CN105558754A - Green purifying and residue removing system for nuts and application of system - Google Patents

Green purifying and residue removing system for nuts and application of system Download PDF

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Publication number
CN105558754A
CN105558754A CN201610077435.5A CN201610077435A CN105558754A CN 105558754 A CN105558754 A CN 105558754A CN 201610077435 A CN201610077435 A CN 201610077435A CN 105558754 A CN105558754 A CN 105558754A
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China
Prior art keywords
residual
purification
ozone
cabin body
nut
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CN201610077435.5A
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Chinese (zh)
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王宏峰
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Individual
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    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23LFOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
    • A23L3/00Preservation of foods or foodstuffs, in general, e.g. pasteurising, sterilising, specially adapted for foods or foodstuffs
    • A23L3/36Freezing; Subsequent thawing; Cooling
    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23LFOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
    • A23L3/00Preservation of foods or foodstuffs, in general, e.g. pasteurising, sterilising, specially adapted for foods or foodstuffs
    • A23L3/34Preservation of foods or foodstuffs, in general, e.g. pasteurising, sterilising, specially adapted for foods or foodstuffs by treatment with chemicals
    • A23L3/3454Preservation of foods or foodstuffs, in general, e.g. pasteurising, sterilising, specially adapted for foods or foodstuffs by treatment with chemicals in the form of liquids or solids
    • AHUMAN NECESSITIES
    • A23FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23LFOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
    • A23L3/00Preservation of foods or foodstuffs, in general, e.g. pasteurising, sterilising, specially adapted for foods or foodstuffs
    • A23L3/40Preservation of foods or foodstuffs, in general, e.g. pasteurising, sterilising, specially adapted for foods or foodstuffs by drying or kilning; Subsequent reconstitution

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  • Chemical & Material Sciences (AREA)
  • Health & Medical Sciences (AREA)
  • Nutrition Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Food Science & Technology (AREA)
  • Polymers & Plastics (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • General Chemical & Material Sciences (AREA)
  • Apparatus For Disinfection Or Sterilisation (AREA)
  • Disinfection, Sterilisation Or Deodorisation Of Air (AREA)

Abstract

The invention discloses a green purifying and residue removing system for nuts and application of the system. The system comprises an ozone sterilization device, a purifying and residue removing device, an ozone supplying device, an automatic control device and a support frame device. The purifying and residue removing device is arranged inside the ozone sterilization device, the ozone supplying device and the automatic control device are arranged outside the ozone sterilization device, and the support frame device is arranged at the lower end of an ozone sterilization cabin. The green purifying and residue removing system is designed for the defect that microorganisms, mildew, worm eggs, impurities, heavy metal, hormones and chemical residues exist in the nuts. By means of the technical principle that a low temperature-controlled sealed or non-sealed device environment can inhibit decomposition and volatilization of ozone and a low-temperature ozone water solution which has the effects of rapid precooling, sterilizing and purifying and residue removing, operations of rapid precooling, sterilizing and purifying and residue removing can be conducted on the nuts; the system has the advantages of being capable of effectively killing, removing and decomposing harmful substances in the nuts, controlling degreasing and mildewing losses of starch-type protein substances and preserving original nutrients, simple in structure, safe, easy to operate and the like.

Description

A kind of de-residual system of green purification of nut and application thereof
technical field:
The present invention relates to a kind of de-residual system of green purification and application thereof of nut, particularly relate to one utilize cryogenic seal environment and adopt manual or semi-automatic or automatic control mode, reach effectively suppress to contain in the odor at low temperature aqueous solution or Ozone Ice the decomposition of ozone composition, the technical method of volatilization; Need to realize to have the apparatus system in the de-residual and fast dewatering know-why exploitation of a kind of nut fast precooling of cryogenic seal or non-sealing function, sterilization sterilizing, purification according to design.This system can be widely used in the fast precooling of the dry nut fruits products such as walnut, Chinese chestnut, peanut, fibert, pine nut, almond and melon seeds, sterilization sterilizing, purification is de-residual, decomposes the technical fields such as harmful substance and fast dewatering such as the heavy metal of that contain in nut or surperficial attached collection, hormone, antibiotic, additive, food source property medicament residue.
background technology:
Demand due to human lives has exceeded the ability to bear of ecological environment, causes the deterioration of the ecological environment, causes attachedly having collected a large amount of microorganisms, viral mould and worm's ovum on nut surface; Serious and the haze weather of the atmosphere pollution such as vehicle exhaust takes place frequently, and causes the harmful substances such as the sulfide of the surperficial attached collection of nut and heavy metal, earth and dust impurities to exceed standard; Food additives are used, the food-safety problem such as cause that heavy metal, hormone, antibiotic and the food source property medicament residue contained in nut exceeds standard owing to blindly using in herbicide, agriculture chemical and process in nut plant development.
Ozone is known the strongest available oxidant in the world, can be reduced to oxygen voluntarily under normal temperature.Actual use, ozone has outstanding sterilization, sterilization and degrading pesticide effect, is a kind of bactericide of efficient and wide spectrum.Because ozone almost has obvious inactivating efficacy to all germs, virus, mould, fungi and protozoon, egg capsule, sterilization time is incomparable rapidly, be the 300-600 of chlorine doubly, ultraviolet 3000 times.
Ozone has the function such as sterilization, removing toxic substances, fresh-keeping, deodorizing, bleaching, health care, powerful dechlorination, instantaneously purification.Wherein, sterilization: the virus in air and water and bacterium (test shows: when the ozone concentration in water reaches 0.05ppm, through 10 to 20 minutes, bacterial inactivation rate can reach more than 99%) can be eliminated rapidly; Removing toxic substances: the various harmful materials such as decomposable asymmetric choice net carbon monoxide, agricultural chemicals, heavy metal, chemical fertilizer, organic matter, stink, pigment; Fresh-keeping: food and agricultural byproducts fresh-retaining preserving time can be extended and reduce rotten loss rate; Bleaching: can be used for the softening and wastewater treatment of food and agricultural byproducts, clothing and daily necessities, drinking water; Deodorizing: the various peculiar smell in air and water can be eliminated fast; Health care: there is anti-inflammatory, ease pain, make oxygen, purify air, activating cell, the function such as to enhance metabolism (such as: the urinary system of adjustable human body, digestive system, oral hygiene, strengthening internal system, detoxification system and respiratory system); Powerful dechlorination: by the impurity in water as iron, manganese, stink, bacterium, virus etc. are removed rapidly, and hydrone can be diminished, make the sweet flavor of water, eliminate the chlorine in running water or halo organic pollution completely; Instantaneously purify: by universally acknowledged be highly effective bactericide with broad spectrum.
Ozone is with the structure of the oxidation destroy microorganisms film of oxygen atom, realizes bactericidal action.The deactivation of ozone to bacterium is swift in response, different from other bactericide, and the double bond of ozone and bacteria cell wall lipid is reacted, and penetrates thalline inside, acts on albumen and lipopolysaccharides, changes the permeability of cell, causes bacterial death.Ozone also acts on intracellular nuclear matter, as the purine in nucleic acid and pyrimidine destroy DNA.First ozone act on cell membrane, makes film composition damaged, and cause dysbolism, penetrating film, destroying the permeability of film lipoprotein, lipopolysaccharides and change cell, causing cytolysis, death by continuing infiltration.
The exterminating bacterium effect of ozone, is react by producing with the Multiple components in microbial cell, thus produces irreversible change.It is generally acknowledged, first act on the cell membrane of microorganism, film constituent is sustained damage, cause dysbolism and suppress it to grow, ozone continues seepage failure film inner tissue, until kill.
The research staff of Liaoning Dongfang Sun Co., Ltd., carry out testing more than the research and development of 10 years to the de-residual and preserving and storing techniques of the microorganism contained in nut, virus and bacteria and the detection of food source property medicament residue, sterilization sterilizing, purification, to take off in the body container of residual cabin after soaking and washing by fresh nut being seated in the airtight purification being marked with the odor at low temperature aqueous solution, impel nut to enter athermobiosis state fast, reach the fast precooling to nut, sterilization sterilizing, the de-residual test objective of purification.Shown by research, the purification realizing the nut of green truly and security attribute takes off residual and fresh-keeping and storing technology and should prevent because microorganism, viral mould are infected breeding and damage by worms, and the degreasing caused is gone mouldy and the loss of weight loss such as original nutrient loss.
At present, because nut is ripe and picking time concentrates, and domestic precooling, fresh-retaining preserving, processing and Cold Chain Logistics auxiliary facility serious unbalance with it, annual most nut is caused to grow breeding and factor of damaging by worms due to fresh-keeping warehouse and Cold Chain Logistics facility wretched insufficiency and microorganism, mould, cause and go mouldy, degreasing, to damage by worms and the loss of nutriment depigmentation, seriously constrain the income of peasant, cause the huge wasting of resources simultaneously.
To sum up, the fast precooling of nut, sterilization sterilizing, the de-residual and preserving and storing techniques research and development of purification are accelerated, to effectively killing the microorganism contained in nut, viral mould and worm's ovum; Reduce cause due to microorganism, the breeding of viral mould and the factor of damaging by worms go mouldy, degreasing, to damage by worms and the expired loss of weight loss such as rotten of shelf life of products; The food such as the heavy metal, hormone, antibiotic and the agriculture chemical that contain in effective decomposition nut source property medicament residue; Effective removing is at the harmful material of impurity such as heavy metal, earth dust such as sulfide of nut surface attachment; Extend the shelf-life of nut; Retain the original nutritional labeling of nut, ensure the food security of nut fruits product, significant.
summary of the invention:
The present invention be directed to the deficiency containing microorganism, viral mould, worm's ovum, earth impurity, heavy metal, antibiotic, hormone and food source property medicament residue in nut and design.Utilize fast precooling effect that the ozone water solution in frozen water critical condition or low temperature has, utilize the ozone composition contained in the ozone water solution of low temperature to have and extend sterilization sterilization time, effective sterilization and purification take off residual effect, realize effectively killing the microorganism contained in nut, mould and worm's ovum, its heavy metal contained of effective decomposition, hormone, antibiotic and food source property medicament residue, the sulfide of its surperficial attached collection of effective removing etc. are containing heavy metal, the harmful materials such as dust impurities such as earth, reduce due to microorganism, mould breeds, infect the active function with enzyme, the degreasing caused such as to be gone mouldy at the loss of weight loss, retain real green fresh quality, reduce original nutritional labeling depigmentation, shorten dewatering time, extend the technical method that the green purification of a kind of nut of fresh-keeping and storing time is de-residual.
For realizing above-mentioned object, the technical solution used in the present invention is: a kind of de-residual system of green purification of nut, and it comprises ozone-sterilizing device (1), purification de-residual device (2), ozone supply device (3), automaton (4) and support frame device (5); Described ozone-sterilizing device (1) is located at the outside of the de-residual device of purification; Described purification takes off the inside that residual device (2) is located at ozone-sterilizing device (1); The outside of ozone-sterilizing device (1) is located at by described ozone supply device (3) and automaton (4); Described support frame device (5) is located at the lower end of ozone-sterilizing device (1); Described ozone supply device (3) and automaton (4) and ozone-sterilizing device (1) with purify de-residual device (2) and be connected.
Preferably, described ozone-sterilizing device (1) to comprise on ozone sterilization cabin body (11), both sides hatch door (12), hatch door stator tooth axle (13), hatch door rotor pinion (14), cabin body hatch door (16) under hatch door (15), cabin body, body upper end, cabin row's ventilation port (17), cabin body lower end blowdown port (18) are fixedly connected with port (19) with cabin body; Both sides hatch door (12) is located at two sides in ozone sterilization cabin body (11), hatch door stator tooth axle (13) and hatch door rotor pinion (14) are located on both sides hatch door (12), on the body of cabin, under hatch door (15) and cabin body, hatch door (16) is located at the top and bottom in ozone sterilization cabin body (11) respectively, body upper end, cabin row's ventilation port (17) to be located on the body of cabin above hatch door (15), cabin body lower end blowdown port (18) is located under the body of cabin above hatch door (16), and cabin body is fixedly connected with outside or the inner side that port (19) is located at ozone sterilization cabin body (11) respectively.
Preferably, described purification takes off residual device (2) and comprises de-residual cabin body (21) of purification, de-residual cabin body stator tooth axle (22) of purification, de-residual cabin body rotor pinion axostylus axostyle (23) of purification, de-residual cabin body fixing support rack (24) of purification, de-residual cabin body charging hatch door (25) of purification, de-residual cabin body discharging hatch door (26) of purification, purification de-residual barrel cage (27), upper end blowdown port (28) and lower end blowdown port (29); De-residual cabin body charging hatch door (25) of purification and de-residual cabin body discharging hatch door (26) of purification are separately positioned on outside or the inner side in de-residual cabin body (21) of purification; Upper end blowdown port (28) and lower end blowdown port (29) are separately positioned on the top and bottom of the de-residual barrel cage (27) of purification; The two ends of de-residual cabin body fixing support rack (24) of purification are fixed on the connecting portion in de-residual cabin body (21) of purification, and centre is fixedly connected with de-residual cabin body rotor pinion axostylus axostyle (23) of purification; The de-residual barrel cage (27) of purification can need to select the material of stainless steel or other corrosion-resistant oxidation to be located at the inside in de-residual cabin body (21) of purification according to application, de-residual cabin body stator tooth axle (22) of purification is located at inner side or the outside of hatch door stator tooth axle (13), de-residual cabin body rotor pinion axostylus axostyle (23) of purification is connected with de-residual cabin body stator tooth axle (22) of purification, and the two ends of de-residual cabin body rotor pinion axostylus axostyle (23) of its purification are arranged on the inner side of hatch door rotor pinion (14) or through connection.
Preferably, described ozone supply device (3) comprises feedway casing (31), ozone supply casing is fixedly connected with port (32), ozone supply transmit port (33) and ozone supply control valve (34); Described ozone supply casing is fixedly connected with port (32), ozone supply transmit port (33) and ozone supply control valve (34) and is located at above the casing of feedway casing (31); The ozone water solution generator that described ozone supply transmit port (33) is supporting with apparatus system or ozone water solution preparation facilities are connected; Described feedway casing (31) is fixedly connected with port (32) by ozone supply casing and is fixedly connected with port (19) with the cabin body that body (11) cabin, ozone sterilization cabin body is provided with above and is connected.
Preferably, described automaton (4) comprises automatic control box body (41), control casing is fixedly connected with port (42), device connectivity port (43), autocontrol valve (44) and power line connectivity port (45); Be provided with on automatic control box body (41) and control casing and be fixedly connected with port (42), device connectivity port (43), autocontrol valve (44) and power line connectivity port (45); Automatic control box body (41) is fixedly connected with port (42) and is fixedly connected with port (19) with the cabin body that ozone sterilization cabin body (11) is provided with by controlling casing above and is fixedly connected with; Autocontrol valve (44) takes off residual device (2) by the device connectivity port (43) that is provided with on both sides hatch door (12) and ozone-sterilizing device (1) and purifying and is formed and be connected.
Preferably, described system also comprises the support frame device (5) being located at ozone-sterilizing device (1) lower end, and described support frame device (5) comprises bracing frame cabin body and is fixedly connected with port (51) and supporting frame (52); The bracing frame cabin body that support frame device (5) is provided with above is fixedly connected with port (51) and the cabin body be provided with on ozone sterilization cabin body (11) and is fixedly connected with port (19) and is formed and be connected.
Preferably, described ozone-sterilizing device (1) and the de-residual device (2) of purification can need to adopt the multiple device form such as vertical or horizontal spherical morphology, cylinder form, the barrel-shaped state of oval form and side according to application.
Preferably, described ozone-sterilizing device (1), purification de-residual device (2), ozone supply device (3), automaton (4) and support frame device (5) can need employing stainless steel or fiberglass according to application or mould fat or synthetic fibers or other composite.
Preferably, described system also comprises low temperature or high temperature wind regime, and described low temperature or high temperature wind regime are connected with ozone supply transmit port (33).
Present invention also provides said system to realize delaying the degreasing of starch based protein substance to the de-residual and effective control of the fast precooling of nut, sterilization sterilizing, purification and to go mouldy loss, decompose the heavy metal, hormone, antibiotic and the food source property medicament residue that contain in nut, remove the process of the heavy metal component such as the sulfide on attached collection nut surface and the harmful material such as earth, dust impurities, comprise the steps:
1) nut is put into the odor at low temperature aqueous solution that the low temperature precooling tank that can realize the airtight of artificial low temperature control or non-air-tight state or bucket inject to soak, cleaning, athermobiosis state is down to fast to impelling Nut-Bearing Plants temperature, complete native system to nut fast precooling, sterilization sterilizing, purification is de-residual, effective control nut fruits plant respiratory climacteric, the active function of inhibitory enzyme and delay the Dry matter formations such as starch based albumen, decompose the heavy metal contained in nut, hormone, antibiotic and food source property medicament residue, remove heavy metal component and the earth such as the sulfide on attached collection nut surface, the application program of the harmful substance functions such as dust impurities,
2) ozone-sterilizing device (1) is placed in the decomposition that can meet the ozone composition delaying and control to contain in ozone gas or ozone water solution, the low temperature environment volatilizing application needs;
3) be open at hatch door (15) on the body of cabin or both sides hatch door (12) and the purification be arranged on above the de-residual device (2) of purification and take off residual cabin body charging hatch door (25), what close after step 1) gained nut being put into de-residual barrel cage (27) inside of purification that ozone-sterilizing device (1) makes it be in can to meet application needs is frozen water critical condition or the cryogenic seal state lower than normal temperature;
4) ozone supply device (3) is started, complete and the purification of cryogenic seal state being in application and needing taken off in residual barrel cage (27) to inject the frozen water meeting application needs critical or lower than the odor at low temperature aqueous solution of normal temperature, the ozone concentration of its ozone water solution contains according to the quantity of the nut put in de-residual device (2) inside of purification and its ozone concentration that residual Testing index of microorganism, enzyme bacterium and medicine sets and is as the criterion;
5) start automaton (4) and control de-residual device (2) rotation of purification and rotating speed, make to be seated in the inner nut of the de-residual device (2) of purification fully to contact with at odor at low temperature aqueous solution purify de-residual barrel cage (27) inner, rotating speed and rotation time can according to being seated in the quantity of the inner nut of the de-residual barrel cage (27) of purification, specification and containing the Testing index such as microorganism, virus and bacteria, medicament residue and be as the criterion for the reference value of the survival of control enzyme and the rotating speed that sets and rotation time;
6) automaton (4) is started, control because the ozone water solution inner at the de-residual barrel cage (27) of purification completes sterilization sterilizing to nut, purifies the gas of de-residual Program Generating, be released in by the row arranged in body upper end, cabin port (17) of taking a breath the air pressure that ozone-sterilizing device (1) inside produces, the amount of gas that atmospheric pressure value decomposes with its ozone water solution or reference value are as the criterion;
7) start automaton (4), damage by worms the lightweight fouling products such as ghost and the impurity that have impelled the de-residual program of purification to produce and swim in above upper end blowdown port (28) water surface are discharged via lower end blowdown port (18) by ozone-sterilizing device (1) and the isolation drain outlet that purification takes off between residual device (2); Be deposited on the heavy fouling products such as the earth of de-residual barrel cage (27) bottom of purification and impurity is discharged by the lower end blowdown port (29) that de-residual cabin body discharging hatch door (26) of purification is arranged or via cabin body lower end blowdown port (18) discharge arranged above hatch door (16) under the body of cabin above.
8) linker of ozone supply transmit port (33) that ozone supply device (3) arranges and low-temperature air source air-flow feedway is enabled in above, continue high temperature that input can meet needed for fast dewatering or low-temperature air source air-flow to the nut put in the de-residual barrel cage (27) of purification, complete native system to nut fast dewatering program;
9) hatch door (16) or both sides hatch door (12) under hatch door (15) and cabin body is opened on the cabin body be arranged on above ozone-sterilizing device (1), take out the nut that de-residual barrel cage (27) inside of purification completes dehydration procedure, shift-in low temperature warehouse or packing shop for subsequent use;
10) start automaton (4) or application manual mode, remove the dirt impurity at ozone-sterilizing device (1) and de-residual device (2) internal residual of purification, the purification completing native system takes off residual program.
feature of the present invention and beneficial effect:
The invention provides one can according to design and devdlop needs, effectively delay ozone ingredient breakdown contained in frozen water critical condition in airtight or non-obturator or the odor at low temperature aqueous solution or Ozone Ice, the technical scheme of volatilization; By reducing the temperature of nut shell, nut is made to enter resting state fast, decompose the heavy metal, hormone, antibiotic and the food source property medicament residue that contain in nut, remove the heavy metal component such as the sulfide on attached collection nut surface and the harmful substance such as earth, dust impurities function, realize the fast precooling of the present invention to nut, sterilization sterilizing, de-residual, the fast dewatering of purification and effectively retain the purpose of design of fresh green quality of nut products.The present invention has fast precooling, sterilization sterilizing is thorough, reduce original nutriment depigmentation loss of nut, prevent because microorganism, mould are infected, damage by worms and temperature rising effect, the nut degreasing caused, to damage by worms and the loss of weight loss such as to go mouldy, retain the real fresh green quality of nut, extend the nut fresh-retaining preserving time, fast dewatering, the performance advantages such as the simple and safety of structure is easy to operate.The present invention has filled up by the airtight or non-airtight low temperature control program of application, the ozone ingredient breakdown contained in the ozone water solution of achieve effective control frozen water critical condition ozone water solution or low temperature or Ozone Ice, the blank of volatilization technical field; Fill up the ozone composition contained in application frozen water critical condition or the odor at low temperature aqueous solution or Ozone Ice, realize killing contain in nut microorganism, mould and worm's ovum, effective decomposition, in harmful substances such as food source property medicament residue such as the nut surface heavy metal of attached collection, hormone, antibiotic and agriculture chemicals, reduces the blank of loss of weight loss technical fields such as damaging by worms, degreasing is gone mouldy; Fill up the blank of application of cold temperature wind regime air-flow realization to the fast dewatering technical field of nut products.
accompanying drawing illustrates:
Fig. 1 is the de-residual system cross-sectional view of green purification of a kind of nut of the application;
Fig. 2 is the de-residual internal system structural representation of green purification of a kind of nut of the application;
Fig. 3 is the de-residual system schematic perspective view of green purification of a kind of nut of the application;
In figure: 1-ozone-sterilizing device, the de-residual device of 2-purification, 3-ozone supply device, 4-automaton, 5-support frame device, 6-ice crystal is packed, 11-ozone sterilization cabin body, 12-both sides hatch door, 13-hatch door stator tooth axle, 14-hatch door rotor pinion, hatch door on the body of 15-cabin, hatch door under the body of 16-cabin, body upper end, 17-cabin row's ventilation port, 18-cabin body lower end blowdown port, 19-cabin body is fixedly connected with port, 21-purification de-residual cabin body, 22-purification de-residual cabin body stator tooth axle, 23-purification de-residual cabin body rotor pinion axostylus axostyle, 24-purification de-residual cabin body fixing support rack, the de-residual cabin body charging hatch door of 25-purification, the de-residual cabin body discharging hatch door of 26-purification, the de-residual barrel cage of 27-purification, 28-upper end blowdown port, 29-lower end blowdown port, 31-feedway casing, 32-ozone supply casing is fixedly connected with port, 33-ozone supply transmit port, 34-ozone supply control valve, 41-automatic control box body, 42-controls casing and is fixedly connected with port, 43-device connectivity port, 44-autocontrol valve, 45-power line connectivity port, 51-bracing frame cabin body is fixedly connected with port, 52-supporting frame.
Detailed description of the invention
Below in conjunction with drawings and Examples, to technical scheme of the present invention carry out clear, intactly describe, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, other embodiments all that those of ordinary skill in the art obtains under the prerequisite not making creative work, all belong to the scope of protection of the invention.
As shown in Figure 1-Figure 3: the de-residual system of green purification of described a kind of nut, it comprises ozone-sterilizing device 1, purification de-residual device 2, ozone supply device 3, automaton 4 and support frame device 5; Described ozone-sterilizing device 1 is located at the outside of the de-residual device of purification; Described purification takes off the inside that residual device 2 is located at ozone-sterilizing device 1; The outside of ozone-sterilizing device 1 is located at by described ozone supply device 3 and automaton 4; Described ozone supply device 3 and automaton 4 and ozone-sterilizing device 1 with purify de-residual device 2 and be connected, described support frame device 5 is located at the lower end of ozone-sterilizing device 1.
As shown in Figure 1-Figure 3: the de-residual system of the green of described a kind of nut purification, describedly on ozone-sterilizing device 1, to be provided with on ozone sterilization cabin body 11, both sides hatch door 12, hatch door stator tooth axle 13, hatch door rotor pinion 14, cabin body hatch door 16 under hatch door 15, cabin body, body upper end, cabin row takes a breath port one 7, cabin body lower end blowdown port one 8 is fixedly connected with port one 9 with cabin body; Described both sides hatch door 12 is located at two sides of ozone sterilization cabin body 11; Described hatch door stator tooth axle 13 and hatch door rotor pinion 14 are located at above both sides hatch door 12; On described cabin body, under hatch door 15 and cabin body, hatch door 16 is located at the top and bottom of ozone sterilization cabin body 11 respectively; Described body upper end, cabin row's ventilation port one 7 to be located on the body of cabin above hatch door 15; Described cabin body lower end blowdown port one 8 to be located under the body of cabin above hatch door 16; Described cabin body is fixedly connected with outside or the inner side that port one 9 is located at ozone sterilization cabin body 11 respectively.
As shown in Figure 1-Figure 3: the de-residual system of the green of described a kind of nut purification, be describedly provided with purification de-residual cabin body 21 above at the de-residual device 2 of purification, purification de-residual cabin body stator tooth axle 22, purification de-residual cabin body rotor pinion axostylus axostyle 23, purification de-residual cabin body fixing support rack 24, the de-residual cabin body charging hatch door 25 of purification, the de-residual cabin body discharging hatch door 26 of purification, purification take off residual barrel cage 27, upper end blowdown port 28 and lower end blowdown port 29; Described purification takes off residual cabin body charging hatch door 25 and the de-residual cabin body discharging hatch door 26 of purification is separately positioned on outside or the inner side that purification takes off residual cabin body 21; Described upper end blowdown port 28 and lower end blowdown port 29 are separately positioned on the top and bottom of the de-residual barrel cage 27 of purification; The two ends that described purification takes off residual cabin body fixing support rack 24 are fixed on the connecting portion that purification takes off residual cabin body 21, and its centre and purification de-residual cabin body rotor pinion axostylus axostyle 23 are fixedly connected with; Described purification takes off residual barrel cage 27 can be needed to select the material of stainless steel or other corrosion-resistant oxidation to be located at the inside of purification de-residual cabin body 21 according to application; Described purification takes off inner side or the outside that residual cabin body stator tooth axle 22 is located at hatch door stator tooth axle 13; Described purification takes off residual cabin body rotor pinion axostylus axostyle 23 and is connected with purification de-residual cabin body stator tooth axle 22; The two ends that described purification takes off residual cabin body rotor pinion axostylus axostyle 23 to be located at inside hatch door rotor pinion 14 or to be throughly connected with it.
As shown in figures 1 and 3: the de-residual system of the green of described a kind of nut purification, describedly on ozone supply device 3, be provided with feedway casing 31, ozone supply casing be fixedly connected with port 32, ozone supply transmit port 33 and ozone supply control valve 34; Described ozone supply casing is fixedly connected with port 32, ozone supply transmit port 33 and ozone supply control valve 34 and is arranged on above the casing of feedway casing 31; The ozone water solution generator that described ozone supply transmit port 33 is supporting with apparatus system or ozone water solution preparation facilities are connected; Described feedway casing 31 is fixedly connected with port 32 by ozone supply casing to be fixedly connected with port one 9 with the cabin body that body 11 cabin, ozone sterilization cabin body is provided with above and to be connected.
As shown in Figure 1: the de-residual system of the green of described a kind of nut purification, describedly on automaton 4, be provided with automatic control box body 41, control casing is fixedly connected with port 42, device connectivity port 43, autocontrol valve 44 and power line connectivity port 45; Described automatic control box body 41 is provided with control casing above and is fixedly connected with port 42, device connectivity port 43, autocontrol valve 44 and power line connectivity port 45; Described automatic control box body 41 is fixedly connected with port 42 and is fixedly connected with port one 9 with the cabin body be provided with on ozone sterilization cabin body 11 by controlling casing and is fixedly connected with; To be device connectivity ports 43 by being provided with on both sides hatch door 12 with ozone-sterilizing device 1 and purify take off described autocontrol valve 44 that residual device 2 formed is connected.
As shown in Figure 1: the de-residual system of green purification of described a kind of nut, the described lower end at ozone-sterilizing device 1 is also provided with support frame device 5, and the described bracing frame cabin body that is also provided with on support frame device 5 is fixedly connected with port 51 and supporting frame 52; The described bracing frame cabin body be provided with on support frame device 5 is fixedly connected with port 51 and the cabin body be provided with above ozone sterilization cabin body 11 and is fixedly connected with port one 9 and is formed and be connected.
As shown in Figure 1-Figure 3: the de-residual system of green purification of described a kind of nut, the form of described ozone-sterilizing device 1 and the de-residual device 2 of purification can need to adopt the multiple device form such as vertical or horizontal spherical morphology, cylinder form, the barrel-shaped state of oval form and side according to application.
As shown in Figure 1-Figure 3: the de-residual system of the green of described a kind of nut purification, described ozone-sterilizing device 1, purification de-residual device 2, ozone supply device 3, automaton 4 and support frame device 5 can adopt stainless steel or fiberglass or mould fat or synthetic fibers or other nonmetallic composite.
As shown in Figure 1-Figure 3: the de-residual system of green purification of described a kind of nut, realize nut fast precooling, sterilization sterilizing, purification is de-residual, decompose the heavy metal contained in nut, hormone, antibiotic and food source property medicament residue, remove the process of the harmful materials such as heavy metal contaminants and earth dust impurities such as the sulfide of attached collection on nut surface, the application program comprised the steps: the odor at low temperature aqueous solution 1) by nut being put into the low temperature precooling tank or bucket that can realize the airtight of manual control or non-air-tight state soaks, cleaning, athermobiosis state is down to fast to impelling nut and case temperature, complete the fast precooling to nut, sterilization sterilizing, purification is de-residual, the application program of effective decomposition food source property medicament residue function, 2) ozone-sterilizing device 1 is placed in the decomposition that can meet the ozone composition delaying and control to contain in ozone gas or ozone water solution, the low temperature environment volatilizing application needs, 3) open hatch door 15 or both sides hatch door 12 on the body of cabin and take off residual cabin body charging hatch door 25 with the purification be arranged on above the de-residual device 2 of purification, after nut being put into de-residual barrel cage 27 inside of purification, what close that ozone-sterilizing device 1 makes it be in can to meet application needs is frozen water critical condition or the cryogenic seal state lower than normal temperature, 4) ozone supply device 3 is started, complete and the purification of cryogenic seal state being in application and needing taken off in residual barrel cage 27 to inject the frozen water meeting application needs critical or lower than the odor at low temperature aqueous solution of normal temperature, the ozone concentration of its ozone water solution can contain according to the quantity of the nut put in de-residual device 2 inside of purification and its ozone concentration that residual Testing index of microorganism, enzyme bacterium and medicine sets and be as the criterion, 5) start the de-residual device 2 of automaton 4 control purification to rotate and rotating speed, the nut making to be seated in de-residual device 2 inside of purification fully contacts with at odor at low temperature aqueous solution purify de-residual barrel cage 27 inside, and rotating speed and rotation time can according to being seated in the quantity treating de-residual nut of de-residual barrel cage 27 inside of purification, specification and containing the Testing index such as microorganism, virus and bacteria, medicament residue and be as the criterion for the reference value of the survival of control enzyme and the rotating speed that sets and rotation time, 6) automaton 4 is started, control that ozone water solution owing to purifying de-residual barrel cage 27 inside completes sterilization sterilizing to nut, the gas of the de-residual Program Generating of purification is released in the air pressure of the inner generation of ozone-sterilizing device 1 by the row arranged in body upper end, cabin port one 7 of taking a breath, the amount of gas that atmospheric pressure value decomposes with its ozone water solution or reference value are as the criterion, 7) start automaton 4, impel the de-residual program of purification to produce and swim in the lightweight fouling products such as degreasing relic above upper end blowdown port 28 water surface and impurity is discharged via lower end blowdown port one 8 by the isolation drain outlet between ozone-sterilizing device 1 and the de-residual device 2 of purification, be deposited on the lower end blowdown port 29 that the heavy fouling products such as the earth bottom the de-residual barrel cage 27 of purification are arranged by the de-residual cabin body discharging hatch door 26 of purification above to discharge or discharge via the cabin body lower end blowdown port one 8 that hatch door 16 under the body of cabin is arranged above.8) linker of ozone supply transmit port 33 that ozone supply device 3 arranges and low-temperature air source air-flow feedway is enabled in above, inside to the de-residual barrel cage 27 of purification continues to input the high temperature or low-temperature air source air-flow that can meet needed for fast dewatering, completes native system to nut fast dewatering program; 9) to open on the cabin body be arranged on above ozone-sterilizing device 1 hatch door 16 or both sides hatch door 12 under hatch door 15 and cabin body, take out the nut completing dehydration procedure in de-residual barrel cage 27 inside of purification, shift-in low temperature warehouse or packing shop for subsequent use; 10) start automaton 4 or application manual mode, remove at ozone-sterilizing device 1 and the dirt impurity at de-residual device 2 internal residual of purification, the purification of apparatus system to nut completing the exploitation of application technical solution of the present invention takes off residual program.
operation principle:
1, the de-residual system of green purification of nut, realizes the fast precooling to nut and the operation principle preventing starch based protein substance degreasing performance:
A kind of de-residual system of green purification of nut, utilize and be in frozen water critical condition or the odor at low temperature aqueous solution lower than normal temperature, there is the performance principle reducing nut and case temperature fast, nut is put into and can meet ozone water solution immersion, the cleaning that application needs carry out the low temperature precooling tank bucket of the frozen water critical condition of low temperature control, cause nut to enter athermobiosis state fast, realize the present invention and apply the fast precooling of the apparatus system that technical scheme of the present invention is developed and prevent the purpose of design of starch based protein substance degreasing performance.
2, the de-residual system of green purification of nut, realize effectively killing contain in nut microorganism, virus and bacteria and inhibitory enzyme the operation principle of active function performance:
A kind of de-residual system of green purification of nut, utilize ozone almost all to have obvious inactivating efficacy to all virus and bacterias, mould, fungi and protozoon, egg capsule and microorganism, sterilization time is incomparable rapidly, it is 300-600 times of chlorine, ultraviolet 3000 times, ozone is with the structure of the oxidation destroy microorganisms film of oxygen atom, to realize bactericidal action; Utilize microorganism relevant with temperature with the activity of enzyme, reduce temperature, microorganism will stop breeding even dead, and enzyme will weaken or lose the principle of capacity of decomposition.Nut being put into injection can according to application needs, impel in its precooling tank entering the odor at low temperature aqueous solution of the airtight of athermobiosis state or unsealed low temperature control or bucket, by killing the microorganism and mould that contain in nut fast, reach the active function of the enzyme suppressed in nut, take off after residual barrel cage 27 inside injects and can meet the application frozen water threshold temperature condition of needs or the ozone water solution of low temperature by starting the purification that is provided with of ozone supply device 3 pairs of ozone-sterilizing device 1 inside, start the de-residual device 2 of automaton 4 control purification to rotate and rotating speed, the nut put in de-residual barrel cage 27 inside of purification is fully contacted with the ozone composition contained in the odor at low temperature aqueous solution, the apparatus system realizing the present invention and the exploitation of application technical solution of the present invention has the microorganism effectively killed and contain in nut, the purpose of design of the active function performance of virus and bacteria and inhibitory enzyme.
3, the de-residual system of green purification of nut, realizes the operation principle to the de-residual performance of nut purification:
A kind of de-residual system of green purification of nut, it is the sterilization utilizing ozone to have, removing toxic substances, fresh-keeping, deodorizing, bleaching, health care, powerful dechlorination, the performance principle purified instantaneously, by nut being put in the low temperature precooling tank of the odor at low temperature aqueous solution or bucket that are marked with and can meet application needs, lasting by utilizing the ozone composition contained in the ozone water solution of low temperature to have retention time, sterilization sterilizing is thorough, the heavy metal contained in effective decomposition nut, hormone, the effect of antibiotic and food source property medicament residue, complete the first purification of the present invention and take off residual program, put the nut completing the de-residual program of purification into purification de-residual cabin body inner tanks 27 again, rotation and the rotating speed of purification de-residual cabin body 21 is controlled by starting automaton 4, the nut put in de-residual device 2 inside of purification is fully contacted with the ozone composition contained in frozen water critical condition or the odor at low temperature aqueous solution, complete nut sterilization sterilizing and the de-residual program of purification, restart automaton 4 and made to purify that de-residual program produces swims in the lightweight fouling products such as degreasing relic above upper end blowdown port 28 top water surface that the de-residual cabin body charging hatch door 25 of purification is arranged and impurity and enter by the isolation drain outlet between ozone-sterilizing device 1 and the clean residual device 2 of de-ization the cabin body lower end blowdown port one 8 hatch door 16 arranged under the body of cabin and discharge, be deposited on heavy fouling product and the impurity such as the earth of separation layer bottom purification de-residual cabin body inner tanks 27, discharged by the lower end blowdown port 29 arranged on the de-residual cabin body discharging hatch door 26 of purification or by the cabin body being located at ozone-sterilizing device 1 lower end under the cabin body lower end blowdown port one 8 that arranges above hatch door 16 discharge.The purification of appliance arrangement to nut realizing the present invention and apply technical scheme of the present invention exploitation takes off the purpose of design of residual performance.
4, the de-residual system of green purification of nut, realizes the operation principle to nut fast dewatering performance:
A kind of de-residual system of green purification of nut, it is the air-dry know-why utilizing the wind regime air-flow of low temperature or high temperature to have fast dewatering performance, by being enabled in the linker of ozone supply transmit port 33 that ozone supply device 3 is provided with and low temperature or high temperature wind regime air-flow feedway, complete the low-temperature air source or the high temperature wind regime air-flow that continue to provide fast dewatering to the nut put in the de-residual barrel cage 27 of purification, realize the apparatus system of the present invention and the exploitation of application technical solution of the present invention to the purpose of design of nut fast dewatering performance.
5, the de-residual system of green purification of nut, realizes reducing due to the microorganism contained in nut, the breeding of viral mould and intensification factor, and what cause damages by worms and the operation principle of degreasing loss of weight drain performance:
The de-residual system of green purification of nut is the sterilization sterilizing double effects utilizing ozone to have killing microorganisms and virus and bacteria, utilize microorganism, virus and bacteria relevant with temperature with the activity of enzyme, reduce temperature, microorganism will stop breeding, and even dead, enzyme will weaken or lose the principle of capacity of decomposition, utilize airtight low temperature environment have can nut gather after physiologically active, postpone respiratory climacteric and delay the principle reducing original moisture depigmentation, be the odor at low temperature aqueous solution that frozen water critical condition maybe can carry out injecting in the low temperature precooling tank of artificial low temperature control or bucket by nut being put the airtight or non-sealing function that can need according to application of low temperature, by completing the precooling program of nut fast and effectively killing the worm's ovum contained in nut, microorganism, virus mould, realize the present invention and apply technical scheme of the present invention exploitation apparatus system effectively reduce nut due to worm's ovum, microorganism and the breeding of viral mould, the purpose of design of the degreasing caused and loss of weight drain performance of going mouldy.
Embodiment 1:
Referring to Fig. 1 ~ Fig. 3, a kind of de-residual system of green purification of nut is the structure of apparatus system and the embodiment of assembling that are realized application the present invention exploitation by following steps:
The de-residual system of green purification of nut, comprises five major parts such as ozone-sterilizing device 1, purification de-residual device 2, ozone supply device 3, automaton 4 and support frame device 5.Above-mentioned 5 devices all adopt assembly outside manufacturing mode, complete its component assembling program: the first step, adopt technology for assembling, complete the main-body structure component assembling of ozone-sterilizing device 1, the de-residual device 2 of purification, ozone supply device 3, automaton 4, support frame device 5 device respectively; Second step, accessory is adopted to be fitted together to closed process, body upper end, cabin row's ventilation port one 7 that the hatch door completing hatch door 16 under hatch door 15, cabin body on cabin body that ozone sterilization cabin body 11 arranges above is provided with, cabin body lower end dust discharge port one 8 and be fixedly connected with the linkage editor of port one 9 for the cabin body installing ozone supply device 3, automaton 4, support frame device 5 reserve setting above; 3rd step, adopt one integral piece to be fitted together to packaging technology, be fixedly connected with port 32 by the ozone supply casing be arranged on above ozone supply device 3, the control casing be located at above automaton 4 is fixedly connected with port 42 and is fixedly connected with port 51 and the cabin body arranged on ozone sterilization cabin body 11 with the cabin body be located at above support frame device 5 and is fixedly connected with the chimeric assembling of having assembled ozone supply device 3, automaton 4 and support frame device 5 and ozone-sterilizing device 1 of port one 9; 4th step, adopts mortise and tenon to be fitted together to packaging technology, complete the hatch door 12 that is provided with in body 11 both sides, ozone sterilization cabin and above the chimeric assembling of the hatch door stator tooth axle 13 that is provided with and hatch door rotor pinion 14 pivot; 5th step, adopts screw packaging technology chimeric with mortise and tenon, completes de-residual device 2 pivot of purification and is fitted together to component assembling; 6th step, adopts the packaging technology that pivot is chimeric, completes both sides hatch door 12 and ozone sterilization cabin body 11 component assembling of the body both sides, cabin being arranged on ozone-sterilizing device 1; 7th step, open the both sides hatch door 12 being located at ozone-sterilizing device 1 both sides, pivot is adopted to be fitted together to packaging technology, by the hatch door stator tooth axle 13 be located on both sides hatch door 12 and hatch door rotor pinion 14 be arranged on purify de-residual cabin body 21 liang of middle side part axis parts take off with purification the pivot that the AO purification of residual cabin body stator tooth axle 22 tooth takes off residual cabin body rotor pinion axostylus axostyle 23 and be fitting to connection, complete the de-residual device 2 of purification to assemble with ozone-sterilizing device 1, realize the present invention and apply the structure trim designs object of apparatus system of technical scheme of the present invention exploitation.
Embodiment 2:
Referring to Fig. 1 ~ Fig. 3, a kind of de-residual system of green purification of nut, completes the fast precooling to nut by following steps, sterilization sterilizing, the embodiment of the de-residual Sum decomposition heavy metal of purification, hormone and food source property medicament residue application program:
A kind of de-residual system of green purification of nut, complete the fast precooling of the present invention to nut by following steps, sterilization sterilizing, purification is de-residual, the survival Sum decomposition heavy metal of inhibitory enzyme, the application program of hormone and food source property medicament residue: the first step, in precooling tank nut being put into cryogenic seal or bucket, make in the odor at low temperature aqueous solution of its frozen water critical condition of all soaking or manual control, impel Nut-Bearing Plants body to enter in the frozen water critical condition of athermobiosis state or the ozone water solution of low temperature fast to soak, cleaning is to completing nut fast precooling, sterilization sterilizing, purification is de-residual, the active function of inhibitory enzyme, effective decomposition heavy metal, hormone, the application program of antibiotic and food source property medicament residue function, second step, makes ozone-sterilizing device 1 be in and can meet the low temperature environment delaying and control ozone decomposed application needs, 3rd step, the hatch door 12 and the purification be arranged on above the de-residual device 2 of purification that are open at hatch door 15 or both sides on the body of cabin take off residual cabin body charging hatch door 25, nut is put into and purifies the inner rear closedown ozone-sterilizing device 1 of de-residual barrel cage 27, make it be in and can meet the cryogenic seal state applying needs, 4th step, start ozone supply device 3 and complete frozen water critical condition or the odor at low temperature aqueous solution to being in application and needing the purification of cryogenic seal state to take off in residual barrel cage 27 to inject and can meet application needs, by the concentration that is applied in the ozone composition contained in ozone water solution according to be seated in de-residual device 2 inside of purification nut quantity and containing microorganism, viral mould, heavy metal, hormone, antibiotic and eat the ozone concentration that source property medicament residue Testing index sets and be as the criterion, 5th step, start the de-residual device 2 of automaton 4 control purification to rotate and rotating speed, make to be seated in the nut of de-residual device 2 inside of purification fully to contact with the ozone composition in the frozen water critical condition of de-residual barrel cage 27 inside of purification or the odor at low temperature aqueous solution, the reference value of the rotating speed that its rotating speed and rotation time set according to the Testing index at the nut quantity of the inner storing of the de-residual barrel cage 27 of purification, specification and the microorganism contained, virus and bacteria, heavy metal, hormone, antibiotic and food source property medicament residue and rotation time is as the criterion, 6th step, start automaton 4, control to be taken a breath port one 7 by the row arranged in body upper end, cabin owing to complete the gas that generates in the de-residual program process of purification to nut at the frozen water critical condition of de-residual barrel cage 27 inside of purification or the ozone water solution of low temperature, be released in the air pressure that ozone-sterilizing device 1 inside produces, atmospheric pressure value is as the criterion with ozone water solution decomposition gas quantity or reference value, 7th step, start automaton 4, produce and swim in the lightweight fouling products such as the degreasing relic above upper end blowdown port 28 water surface after having impelled the de-residual program of purification and impurity is discharged via lower end blowdown port one 8 by the isolation drain outlet between ozone-sterilizing device 1 and the de-residual device 2 of purification, it is deposited on the lower end blowdown port 29 that the heavy fouling products such as earth bottom the de-residual barrel cage 27 of purification and impurity arranges by the discharging hatch door 26 purifying de-residual cabin body above and discharges or discharged by the cabin body lower end blowdown port one 8 arranged above hatch door 16 under the body of cabin.8th step, be enabled in the linker of ozone supply transmit port 33 that ozone supply device 3 arranges and low temperature or high temperature wind regime air-flow feedway above, continue to input the low temperature or high temperature wind regime air-flow that can meet needed for fast dewatering to the nut put in de-residual barrel cage 27 inside of purification, complete the fast dewatering program of native system to nut; 9th step, to open on the cabin body that is provided with on ozone-sterilizing device 1 hatch door 16 or both sides hatch door 12 under hatch door 15 and cabin body, takes out the nut having completed dehydration procedure in the inside of the de-residual barrel cage 27 of purification; Tenth step, by starting automaton 4 or application manual mode, remove the dirt impurity taking off the internal residual of residual device 2 at ozone-sterilizing device 1 and purification, the purification of appliance arrangement to nut completing the present invention and the exploitation of application technical solution of the present invention takes off residual program.
Embodiment 3:
Referring to Fig. 1 ~ Fig. 3, a kind of de-residual system of green purification of nut, realizes the embodiment to the fast precooling performance of nut by following steps:
A kind of de-residual system of green purification of nut, utilize the odor at low temperature aqueous solution to have the performance principle reducing Nut-Bearing Plants temperature fast, application needs can be met carry out Zeng Bingshui critical condition in the low temperature precooling tank bucket of low temperature control by putting into or the precooling program reducing Nut-Bearing Plants temperature fast can be completed in the odor at low temperature aqueous solution of its temperature of manual control, realize the apparatus system of the present invention and the exploitation of application technical solution of the present invention to the purpose of design of the fast precooling performance of nut.
Embodiment 4: a kind of de-residual system of green purification of nut, realizes preventing the starch based albumen degreasing of nut to go mouldy the embodiment of performance by following steps:
Referring to Fig. 1 ~ Fig. 3, a kind of de-residual system of green purification of nut, utilize to reduce through the odor at low temperature aqueous solution starch based protein substance degreasing that effectively can retain nut that Nut-Bearing Plants temperature has fast and to go bad performance principle, nut is put into and can meet the ozone water solution that application needs carry out the low temperature precooling tank bucket of the frozen water critical condition of low temperature control and soak, cleaning, nut is caused to enter athermobiosis state fast, by effectively retaining the original moisture in the starch plants protein molecular of nut, the apparatus system realizing the present invention and apply technical scheme of the present invention exploitation effectively prevents the starch based protein substance degreasing of nut to go bad the purpose of design of performance.
Embodiment 5:
Referring to Fig. 1 ~ Fig. 3, the de-residual system of a kind of green of nut purification, be by following steps realize effectively killing contain in nut microorganism, virus and bacteria and inhibitory enzyme the embodiment of active function performance:
The de-residual system of green purification of nut utilizes ozone almost all to have obvious inactivating efficacy to all virus and bacterias, mould, fungi and protozoon, egg capsule and microorganism, the bactericidal action that sterilization time is incomparable rapidly; Utilize microorganism relevant with temperature with the activity of enzyme, reduce temperature, microorganism will stop breeding even dead, and enzyme will weaken or lose the performance principle of capacity of decomposition.Nut is put into can impel its enter fast the airtight low temperature of dormancy and containing can the ozone water solution of its ozone concentration precooling tank of manual control or bucket, by killing the microorganism and virus and bacteria that contain in nut fast, reach the active function effectively suppressing enzyme in nut, the purification be provided with by starting ozone supply device 3 pairs of ozone-sterilizing device 1 inside takes off frozen water critical condition and the odor at low temperature aqueous solution that the control thought that can meet application needs is injected in residual barrel cage 27 inside, restart the de-residual device 2 of automaton 4 control purification to rotate and rotating speed, the nut put in de-residual barrel cage 27 inside of purification is fully contacted with the ozone composition contained in the odor at low temperature aqueous solution, realize the present invention and apply technical scheme of the present invention exploitation appliance arrangement effectively kill the microorganism contained in nut, the purpose of design of the active function performance of virus and bacteria and inhibitory enzyme.
Embodiment 6:
Referring to Fig. 1 ~ Fig. 3, a kind of de-residual system of green purification of nut is the embodiment having realized taking off the purification of nut residual performance by following steps:
A kind of de-residual system of green purification of nut, it is the sterilization utilizing ozone to have, removing toxic substances, fresh-keeping, deodorizing, bleaching, health care, powerful dechlorination, purifying property principle instantaneously, nut is put into and is marked with in frozen water critical condition or odor at low temperature Aqueous Low Temperature precooling tank or bucket, by applying low temperature control program of the present invention, ozone composition contained in ozone water solution is impelled to have retention time lasting, sterilization sterilizing thoroughly decomposes with effective the heavy metal contained in nut, hormone, the harmful substances such as antibiotic and food source property medicament residue, complete nut primary purification and take off residual program, again the nut completing primary purification and take off residual program is put in purification de-residual cabin body inner tanks 27, by starting automaton 4, control rotation and the rotating speed of purification de-residual cabin body 21, the nut put in de-residual device 2 inside of purification is fully contacted with the ozone composition that can realize containing in the ozone water solution of the low temperature of manual control, complete the present invention to after nut sterilization sterilizing and the de-residual program of purification, start automaton 4, make to purify de-residual program and damage by worms lightweight fouling product and the impurity such as degreasing ghost relic of upper end blowdown port 28 top water surface that the charging hatch door 25 that produces and swim in purification de-residual cabin body is arranged above, enter the cabin body lower end blowdown port one 8 arranged above hatch door 16 under the body of cabin discharge by isolating drain outlet between ozone-sterilizing device 1 and the clean residual device 2 of de-ization, produce and be deposited on lower end blowdown port 29 that the heavy fouling products such as the earth of the bottom separation layer of purification de-residual cabin body inner tanks 27 and impurity arranges by the discharging hatch door 26 purifying de-residual cabin body after completing the de-residual program of purification above to discharge or discharge by being located at the cabin body lower end blowdown port one 8 that hatch door 16 under the body of cabin, ozone-sterilizing device 1 lower end arranges above.The purification of appliance arrangement to nut realizing the present invention and apply technical scheme of the present invention exploitation takes off the purpose of design of residual performance.
Embodiment 7:
Referring to Fig. 1 ~ Fig. 3, a kind of de-residual system of green purification of nut, realizes the embodiment to the fast dewatering performance of nut by following steps:
A kind of de-residual system of green purification of nut, it is the fast dewatering performance principle utilizing low temperature or high temperature wind regime air-flow to have, ozone supply transmit port above ozone supply device 3 33 and low temperature or high temperature wind regime air-flow feedway linker is arranged on by starting, complete and complete fast precooling to what be seated in de-residual barrel cage 27 inside of purification, sterilization sterilizing, nut after the de-residual program of purification continues to provide and can complete low-temperature air source needed for fast dewatering or high temperature wind regime air-flow, realize the present invention and apply technical scheme of the present invention exploitation appliance arrangement to the purpose of design of the fast dewatering performance of nut.
Embodiment 8:
Referring to Fig. 1 ~ Fig. 3, a kind of de-residual system of green purification of nut is the embodiment realizing effectively reducing the trace element useful to human body and the original nutritional labeling depigmentation performance contained in nut by following steps:
The de-residual system of green purification of nut, is utilize the processing technology not using the food additives such as any anticorrosion or antistaling agent, effectively can reduces the performance principle of the trace element useful to human body and the nutritional labeling depigmentation contained in nut; The odor at low temperature aqueous solution is utilized to complete after nut sterilization sterilizing and the de-residual program of purification, ozone composition in ozone water solution is oxygen by oxidation Decomposition, not residual any harmful substance, does not destroy trace element useful to human body in nut and nutritional labeling performance principle.By by nut can manual control lower than in the precooling tank of the odor at low temperature aqueous solution of normal temperature or bucket, make it all be immersed in and be in frozen water critical condition or in the odor at low temperature aqueous solution of manual control, nut is in athermobiosis state procedure fast and fast sterilization sterilizing and the de-residual program of purification is completed to it, the oxygen rich gas avoiding nut and the ozone ingredient breakdown contained in ozone water solution to be formed contacts the application program of the oxidation degreasing caused, the appliance arrangement realizing the present invention and apply technical scheme of the present invention exploitation effectively reduces the purpose of design of the original nutritional labeling depigmentation performance at nut.

Claims (10)

1. the de-residual system of green purification of nut, is characterized in that: comprise ozone-sterilizing device (1), purification de-residual device (2), ozone supply device (3), automaton (4) and support frame device (5); Described ozone-sterilizing device (1) is located at the outside of the de-residual device of purification; Described purification takes off the inside that residual device (2) is located at ozone-sterilizing device (1); The outside of ozone-sterilizing device (1) is located at by described ozone supply device (3) and automaton (4); Described support frame device (5) is located at the lower end of ozone-sterilizing device (1); Described ozone supply device (3) and automaton (4) and ozone-sterilizing device (1) with purify de-residual device (2) and be connected.
2. the de-residual system of green purification of a kind of nut according to claim 1, is characterized in that: described ozone-sterilizing device (1) to comprise on ozone sterilization cabin body (11), both sides hatch door (12), hatch door stator tooth axle (13), hatch door rotor pinion (14), cabin body hatch door (16), body upper end, cabin row's ventilation port (17), cabin body lower end blowdown port (18) under hatch door (15), cabin body and is fixedly connected with port (19) with cabin body; Both sides hatch door (12) is located at two sides in ozone sterilization cabin body (11), hatch door stator tooth axle (13) and hatch door rotor pinion (14) are located on both sides hatch door (12), on the body of cabin, under hatch door (15) and cabin body, hatch door (16) is located at the top and bottom in ozone sterilization cabin body (11) respectively, body upper end, cabin row's ventilation port (17) to be located on the body of cabin above hatch door (15), cabin body lower end blowdown port (18) is located under the body of cabin above hatch door (16), and cabin body is fixedly connected with outside or the inner side that port (19) is located at ozone sterilization cabin body (11) respectively.
3. the de-residual system of green purification of a kind of nut according to claim 2, is characterized in that: described purification takes off residual device (2) and comprises de-residual cabin body (21) of purification, de-residual cabin body stator tooth axle (22) of purification, de-residual cabin body rotor pinion axostylus axostyle (23) of purification, de-residual cabin body fixing support rack (24) of purification, de-residual cabin body charging hatch door (25) of purification, de-residual cabin body discharging hatch door (26) of purification, purification de-residual barrel cage (27), upper end blowdown port (28) and lower end blowdown port (29); De-residual cabin body charging hatch door (25) of purification and de-residual cabin body discharging hatch door (26) of purification are separately positioned on outside or the inner side in de-residual cabin body (21) of purification; Upper end blowdown port (28) and lower end blowdown port (29) are separately positioned on the top and bottom of the de-residual barrel cage (27) of purification; The two ends of de-residual cabin body fixing support rack (24) of purification are fixed on the connecting portion in de-residual cabin body (21) of purification, and centre is fixedly connected with de-residual cabin body rotor pinion axostylus axostyle (23) of purification; The de-residual barrel cage (27) of purification can need to select the material of stainless steel or other corrosion-resistant oxidation to be located at the inside in de-residual cabin body (21) of purification according to application, de-residual cabin body stator tooth axle (22) of purification is located at inner side or the outside of hatch door stator tooth axle (13), de-residual cabin body rotor pinion axostylus axostyle (23) of purification is connected with de-residual cabin body stator tooth axle (22) of purification, and the two ends of de-residual cabin body rotor pinion axostylus axostyle (23) of its purification are arranged on the inner side of hatch door rotor pinion (14) or through connection.
4. the de-residual system of green purification of a kind of nut according to claim 2, is characterized in that: described ozone supply device (3) comprises feedway casing (31), ozone supply casing is fixedly connected with port (32), ozone supply transmit port (33) and ozone supply control valve (34); Described ozone supply casing is fixedly connected with port (32), ozone supply transmit port (33) and ozone supply control valve (34) and is located at above the casing of feedway casing (31); The ozone water solution generator that described ozone supply transmit port (33) is supporting with apparatus system or ozone water solution preparation facilities are connected; Described feedway casing (31) is fixedly connected with port (32) by ozone supply casing and is fixedly connected with port (19) with the cabin body that body (11) cabin, ozone sterilization cabin body is provided with above and is connected.
5. the de-residual system of green purification of a kind of nut according to claim 2, is characterized in that: described automaton (4) comprises automatic control box body (41), control casing is fixedly connected with port (42), device connectivity port (43), autocontrol valve (44) and power line connectivity port (45); Be provided with on automatic control box body (41) and control casing and be fixedly connected with port (42), device connectivity port (43), autocontrol valve (44) and power line connectivity port (45); Automatic control box body (41) is fixedly connected with port (42) and is fixedly connected with port (19) with the cabin body that ozone sterilization cabin body (11) is provided with by controlling casing above and is fixedly connected with; Autocontrol valve (44) takes off residual device (2) by the device connectivity port (43) that is provided with on both sides hatch door (12) and ozone-sterilizing device (1) and purifying and is formed and be connected.
6. the de-residual system of green purification of a kind of fresh beans according to claim 2 and goods, it is characterized in that: described system also comprises the support frame device (5) being located at ozone-sterilizing device (1) lower end, described support frame device (5) comprises bracing frame cabin body and is fixedly connected with port (51) and supporting frame (52); The bracing frame cabin body that support frame device (5) is provided with above is fixedly connected with port (51) and the cabin body be provided with on ozone sterilization cabin body (11) and is fixedly connected with port (19) and is formed and be connected.
7. the green of a kind of nut according to claim 1 purifies de-residual system, it is characterized in that: described ozone-sterilizing device (1) and the de-residual device (2) of purification can according to multiple device forms such as the spherical morphology needing employing vertical or horizontal of application, cylinder form, the barrel-shaped states of oval form and side.
8. the de-residual system of green purification of a kind of nut according to claim 1, is characterized in that: described ozone-sterilizing device (1), purification de-residual device (2), ozone supply device (3), automaton (4) and support frame device (5) can need employing stainless steel or fiberglass according to application or mould fat or synthetic fibers or other nonmetallic composite.
9. the de-residual system of green purification of a kind of nut according to claim 4, it is characterized in that: described system also comprises low temperature or high temperature wind regime, described low temperature or high temperature wind regime are connected with ozone supply transmit port (33).
10. the green purification of system described in the claims to nut takes off residual process, it is characterized in that, comprises the steps:
1) nut is put into low temperature, the precooling tank of enclosed sterile environment or the odor at low temperature aqueous solution of bucket to soak, make the plant temperature of nut be down to athermobiosis state fast;
2) ozone-sterilizing device (1) is placed in maybe can meet delay and control to contain in ozone water solution ozone ingredient breakdown, volatilization application needs low temperature environment;
3) be open at hatch door (15) on the body of cabin or both sides hatch door (12) and the purification be arranged on above the de-residual device (2) of purification and take off residual cabin body charging hatch door (25), gained nut step 1) being completed precooling program is placed in after purification takes off the inside of residual barrel cage (27) and closes ozone-sterilizing device (1), makes it be in the cryogenic seal state meeting application needs;
4) ozone supply device (3) is started, to being in low temperature that application needs, the purification of air-tight state takes off residual barrel cage (27) and injects that the frozen water that can meet application needs is critical or lower than the ozone water solution of normal temperature, the ozone concentration contained in its ozone water solution is as the criterion with its ozone concentration containing the residual detection setting value of microorganism, enzyme bacterium and medicine according to the quantity of the nut being seated in de-residual device (2) inside of purification;
5) start automaton (4) and control de-residual device (2) rotation of purification and rotating speed, the ozone composition contained in the odor at low temperature aqueous solution making the nut put in purification de-residual device (2) inside inner with the de-residual barrel cage (27) of purification fully contacts, and the quantity of the nut that rotating speed and rotation time are put according to de-residual barrel cage (27) inside of purification, specification and the reference value containing rotating speed that microorganism, virus and bacteria, medicament residue Testing index and the active function for inhibitory enzyme set and rotation time are as the criterion;
6) automaton (4) is started, control owing to purifying the gas generated after the inner ozone water solution of de-residual barrel cage (27) completes the de-residual program of purification to nut, by body upper end, cabin arrange row take a breath port (17) be released in ozone-sterilizing device (1) inside produce air pressure, its atmospheric pressure value is as the criterion with the amount of gas of the ozone ingredient breakdown contained in ozone water solution or reference value;
7) start automaton (4), impelled the lightweight fouling products such as the degreasing relic purifying de-residual program generation and swim in the nut above upper end blowdown port (28) water surface and impurity by the isolation drain outlet arranged between ozone-sterilizing device (1) and the de-residual device (2) of purification and discharged via lower end blowdown port (18); Impel heavy fouling product and the impurity of the impurity such as the earth being deposited on de-residual barrel cage (27) bottom of purification, discharged by the lower end blowdown port (29) arranged above at the discharging hatch door (26) of purification de-residual cabin body or via cabin body under blowdown port (18) discharge of body lower end, cabin that arranges above hatch door (16);
8) linker of ozone supply transmit port (33) that ozone supply device (3) arranges and low temperature or high temperature wind regime air-flow feedway is enabled in above, the nut put to de-residual barrel cage (27) inside of purification continues to input the low-temperature air source air-flow that can meet needed for fast dewatering application, completes the fast dewatering program of native system to Nut-Bearing Plants body;
9) hatch door (16) or both sides hatch door (12) under hatch door (15) and cabin body is opened on the cabin body be arranged on above ozone-sterilizing device (1), take out the nut having completed dehydration procedure in de-residual barrel cage (27) inside of purification, by its shift-in low temperature warehouse or packing shop for subsequent use;
10) start automaton (4) or application manual mode, remove the dirt impurity at ozone-sterilizing device (1) and de-residual device (2) internal residual of purification, complete the de-residual program of native system purification.
CN201610077435.5A 2016-02-04 2016-02-04 Green purifying and residue removing system for nuts and application of system Withdrawn CN105558754A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114704991A (en) * 2022-04-13 2022-07-05 沭阳益客食品有限公司 Freezing device and freezing method based on food freezing

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2276143Y (en) * 1996-09-12 1998-03-11 雷江旺 Multipurpose low temp. dewatering drying machinery
CN1820661A (en) * 2005-07-07 2006-08-23 广州瑞虹健康电器制品有限公司 Water saving type vegetable and fruit washing and sterilizing method and device

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2276143Y (en) * 1996-09-12 1998-03-11 雷江旺 Multipurpose low temp. dewatering drying machinery
CN1820661A (en) * 2005-07-07 2006-08-23 广州瑞虹健康电器制品有限公司 Water saving type vegetable and fruit washing and sterilizing method and device

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114704991A (en) * 2022-04-13 2022-07-05 沭阳益客食品有限公司 Freezing device and freezing method based on food freezing
CN114704991B (en) * 2022-04-13 2023-09-15 沭阳益客食品有限公司 Freezing device and freezing method based on food freezing

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Application publication date: 20160511