
The cold-warm type purification of air moisturizing device of 1 carbon dioxide, foreign odor, radioactive substance, virus, flcating germ, dust etc.
2 blower fan
3 spray chambers
4 suction fans
5 suction chambers
6 aircooling cabinets, mud chamber
7 air purifying room
8 floss holes
9 discharge casings
10 feed-tanks
11 the 1st dividing plate a, b
12 airflow paths
13 the 1st feed pipes, the 2nd feed pipe
14 the 1st nozzles
15 the 2nd nozzles
16 by collision object
17 by collision object
19 refrigerator condenser devices
20 refrigerator condensers
21 refrigerator fans (heat extraction)
22 refrigerator condenser air introducing ports
23 refrigerator condenser waste heat air
24 refrigerator evaporator devices
25 refrigerator evaporators
26 refrigerator cold-warm fans
Air induction port in 27 refrigerator rooms
28 refrigerator cold airs
Other devices of 29 refrigerators
30 refrigerators
31 discharge casings
32 feed-tanks
33 refrigerator pipes
34 expansion valves
Detailed description of the invention
Below, with reference to accompanying drawing, the specific embodiment of the present invention is described according to embodiment.
[embodiment 1]
Fig. 1 be the minimizing technology of the carbon dioxide, ethylene gas, flcating germ, dust etc. of the antistaling container, warehouse etc. of veterinary antibiotics of the present invention, grain etc. and refrigeration mode purification of air moisturizing device with there is magnetic field force, light quantity, storehouse temperature change run use, the several functions such as anion effect, the device that can keep the freshness of veterinary antibiotics, grain etc. for a long time.Figure 11 is device overall diagram.
Device of the present invention is the refrigeration mode purification of air moisturizing device 1 having both carbon dioxide, ethylene gas, flcating germ, dust removal function, comprising: spray chamber 3, being wherein provided with the blower fan 2 for making the carbon dioxide in contaminated air, ethylene gas, flcating germ, dust etc. be attached to the injection bunch water in bunch water; Suction chamber 5, wherein be provided with make the pollution subparticle containing Carbon Dioxide in Air gas, ethylene gas, flcating germ, dust contain water together with air by the condenser 20 of refrigerator condensing unit 19 discharge heat air, attract room air 22 by sending out the hot fan 21, and through refrigerator condenser heat extraction air hose 23 and suck the suction fan 4 of this air; Aircooling cabinet, mud chamber 6, it makes the pollution subparticle containing carbon dioxide, ethylene gas being drawn into this suction chamber 5 contain water cooling precipitation; Air purifying room 7, its remove institute to suck in air contained by residual carbon dioxide gas, ethylene gas; Aircooling cabinet, mud chamber 6, in described air purifying room 7, make pollution subparticle containing carbon dioxide, ethylene gas contain water loading in bunch water and make it cool precipitation, and be connected with above-mentioned aircooling cabinet, mud chamber 6; Floss hole 8, cooling is removed this carbon dioxide by it, purifying air of ethylene gas is delivered to described spray chamber 3, and make above-mentioned pollution subparticle contain water by this aircooling cabinet, mud chamber 6 and be disposed to outside, be disposed to discharge casing 9 by the sewage containing carbon dioxide, ethylene gas of this floss hole 8 discharge, and accumulate in this discharge casing 9.
Other devices 29 of the refrigerator of Fig. 1, comprising: refrigerator condenser device 19, refrigerator evaporator device 24, heat release 21,23,28, mud chamber's tank cooling device 6, store use the feed-tank 32 of water, store discharge casing 31 from the draining of device.
The carbon dioxide of Fig. 1, the removal device 1 of ethylene gas, aircooling cabinet, mud chamber 6 is provided with in the bottom of this suction chamber 5, between this suction chamber 5 and air purifying room 7, be provided with the 1st dividing plate 11a, 11b, between two Room of its base plate side, be provided with the airflow path 12 be interconnected.
In the bottom of the removal device 1 of the carbon dioxide, ethylene gas etc. of Fig. 1, there is aircooling cabinet, mud chamber 6, be formed in its aircooling cabinet, mud chamber 6 and cold water cooled and is stored in the structure of 10 DEG C ~ 0 DEG C.
The 1st dividing plate 11a, 11b of Fig. 1 is sagging and formed from the position contacted with ceiling face, has the gap forming airflow path 12 in the base plate side of air purifying room 7.From the position stockpiling the water surface of the mud chamber 6 of this base plate side in this air purifying room 7, the top erected is opened, form airflow path 12, and as required with the 2nd dividing plate, the 3rd dividing plate ... such mode forms dividing plate successively, by described 1st dividing plate 11a, b, the 2nd dividing plate, the 3rd dividing plate ..., can be formed successively in the vertical direction bending walking airflow path 12 ...In addition, can also according to 7,7a ... mode form air purifying room successively.
Described air purifying room 7 received by this suction chamber 5 in the thin particle water be attached with containing the fine pollutant that swims of carbon dioxide imported from the outside atmosphere of fresh-keeping warehouse, container etc., cannot be stored in and float on residual carbon dioxide gas in air, ethylene gas, flcating germ and purifying in mud chamber 6.In the space adjacent with this suction chamber 5 i.e. this air purifying room 7, the 1st nozzle 14 as tip of the 1st feed pipe 13 be connected with the feed-tank for obtaining fresh water is given prominence to, by the pressure of pump 35 from the 1st nozzle 14 spray water under high pressure with collided by collision object 17, produce the water smoke of fine particle water thus, bunch water produced by this water smoke catches carbon dioxide, ethylene gas, flcating germ, and residual carbon dioxide gas floating in air was removed before this spray chamber 3 of arrival, ethylene gas, flcating germ etc., it is made to precipitate mud chamber 6 downwards.
Floating containing in the air of carbon dioxide, ethylene gas, flcating germ etc. in the regulation space of fresh-keeping warehouse, container, the carbon dioxide, ethylene gas etc. of particle diameter about 0.34nm are adsorbed in the fine particle water of sprayed particle diameter less than 10 μm, and then be directed in this suction chamber 5 from the air induction port formed on the top of this removal device 1, but the fine particle water can forced by the suction fan 4 being arranged at this air induction port and effectively import containing carbon dioxide, ethylene gas, flcating germ etc. and contaminated air.
Be provided with the mud chamber 6 with constant depth of storage sewage in the bottom of suction chamber 5, above the sewage at least stockpiled in this mud chamber 6 and between the lower end of the 1st dividing plate 11a, 11b, be formed with airflow path 12.
1st dividing plate 11a, 11b is installed by base plate and top board, makes lower side be dividing plate 11a, 11b between mud chamber 6, for side up forms airflow path 12 and be installed on sidewall.
Contaminated air containing carbon dioxide, ethylene gas, flcating germ, be directed in suction chamber 5 from air induction port, and the pollution subparticle being attached with carbon dioxide, ethylene gas, flcating germ etc. contains water weight penalty, therefore while naturally declining, producing air-flow downwards by importing from the pressure of suction fan 4 downwards, being absorbed into stockpiling in water of this mud chamber 6.Carbon dioxide, ethylene gas, flcating germ etc. are stored in mud chamber 6 under the state being attached to fine particle water.
As mentioned above, be attached with the removed air of pollutant of the thin particle water containing carbon dioxide, ethylene gas, flcating germ etc., be directed to by airflow path 12 air purifying room 7 formed by sidewall and the 1st dividing plate 11a, 11b from suction chamber 5.
By make from the 1st nozzle 14 spray water under high pressure and this collided by collision object 17 and manufacture thin particle water, be inhaled in residual carbon dioxide gas, ethylene gas, flcating germ etc. in air purifying room 7 make thin particle water adhere to and gain in weight, it declines according to weight, and be stored in the mud chamber 6 of lower portion, but the thin particle water be not attached in carbon dioxide, owing to comparatively gently in floating state, being fed in adjacent air purifying room 7.
What be imported into suction chamber 5 contains carbon dioxide, ethylene gas, the contaminated air of flcating germ etc., by forming above-mentioned air purifying room 7 successively, 7a and make carbon dioxide, ethylene gas, flcating germ etc. are attached to this spray water, decline and precipitate and be removed, these carbon dioxides, ethylene gas, the removed air such as flcating germ, successively with the snakelike dividing plate by right quantity and airflow path, at it by process, make carbon dioxide, ethylene gas, flcating germ etc. are attached in spray water and gain in weight, it is made to drop to mud chamber 6, through suitable air purifying room 7, 7a, and the air be cleaned is as lighter thin particle water, and in the end the stage is together injected into predetermined space from spray chamber 3 by the power of enforcement of blower fan 2 that formed this air induction port and fresh air.
Contaminated air containing carbon dioxide, ethylene gas, flcating germ etc., with snakelike by the process in the space in above-mentioned air purifying room 7 in be cleaned, be not substantially cleaned in the air purifying room 7 with the 1st nozzle 14.By the water that the 1st nozzle 14 sprays, as mentioned above, collide in spherical grade by collision object 17.
Above-mentioned various water smoke, together sprays from water smoke ejiction opening to predetermined space eventually through the compulsive means of the blower fan 2 of spray chamber 3 and fresh air.
Above-mentioned injection, also by arranging in spray chamber 3 and the 1st, the 2nd nozzle 14,15 identical water fog generators and carrying out, also can pass through blower fan 2 and import from adjacent room.The fine particle water of injected particle diameter less than 10 μm, catch and adhere to the contamination particle of the particle diameter substantially identical or bigger with contamination particle diameters such as carbon dioxide floating in predetermined space, ethene, flcating germ, dust etc. or foreign odors, as described above, absorb in the removal devices 1 such as carbon dioxide, ethylene gas, flcating germ, can repeat said process, the present invention is this type of circular form device.
From the water that above-mentioned 1st feed pipe 13 supplies to the 1st nozzle 14 and the 2nd nozzle 15, provide fresh water by other feed-tanks be connected with carbon dioxide removal device 1.
The result display of above-mentioned experiment, the removal devices such as carbon dioxide, ethylene gas, flcating germ, make the carbon dioxide, ethylene gas, flcating germ etc. be present in air also combine with bunch water, can effectively reclaim as the aqueous solution.As shown in Fig. 2,3,4,8,9.
Show according to above-mentioned experimental result, negative ion amount is 1,500,000/more than cm3, and magnetic field amount is more than 1.2 Gausses, and the measurement result of blue light quantity (450nm), red light (660nm) reaches above-mentioned numerical value.As shown in Fig. 5,7.
Fine for nanometer water is injected into space and under the state of carrying out moisturizing with high humidity angle value 0 ~ 99%, fails to confirm that the ground in container, wall, ceiling, light fixture, device entirety exist condensation.In addition, the state that surface sweating does not occur in the vegetables broccoli taken care of in an experiment is confirmed, and demonstrates the characteristic of the fine water of nanometer.As shown in figure 12.
Preservation device of the present invention, employs 20 broccoli as testing with, demonstrates experiment keeping ability.According to its result, according to the Freshness evaluation standard of Japanese Agriculture, Forestry and Fisheries Ministry, i.e. weight, profile, withered state, by the comparative experiments between current method, confirms the long-period freshness preserving degree with more than twice.As shown in figure 12.
Long-period freshness preserving device of the present invention utilizes natural air purification method and the fine water characteristic of nanometer, can create the Lycopersicum esculentum environment of veterinary antibiotics, grain etc. in this device plyability.Safety can be provided relieved by using water and compared with the space of low running cost.Current storage means has CA storage method (controlled atmospher storage), it is for by the gas composition in control store space, humidity, temperature and keep the method for freshness, even if also sometimes apply this storage condition in the process of transport.Also continue its vital movement after harvesting due to vegetables and fruit and breathe, therefore the method make use of the method physiologically can replying the control of gaseous environment.The method is in the composition of gas, and make carbon dioxide improve 2 ~ 8%, oxygen concentration declines 2 ~ 7%, and temperature is set to 0 ~ 3 DEG C, humidity is set to 80 ~ 95%.Self-evident, such method can cause harmful effect to the breathing of veterinary antibiotics, physiological and cause huge energy resource consumption.
Claims (11)
1. temperature cooling, the maintenance of humidity and the minimizing technology of carbon dioxide, ethylene gas, flcating germ, dust etc. and a refrigeration mode air moisture-holding purifying device, is characterized in that,
Rear by preserve immediately and to be kept at compared with the safety obtained in nature equivalent environment space, of the present invention veterinary antibiotics antistaling container and warehouse and stable freshness date and method in the past and cold storage container, warehouse mode at harvested vegetable, fruit, grain etc., the freshness of more than 2 times can be kept, therefore can provide fresh-keeping veterinary antibiotics from grown place to the consumer of remote districts;
Spray supply and the thin water bunch of nanometer carrying out processing in the same manner as the air purification method of occurring in nature water to having in the antistaling container of described veterinary antibiotics, grain etc. and warehouse, absorbing carbon dioxide gas, ethylene gas, flcating germ, dust etc. also make it purify and obtain fresh air in the air purifying room, mud chamber of this device;
By its device etc. and environment such as controlled tainer air, in maintenance temperature about 0 ~ 10 degree, humidity 0 ~ 99%, without condensation space, light beam (blue 450nm, red 660nm), more than 1.2 Gausses are measured in magnetic field, negative ion amount 1,500,000/more than cm3, below gas concentration lwevel 400ppm, below ethylene gas concentration 1.001mg/1, bacterium less than 10/liter, under every 12 hours change once the conditions such as temperature controlled cycle operation, preferably can operate and control air in container and other environment etc., and the relieved water of use safety can keep vegetables for a long time, fruit, the freshness of grain etc.,
By playing the characteristic of nanometer thin water and waste heat in circular treatment refrigerator device etc. and do not need the off-premises station of refrigerator;
Make temperature, humidity, CO
2, ethylene gas etc. concentration impartial in whole space.
2. a refrigeration mode air moisture-holding purifying device, is characterized in that,
To having described vegetables, fruit, supply security and relieved nanometer fine bunch of water is sprayed in the refrigeration antistaling container of grain etc., carbon dioxide in air will be made, ethylene gas, flcating germ, the contaminated air that dust etc. are adsorbed onto in described bunch water imports suction chamber, while deposit fouling subparticle contains water in this suction chamber, air is delivered to air purifying room, the residual carbon dioxide gas that bunch water making contains in the air of air purifying room is sprayed in this air purifying room, ethylene gas, flcating germ, dust etc. are attached to wherein, these are made to contain water sedimentation as pollution subparticle, to the fresh air conveying of dust etc. be removed to described vegetables, fruit, in the antistaling container of grain etc.
3. temperature according to claim 1 cooling, the maintenance of humidity and the minimizing technology of carbon dioxide, ethylene gas, flcating germ, dust etc., is characterized in that, bunch water is the subparticle water of less than 10 μm and the injection of water smoke state forms.
4. a refrigeration mode air moisture-holding purifying device, is characterized in that,
Cooling processing is carried out by the waste heat air of the thin water of nanometer to the condenser from refrigerator, do not need off-premises station, by spraying bunch water in air, remove the contaminated air of the subparticle reclaimed containing carbon dioxide, ethylene gas, flcating germ, dust etc.
Keep temperature 0 ~ 10 degree, humidity 0 ~ 99% by making the environment such as the air in container, measure more than 1.2 Gausses, negative ion amount 1,500,000/cm without condensation space, light beam (blue 450nm, red 660nm), magnetic field
3above, titanium dioxide below gaseous carbon concentration 400ppm, ethylene gas concentration below 0.001m g/1, flcating germ 10/less than 1, every 12 hours change the conditions such as the cycle operation of a control temperature, thus can keep the freshness more than 2 times of veterinary antibiotics, grain etc. compared with traditional cold storage containers.
5. refrigeration mode air moisture-holding purifying device according to claim 4, is characterized in that,
Even if take the measure reducing carrying capacity of environment in the dispensing transportation of veterinary antibiotics, grain etc., also power supply can be made to be 100V, below 10A, compared with traditional method needing electrical source of power 200V, 20A ~ 30A, power supply can be realized simply connect, and the power consumption of more than 50% can be cut down, significantly can also cut down the amount of carbon dioxide of discharging from traditional cold storage container unit in dispensing transportation.
6. refrigeration mode air moisture-holding purifying device according to claim 4, is characterized in that,
Replace the large-scale cold store for present stage large space, wherein can cryopreservation veterinary antibiotics, grain class etc. at accumulation container itself, compared with large space, cooling space volume significantly reduces, therefore the air-conditioning power cost needed for this can be saved in a large number
Described device also in outdoor setting, also can replace large-scale cold store and use, and
Large space cold store is difficult to remove and reclaims the carbon dioxide, the ethylene gas that are produced by veterinary antibiotics, grain etc., consumes quite huge ventilation energy at this,
The distribution up and down of current mode uncontrollable gas concentration, temperature, humidity etc. substantially keeps certain,
Replace, described device can solve the problems such as the removal of gas is reclaimed, constantization of upper and lower temperature, CONCENTRATION DISTRIBUTION, the electricity charge of reduction Air conditioner air exchange.
7. refrigeration mode air moisture-holding purifying device according to claim 4, is characterized in that,
Suction chamber, being provided with up for importing from the suction fan containing the air from the contaminated air of carbon dioxide, ethylene gas, flcating germ, dust etc. of indoor and the waste heat of the condenser of refrigerator, being provided with in below for storing the mud chamber making the upper portion that the pollution subparticle of carbon dioxide, ethylene gas, flcating germ, dust etc. and other fine pollutant attachments contains water open.
8. refrigeration mode air moisture-holding purifying device according to claim 4, is characterized in that,
Air purifying room in described device, the airflow path of the air circulation making to be drawn into suction chamber is provided with in side, the airflow path that the fresh air of cooling is flowed out to spray chamber is provided with at opposite side, be formed with the independent air clean room of the right quantity separated by dividing plate betwixt, in this independent air clean room, the front end of the feed pipe be connected with feed-tank is exposed, this nozzle makes the subparticle flowed out at a high speed collide by collision material according to pump pressure and produces water smoke, make carbon dioxide, ethylene gas, flcating germ, the absorption such as dust, be attached in this water smoke.
9. refrigeration mode air moisture-holding purifying device according to claim 4, is characterized in that, comprising: spray chamber, suction chamber, aircooling cabinet, air purifying room are held concurrently mud chamber, and,
Air purifying room is held concurrently mud chamber, bottom surface stillpot lays the cooling coil of refrigerator and make aircooling cabinet, the water temperature of mud chamber keeps 10 ~ 0 degree.
10. refrigeration mode air moisture-holding purifying device according to claim 4, is characterized in that,
Suction chamber will be imported containing the air-polluting contaminated air such as carbon dioxide, ethylene gas, flcating germ, dust by suction fan, in making the polluter containing carbon dioxide, ethylene gas, flcating germ, dust etc. adsorb in air purifying room, being attached to thin water bunch, and contain water be dissolved to mud chamber as pollution subparticle
Because polluter externally discharges all the time, in airflow path, polluter is not therefore allowed to be detained,
The fresh air be cleaned in air purifying room through blower fan to indoor supply fresh air,
Traditional purification of air mode and air filtration mode, make polluter be trapped on airflow path and unhygienic all the time,
And described device does not use formidable enemy and the air cleaner of fresh vegetables, fruit.
11. refrigeration mode air moisture-holding purifying devices according to claim 4, is characterized in that,
In the long-period freshness preserving vessel space of veterinary antibiotics, grain etc., for realize long-term preservation be provided with keep with nature same magnetic field force, magnetic field force constructs the system in this container more than 1.2 Gausses, manually.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014-021734 | 2014-01-21 | ||
| JP2014021734A JP2015136364A (en) | 2014-01-21 | 2014-01-21 | Device of long-term freshness keeping container and warehouse for such as vegetable, fruit and grain with reliable safety using system of air purification of superfine water and cultivation environment in natural world |
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| Publication Number | Publication Date |
|---|---|
| CN104785045A true CN104785045A (en) | 2015-07-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410115113.6A Pending CN104785045A (en) | 2014-01-21 | 2014-03-26 | Long-term fresh keeping container and warehouse devices of safe and relieved vegetables, fruits, grains and the like by utilizing air purification of ultrafine water in the natural world and cultivation environmental mechanism |
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| JP (1) | JP2015136364A (en) |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112334720A (en) * | 2018-12-03 | 2021-02-05 | 开利公司 | Enhanced refrigeration purification system |
| CN112334721A (en) * | 2018-12-03 | 2021-02-05 | 开利公司 | Enhanced refrigeration purge system |
| US11686515B2 (en) | 2018-12-03 | 2023-06-27 | Carrier Corporation | Membrane purge system |
| US11913693B2 (en) | 2018-12-03 | 2024-02-27 | Carrier Corporation | Enhanced refrigeration purge system |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107372798B (en) * | 2017-09-22 | 2020-05-05 | 昆山绿欣教育后勤服务有限公司 | Vegetable cold storage device |
| EP3677115B1 (en) * | 2017-09-29 | 2023-12-06 | Daikin Industries, Ltd. | Internal air adjustment device |
| WO2019065872A1 (en) * | 2017-09-29 | 2019-04-04 | ダイキン工業株式会社 | Internal air conditioning device |
-
2014
- 2014-01-21 JP JP2014021734A patent/JP2015136364A/en active Pending
- 2014-03-26 CN CN201410115113.6A patent/CN104785045A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112334720A (en) * | 2018-12-03 | 2021-02-05 | 开利公司 | Enhanced refrigeration purification system |
| CN112334721A (en) * | 2018-12-03 | 2021-02-05 | 开利公司 | Enhanced refrigeration purge system |
| US11686515B2 (en) | 2018-12-03 | 2023-06-27 | Carrier Corporation | Membrane purge system |
| US11911724B2 (en) | 2018-12-03 | 2024-02-27 | Carrier Corporation | Enhanced refrigeration purge system |
| US11913693B2 (en) | 2018-12-03 | 2024-02-27 | Carrier Corporation | Enhanced refrigeration purge system |
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| Publication number | Publication date |
|---|---|
| JP2015136364A (en) | 2015-07-30 |
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Application publication date: 20150722 |