CN101163846A - Anti-fog refrigeration door and method of making the same - Google Patents
Anti-fog refrigeration door and method of making the same Download PDFInfo
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- CN101163846A CN101163846A CN 200580039612 CN200580039612A CN101163846A CN 101163846 A CN101163846 A CN 101163846A CN 200580039612 CN200580039612 CN 200580039612 CN 200580039612 A CN200580039612 A CN 200580039612A CN 101163846 A CN101163846 A CN 101163846A
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Abstract
The energy-free refrigeration door of the present application provides a way to control condensation when the door of a refrigeration unit is opened by providing thermal insulation to the door with glass panels which have a low emissivity coating. The door includes a door frame housing and an insulating glass unit comprising inner, middle and outer sheets of glass. A first sealant assembly disposed around the periphery of the inner and middle sheets of glass forms a first chamber between the inner and middle sheets of glass. A second sealant assembly disposed around the periphery of the middle and outer sheets of glass forms a second chamber between the middle and outer sheets of glass. A gas, such as krypton, air, or argon is held in the first and second chambers. The outer sheet of glass and inner sheet of glass each have an unexposed surface that faces the middle sheet of glass. A low emissivity coating is disposed on the unexposed surfaces of the inner and outer sheets of glass so that the glass door as a whole has a U value that prevents formation of condensation on the outer surface of the outer sheet of the glass door, without the application of electricity to heat the door, while also providing the desired evaporation rate of condensation from the inner side of the inner sheet of the glass door. An anti-fog or anti-frost coating may be included on a surface of one of the sheets of glass.
Description
Patent application of the present invention requires the priority of U.S. Provisional Patent Application No.60/610964 that submitted on September 20th, 2004 and the U.S. Provisional Patent Application No.60/700308 that submitted on July 19th, 2005, and both are combined in this in full and draw reference as patent application of the present invention.
Technical field
The present invention relates generally to cold sotrage door, heat-protecting glass unit and refrigerating system, and more particularly, relates to antifog or frost prevention does not have the energy consumption cold sotrage door, and it provides the transmission of visible light of condensation control, thermal insulation and desired amount.More particularly, cold sotrage door of the present invention is realized the feature of these expectations in the following manner, promptly is coated with low-emissivity coating and not electrical heating door and by coating antifog/anti-fog coatings or film.In this application, term " cold sotrage door " is meant the door that is used for refrigerator, refrigerator and similar units and cupboard.In addition, for the application, term " no energy consumption " (as no energy consumption cold sotrage door) is meant that electricity need not to be applied to glass, with heating glass." antifog " and " frost prevention " refers to such coating or film, and it reduces or eliminates clearance time (clearing time) for cold sotrage door, heat-protecting glass unit (IGU) or other article described herein.
Background technology
Their full text of all United States Patent (USP)s mentioned herein and U.S. Patent Application Publication document is in conjunction with being hereby incorporated by reference.In the situation of conflict, comprise that this manual of definition will be the master.
The cold sotrage door that is used for commercial refrigerator, refrigerator etc. is made of glass usually, sees the product that is placed in wherein to allow client, sells thereby need not to open door.Yet when in formation condensation on glass (referring to " hazing " sometimes), client can't see that with identification product wherein, this angle from client and storekeeper or retailer does not wish to take place by door.The formation of frost has similar problem.
Aqueous vapor condensation on the outside of glass cold sotrage door, this is because owing to refrigerator causes the surface temperature in the outside of glass to be reduced under the environment temperature in shop to the refrigeration of refrigerator or refrigerator inside.When the temperature on the surface of glass drops under the dew point of the air in the shop, aqueous vapor condensation on the surface of glass.In addition, when door was opened in a humid environment, the inner glass sheet material that forms the inboard of door also was exposed to the surrounding air in shop at once, and also can form condensation on the inboard of door.Also occur condensation on the inboard of glass door, this is because the temperature of the inboard of glass door is lower than the dew point of its environment shop air that is exposed to.
As previously mentioned, can stop client to see product clearly for the condensate on glass of frost, to sell by glass door.Therefore, when condensate or frost occurring on glass door, client must finish and open this loaded down with trivial details operation of cold sotrage door with identification article wherein, and this is unpractical for the shop with a large amount of refrigerators or refrigerator.Opening every refrigeration door is loaded down with trivial details and time-consuming for client not only, and the retailer is not wished so yet, because the remarkable like this energy consumption that has increased retailer's refrigerator and refrigerator, thereby caused retailer's higher cost aspect energy.
Have various industry performance standard, wherein cold sotrage door must meet their requirement, so that approval.In the U.S., most industry requirement cold sotrage doors (non-refrigerator doors) (when using in the environment of internal temperature 40F), prevent external condensation at the external temperature with Fahrenheit 80 degree (80F), 60% outside relative humidity and negative 40 degree of Fahrenheit.There is different requirements in other country.
As well known in the art, traditional cold sotrage door comprises the heat-protecting glass unit (IGU) that is contained in the doorframe.IGU in the cold sotrage door comprises two or three glass sheets substantially, at their periphery by the black box sealing that is called as banding substantially.In the IGU that comprises three glass sheets, between described three glass sheets, form two heat-insulating rooms.In the IGU that comprises two glass sheets, form single heat-insulating room.Substantially, the IGU that is used for refrigerator is made of two glass sheets, and is used for three glass sheets of IGU employing of refrigerator.After sealed, described each chamber is full of usually such as the inert gas of argon gas, krypton gas or other gas that is fit to, to improve the thermal property of IGU.
Most of traditional prevent from or reduce in the cold sotrage door method of condensation to relate to by on one or more glass surfaces of IGU, conductive coating being set and provide energy, with electrically heated glass to described door.The temperature that the purpose of heating glass is to keep glass is higher than the dew point of the warmer surrounding air in shop.Make it be higher than dew point by heating glass, prevent condensation and frost that the generation on glass in door is not expected, thereby can clearly see through the inside that glass is observed refrigerated compartment.
In the door that is made of three-layer type IGU, the unexposed surface-coated of one or two glass sheet has conductive material.Described conductive coating is connected to power supply by two buss or other the electric connector on the opposite edge that is installed in glass.Along with electric current passes through coating, coating heating, thereby heating glass sheet material are to provide the surface of frozen-free.Coating on the IGU of cold sotrage door is coated to the unexposed surface of outermost glass sheet material usually.Yet, because sometimes on the inboard of glass inner side sheet material, form condensation, so the unexposed surface of inner glass sheet material is also coated, so that heating, thereby prevent condensation.
The traditional heated type cold sotrage door of these of prior art has a plurality of shortcomings and problem.At first, heated door causes cost of energy to be higher than and exceeds the cost of energy of cooling system.In standard-sized commercial refrigerator, the additional cost of heating refrigerator door is sizable ,-based on present electricity rates, this additional cost can be that each refrigerator is annual or more.Consider that many shops use a plurality of refrigerators, and some supermarket and other food retailer are used up to a hundred refrigerators, the cost of energy of the accumulation relevant with this heated type refrigerator door is appreciable.
The second, will be transferred to refrigerated compartment from the too much heat of traditional heated type cold sotrage door, on cooling system, caused additional burden, this causes higher cost of energy.The 3rd, if it is too low to be supplied to an electric energy that is used to heat, then power supply output is closed or is interrupted, and will form condensate and/or frost on glass.If power consumption is too high, then will cause unnecessary additional cost of energy.These problems occur in order to reduce, this heated type glass door needs the accurate control of a heating system usually.Accurate control for necessity of realizing a heating system needs electric control system, and this has caused the increase of design and manufacturing cost, and operation and maintenance cost significantly.
The 4th, these electrical heating type glass doors can work the mischief to client's safety, and can bring the potential danger of debt and exposure for retailer and cold storage plant manufacturer.The voltage that puts on the glass door coating is roughly 115 volts of AC.Client's employed shopping cart in the shop is heavy and be metal.If the shopping cart bump also destroys glass door, then electric current may conduct to client by shopping cart, and this will cause client to be subjected to serious injury even death.
U.S. Patent No. 5852284 and No.6148563 disclose voltage have been applied to the glass that is coated with conductive coating (it can be a low-emissivity coating), are condensate in the formation on the outer surface of glass door with control.Conductive coating such as low-emissivity coating provides resistance, and it produces heat; The thermal characteristic of expectation also is provided simultaneously.Yet disclosed cold sotrage door has aforesaid drawbacks and the problem relevant with all electrical heating type cold sotrage doors in these patents.Glass unit, door, refrigerating unit etc. are also disclosed in U.S. Patent No. 6367223, No.6606832 and No.6606833.As what point out, these and other United States Patent (USP) and patent application are in full in conjunction with incorporated by reference in this application.
Except being used for conduction, this low-emissivity coating has been employed as another measure that is used to reduce condensation on the cold sotrage door.Especially, the insulation value (" R value ") of increase glass and minimizing are that low radiation (low E) coating is applied to glass from a kind of method of the thermal loss of refrigerated compartment.Low E coating be deposited on micro-level on the glass surface thin, sightless in fact metal or metal oxide layer, with by suppressing to reduce emissivity by the radiant heat flux of glass.Emissivity is the ratio by black matrix or surface amount of radiation of sending and the theoretical amount of radiation of being predicted by Planck law.Term " emissivity " is meant the emissivity values that records according to U.S.'s test and materialogy meeting (ASTM) standard in infra-red range.Emissivity utilizes the radiometry device measured, and is reported as hemispherical radiation rate (hemispherical emissivity) and standard emissivity (normal emissivity).Emissivity shows the percentage by the long infrared wavelength radiation of coating emission.Lower emissivity shows that less heat will be via the glass transmission.Therefore, the emissivity of glass sheet or IGU influences the thermal conductivity (" U value ") of insulation value and glass or the IGU of glass or IGU.The U value of glass sheet or IGU and its R value are inversely proportional to.
In multiple field IGU, the emissivity of IGU, the combined radiation rate that promptly forms each glass sheet of described IGU can multiply each other by the emissivity with all glass sheets together and be estimated.For example, in two-layer IGU, wherein each glass sheet has 0.5 emissivity, and total emissivity will be 0.5 to multiply by 0.5 or be 0.25.
Although being coated to, low E coating needs and do not need IGU used in the cold sotrage door of electrical heating door, but this coating and IGU are not suitable for controlling condensation and provide required thermal insulation in wide temperature range and following environment, in described environment, utilized this cold sotrage door, and need not to apply electricity with heated door.More particularly, although used this low E coating, not heated cold sotrage door can't be provided at the condensation control in such application, and in described application, the internal temperature of refrigerated compartment roughly is near or below freezing point.
And traditional antifog/anti-fog coatings, film etc. and the method that is coated with them also have limitation.For example, film can still allow to form water droplet, and it looks like mist and dim scene.Equally, of short duration water retting with or repeatedly the cleaning after, often lose antifog characteristic.And, the known antifog article that works by absorption condensation saturable and losing efficacy under very moist state, this to small part be because the swelling state of their height.Equally, these goods can easily abrade or make dirty, and are not enough to stand or resist common solvent.In addition, traditional antifog article can have common coating problem, for example drip, trickle, catch dust and chemical crackle.
Thereby although can adopt the cold sotrage door of electrical heating type and low-emissivity coating and can adopt antifog and frost prevention goods for example film and coating, cold sotrage door still needs: (1) provides necessary condensation control and thermal insulation in wide temperature and environmental field; (2) has the transmission of visible light of desired amount; (3) avoid the too much burden of unnecessary cost of energy and cooling system with the demand of heated door by reducing the supply electric energy; (4) need not costliness and complicated electric control system, thus miniaturized design, manufacturing, operation and maintenance cost; And (5) can not bring safety hazard and manufacturer and retailer brought and be in debt and the potential danger of exposure client, and otherwise overcome or reduce above-mentioned problem.
Summary of the invention
The objective of the invention is to overcome above-mentioned defective of the prior art, this is by realizing for no energy consumption cold sotrage door provides the transmission of visible light of condensation control, thermal insulation and desired amount.
Another object of the present invention provides a kind of cold sotrage door, and it does not utilize electric energy to reduce condensation on glass.
Another object of the present invention provides a kind of cold sotrage door, and it controls condensation, and not to refrigerator or a large amount of heats of refrigerator inside transmission, thereby also cooling system is not further caused burden and do not increase cost of energy.
Another object of the present invention provides the cold sotrage door that a kind of controlled refrigeration is coagulated, its with the cold sotrage door of prior art compare with system be more prone to and make more economically, operation and maintenance.
Another object of the present invention provides the cold sotrage door that a kind of controlled refrigeration is coagulated, and it is more prone to design, operation and maintenance.
Another object of the present invention provides the manufacture method of the cold sotrage door that a kind of controlled refrigeration coagulates, and it does not utilize the electric energy heating glass, with the control condensation.
Another object of the present invention provides the cold sotrage door that has less than 0.04 emissivity.
Another object of the present invention provides the cold sotrage door with about 0.0025 emissivity.
Another object of the present invention provides the cold sotrage door that has less than the U value of 0.2BTU/hr-sq ft-F.
Another object of the present invention provides the cold sotrage door of the U value with about 0.16BTU/hr-sq ft-F.
Another object of the present invention provides the cold sotrage door with additional antifog and anti-fog characteristics, and wherein said antifog and anti-fog characteristics is decreased to zero or near zero with clearance time.
Other purpose comprises antifog or anti-fog coatings or the film that is provided in the cold sotrage door, and the refrigerating system and the IGU that comprise this film on substrate surface.
The present invention realizes these purposes and other purpose by the method etc. that no energy consumption cold sotrage door is provided and makes it.On the one hand, the present invention includes the door frame that holds the heat-protecting glass unit, wherein said heat-protecting glass unit comprises glass inner side sheet material, the middle sheet material of glass and glass outer side sheet material.First black box of settling around the periphery of glass inner side sheet material and the middle sheet material of glass is forming first Room between the sheet material in the middle of glass inner side sheet material and the glass.Second black box of settling around the periphery of middle sheet material of glass and glass outer side sheet material is forming second Room between sheet material and the glass outer side sheet material in the middle of the glass.Be maintained at described first and second indoor such as the gas of krypton gas, air or argon gas.Glass outer side sheet material and glass inner side sheet material have unexposed surface respectively, and it is towards the middle sheet material of glass.Low-emissivity coating is arranged on the unexposed surface of glass inner side sheet material and glass outer side sheet material, thereby glass door integral body has such U value, condensation forms on the outer surface of the glass outer side sheet material of its prevention door, and need not apply electricity to heat described door, the evaporation rate of the expectation of condensate also is provided from the inboard of the glass outer side sheet material of described door simultaneously.Antifog/anti-fog coatings or film are arranged on the surface of a glass sheet, on the surface of the exposure of preferred inboard sheet material.
In one aspect, the present invention also provides novel antifog/anti-fog coatings.
Antifog/anti-fog coatings is used in the various application, heat-protecting glass unit for example comprises that those have the unit of multilayer, are used to freeze and the refrigeration of refrigerated display case and cold sotrage door, Vehicular reflector, special epi mirror, sauna bath, vaporium, shower doors, ticket window, bathroom window, bathroom mirror, outer cooling unit and be exposed to high humility or any other application of the refrigerator of rainwater and expectation frost prevention or antifogging coating/film.Thereby, although of the present invention antifog/anti-fog coatings is preferred for not having energy consumption refrigeration and cold sotrage door, they also are suitable for various other uses, and comprises that energy is applied to its door, for example electrically heated.
With reference to accompanying drawing, below describe structure and the operation of other characteristics of the present invention and advantage and different embodiment of the present invention in detail.
Description of drawings
The accompanying drawing that is combined in this and forms the application's part shows different embodiment of the present invention, and with manual, also is used to principle of the present invention is described, and makes those skilled in the art adopt and use the present invention.In the accompanying drawings, identical Reference numeral is represented identical or intimate element.
To easily obtain of the present invention more fully understand with and a plurality of bonus, this is because by will better understanding them with reference to the following detailed description referring to accompanying drawing, wherein:
Fig. 1 shows the refrigerating system of employing according to the embodiment of the invention;
Fig. 2 shows according to cold sotrage door of the present invention;
Fig. 3 shows the partial sectional view according to cold sotrage door of the present invention;
Fig. 4 shows the partial sectional view according to cold sotrage door of the present invention.
The specific embodiment
In the following description, for explanation and unrestriced purpose, concrete details has been proposed, the method for the quantity of the thickness of for example specific coating, coating process, sheet material and film, black box, sheet material, sheet material spacing and door assembly etc., thus provide for thorough understanding of the present invention.Yet, be clear that for those skilled in the art the present invention can implement with other embodiment that breaks away from these details.Omitted the explanation of the method for known coating, coating process, black box and door assembly, thereby do not made explanation of the present invention unclear.For the purpose of illustrating the invention, such as outside, inner, the outside and inboard term are that basis is illustrated by the perspective direction of the inboard of refrigerator or refrigerated compartment, just as shown in drawings.
Test and computer model illustrate, as mentioned above under the performance requirement of U.S.'s industry, at the U value (thermal conductivity of glass) of the about 0.2BTU/hr-sq ft-F of cold sotrage door needs, with the condensation on the outside that prevents glass.Yet as described, when door was opened, condensation can be formed on the inboard of glass inner side sheet material of door, and this is because the temperature of the inner surface of sheet material is lower than the dew point of moist environment shop air more that described inner surface is exposed to.Yet after door is closed, along with the aqueous vapor evaporation enters in refrigerator or the refrigerated compartment, condensation will be dissipated.
Condensation appear at the door inboard the time, the article of refrigerator or refrigerator not by the door not as seen.Therefore, evaporation rate, its time (being also referred to as " clearance time ") length of determining that condensation occurs are important design standards.The heat of inner surface that is passed to glass door by glass door is many more, and then condensation evaporation must be just fast more on the inboard of door.Yet, also caused the cost of energy of the increase of cooling system via the heat transmission of the increase of door.Thereby, the best U value of glass door is determined by a plurality of factors, comprises internal-external temperature difference, thickness of glass, spacing, the absorption coefficient of the far infrared spectrum of quantity, spacer block material, ambient humidity, the coating of used gas, sheet material and the expected time of condensation evaporation in the chamber of IGU.In addition, also in design, consider with selected parts (being gas, black box, glass etc.), cost of energy and other factors cost related.The preferred embodiment of the following stated provides the U value of 0.16BTU/hr-sq ft-F, and the condensation that it prevents on the outside of door allows enough heats to see through door from external environment simultaneously, is reasonably evaporating in the time quantum with the condensate on the inboard that allows door.Some refrigerating system manufacturer requirement, condensate evaporated in a few minutes, and some other requirement, evaporation in a minute.In optional embodiment, the U value can be substantially equal to or less than 0.16BTU/hr-sqft-F.The required time of condensate evaporative will change according to following factor, promptly the time quantum, the humidity in the shop, refrigerating system cabin temperature, refrigerating system article opened of door, by heat (it depends on the U value) and other factors that door transmitted.
In an embodiment of the present invention, as shown in Figure 1, refrigerating system 5 comprises a plurality of transparent cold sotrage doors 10, they each have handle 11.As following more in detail as described in, each cold sotrage door 10 comprises the IGU 50 that is installed in the framework 55.The inside of refrigerating system comprises a plurality of shelves 6, and they are used to keep commodity to pass through door as seen.Referring to Fig. 2, the cold sotrage door 10 of present embodiment is mounted to the opening of refrigerating system by hinge, and wherein said hinge allows door outwards to open.
As mentioned above, cold sotrage door 10 comprises the IGU 50 that is contained in the framework 55.As shown in Figure 3, IGU 50 comprises glass outer side sheet material 60, the middle sheet material 65 of glass and glass inner side sheet material 70.IGU 50 is contained in the framework 55, and comprises first black box 90, and the periphery of its outer surface of sheet material 65 in the middle of the inner surface 60 of outside sheet material 60 and the glass extends, to limit roughly airtight sealing, heat insulation mistress 92.Similarly, the periphery of second seal 95 inner surface of sheet material 65 in the middle of the outer surface 72 of glass inner side sheet material 70 and the glass extends, to limit roughly airtight sealing, heat insulation inner room 94.
The outer surface 61 of glass outer side sheet material 60 is positioned to contiguous external environment 7.In other words, the outer surface 61 of outside sheet material 60 is exposed to the environment that refrigerator or refrigerator are positioned at.The inner surface 62 of outside sheet material 60 has formed a part of mistress 92, and is exposed to it.
In this preferred embodiment, 1/60th 8 inch of outside sheet material is thick, and by temper, and the inner surface 62 of outside sheet material 60 is coated with low-emissivity coating 63.Especially, in this embodiment, low E coating is the low E coating that sputter applies, and it comprises that superhard titanium oxide as basic unit is to guarantee high level thermal property and high visible light transmissivity.The glass that this specific sputter applies by tempering, and provides the high visible light transmission and levels of hue is not high after applying.The outer surface 61 of outside sheet material 60 is not coated.In this embodiment, outside sheet material 60 can (and unrestricted) be a Comfort Ti-PS glass sheet for example, and its thickness is 1/8th inches, and by AFG Ind Inc.'s manufacturing of Tennessee state Kingsport, having provides the lowE of 0.05 emissivity coating.As well known in the art, Comfort Ti-PS before being integrated into IGU 50, be cut to suitable dimensions, by temper and by edge treated.Being not limited at the low-E of this indication glass is the product of above-mentioned concrete name, and can be any suitable low E glass, includes but not limited to (pyrolytic coated) the low E glass that applies with thermal decomposition that sputter applies.
Glass inner side sheet material 70 is positioned to the inside of contiguous refrigerator or refrigerated compartment 9, and the inner surface 71 of described glass inner side sheet material is exposed to the inside in cabin 9.The outer surface 72 of inboard sheet material 70 forms the part of inner room 94, and is exposed to it.The outer surface 72 of glass inner side sheet material 70 also is coated with low-emissivity coating 73.In this embodiment, the coating 73 on the outer surface 72 of inboard sheet material 70 is with identical as mentioned above at the coating 63 on the inner surface 62 of outside sheet material 60.In a preferred embodiment, be coated with antifog on the inner surface 71 or anti-fog coatings or film 75, the clearance time that it has significantly reduced in the process of unit operations preferably is decreased to zero (that is, visible mist not occurring) in fact.
Preferred antifogging coating or film comprise the Vistex from FilmSpecialties company well-known in the art
And Visgard
Antifog film.These films can comprise the optical adhesive on the opposite side, so that install.For example, Vistex comprises that the optically transparent adhesive that utilizes on the opposition side is solidificated in the condensate on the transparent polyester film.Vistex and Visgard
Can purchasedly be plastic foil or liquid.These films are eliminated in all temperature-moisture conditions and are hazed.And, prevent that mist and condensate from forming, even in refrigerator or refrigerator door supported period of opening prolongation, for example in the process that restocks.After of short duration water retting or repeated cleaning, do not lose anti-mist characteristic, under very moist state, coating also unsaturated or inefficacy, for example those goods that work by absorption condensation.Employed in the present invention preferred antifog film is hydrophilic, thus aqueous vapor lamella expansion invisibly on the surface of coating, rather than form the water droplet that looks like mist and dim scene.And preferred film is a scratch-resistant, and comprises the acryloid cement on the opposition side.Adhesive is the sort of type of using usually on solar control film, and allows film to be coated to any smooth or columnar surface.Adhesive system can be pressure-sensitive or unsticking (detackified) pressure-sensitive, the two optical clear.Can use different film thicknesses, and those skilled in the art will easily determine the suitable thickness at required application.Preferred thickness is 4mil.Film can utilize squeegee to be installed on the glass surface.
Preferred film is based on the permanent anti-fog or the anti-fog film of hydrophilic polymeric body technique.Antifog/anti-fog coatings is operated in the following manner, promptly reduces the surface tension of water, makes the condensate lamella launch simultaneously, thereby eliminates under all temperature and humidity states and haze.Preferred coating is than a large amount of more drawbacks of handling of most untreated plastics tolerances.Appear at slight galled spots in the antifog film when being exposed to aqueous vapor in fact with self-regeneration.And, the chemoresistance that preferred coating has high level, and will tolerate solvent such as isopropyl alcohol, toluene or acetone, thereby protect base material to avoid nip.Where necessary, can use common glass cleaner.
Preferred film is insoluble in water, and opposite with other antifogging coating well-known in the art, will not make dirty or dissolve when moistening.Preferred film solidifies under controlled state, thereby has eliminated common coating problem, for example drip, the dust that trickles, catches and chemical crackle.And film has increased the scratch repellence and has resisted cracked measure for the glass that it was applied to.Adhesive is junction of glass or any plastics, even processed to resist abrasive hard surface.
Utilization is suitable for using some known antifog and anti-fog film/coating in embodiments of the present invention, and the primer of curing was coated to glass before being coated with antifog or anti-fog film.Traditional coating Visgard
, can be from Film Specialities company known and buy 100: 40 the mixing match that comprises " part A " and " part B " chemicals as mentioned above.Visgard
The part A composition comprises diacetone alcohol (diacetone alcohol) (46%), N-methyl pyrrolidone (N-methyl Pyrrolidone) (4%), the tert-butyl alcohol (t-butanol) (4%), Cyclohexane (8%), 2, the 4-pentanedione (2,4-pentanedione) (6%) and Aromatic150 (2%).Visgard
Part B composition comprises PIC (polyisocyanate) (66%), free monomer isocyanates (free monomericisocyanate) (1%), dimethylbenzene (xylene) (11%), n-butyl acetate (n-butylacetate) (11%) and toluene (toluene) (11%).As indicated, Visgard
Part A and part B composition are easily obtained by the public.In addition, known film comprises additional solvent substantially, and for example diacetone alcohol of additional amount and the tert-butyl alcohol (tertiary butylalcohol) are so that the diluted mixture thing.And the technology of making known film often comprises two independent coating steps of needs and two cure cycles.Hardening time, temperature and method can have remarkable influence for antifog and anti-fog characteristics.For example, overcuring will significantly reduce these characteristics.Forced convection is the slowest method, and more may cause the thin skin (thin-skin) of overcuring coating, simultaneously antifog and/or anti-fog characteristics is caused damage.Emittance is to avoid the quick and high-efficiency method of overcuring.
In U.S. Patent No. 4467073, No.5262475 and No.5877254 and U.S. Patent Application Publication document US 2003/0205059A1, US2005/0064101, US2005/0064173 and US2005/0100730, disclose some suitable coating compounds, film and they aspect, they are combined in this in full and draw the reference of making present patent application.Provide sufficient guiding at these and other patent that this proposed and application for patent and manual for those skilled in the art, easily to implement the present invention.
Yet the present invention also provides novel antifog and anti-fog coatings/film, and it has above the above-mentioned and improved characteristic of other known film.The present invention also provides the technology of the novelty of making and be coated with this film that has improved.For example, finding surprisingly, is the antifog and frost prevention result that the part A of ratio and the mixture of part B chemicals (above-mentioned relevant with Visgrad ) have produced above the raising of known film with the part A and the part B of about 25 to 45 units of 100 units roughly.The part B composition (it is used as hardener) of the low amount in above-mentioned scope has improved the anti-fog characteristics of film, has kept resistance to marring simultaneously.Use the part B composition of higher percent can obtain good anti-mist characteristic.In a preferred embodiment, ratio is the part A composition of about 100 units becomes branch with the part B of about 30 to 33 units ratio.In particularly preferred embodiment, ratio is the part A of about 100 units and the ratio of the part B of about 30 units.
Also find surprisingly, eliminate and use additional solvent, for example additional diacetone alcohol and the tert-butyl alcohol (eliminating additional diacetone alcohol especially) to improve antifog and/or anti-fog properties.Eliminate these solvents and improved anti-fog properties especially.Yet, add at least a such solvent, the tert-butyl alcohol has been found that and do not hinder anti-fog properties.In addition, in an embodiment of the present invention, the primer that is included in the curing in the aforementioned known film substantially is eliminated in the following manner, promptly is added into antifog/frost prevention mixture with the silane pretreatment glass substrate and with different silane.For example, silane pretreatment can help polymer coatings adhering to substrate under the extreme chemical state or under long-term moist dipping.In a preferred embodiment, the silane that is added into mixture is 3-glycidoxypropyl trimethoxysilane (3-glycidoxypropyl trimethoxysilane).Find surprisingly, comprise that this silane has increased wear resistence (being resistance to marring), and promoted bonding and against weather.The 3-glycidoxypropyl trimethoxysilane also promotes yellow (yellowing) film unlike some silane.In a preferred embodiment, the amount that the 3-glycidoxypropyl trimethoxysilane exists is about 1% to about 8%, more preferably is about 6%.Other silane additives also can be used and have similar effects.And additive that other is suitable and primer are such, and promptly they can promote polyurethane with bonding such as the inorganic constituents of glass.These materials include but not limited to have at glass the condensate of affinity.
The present invention also provides the technology of making and be coated with the novelty of above-mentioned film.In one aspect, the invention provides such method, wherein, the coating step can be reduced to single coating and single cure cycle.For other advantage, this has reduced the chance of the execution of overcuring.In addition, in an embodiment of the present invention, coating or film are to utilize curtain coater applied.Adjust, preventing Reynolds number excessive in the curtain, thereby avoid half turbulent flow and turbulent condition.For example, in an embodiment, standard weir type curtain coater (standard weir-type curtain coater) is adjustable to provide the laminar flow of expectation.This adjustment can comprise the size of restriction slice lip (weir lip), to prevent half turbulent condition.
In optional embodiment, substrate, preferred glass can be used silane (preferred SilquestA-1106 aminoalkyl silicone (amino alkyl silicone)) preliminary treatment, and be moistening and bonding to promote.Silane by mixing about 1% in the washings of glass cleaning machine is used specific silane.This technology has been eliminated more needed additional step in the technology of prior art.Thereby, although some antifog and anti-fog coatings or film are known, and can be used in combination with others of the present invention described herein, the present invention also provides novel frost prevention and antifogging coating/film, they have being seen those improved feature before surpassing in the art, and the technology of making and be coated with their novelty is provided.In an embodiment, the invention provides so antifog and anti-fog film/coating, they have the proportioning (as mentioned above) of the adjustment of part A and part B chemicals in the mixture; And provide the coating/film that does not comprise the specific solvent that is used usually.And in an embodiment of the present invention, the characteristic of film can be modified by adjusting cure cycle.Substrate also can be pretreated moistening and bonding to promote.
Thereby, in one aspect in, the invention provides such condensate synthetic, its dry or solidify after have characteristic antifog and frost prevention formation.In a preferred embodiment, synthetic comprises about 100: 40 chemical mixing of part A and part B chemicals than (said), and does not comprise the primer of the solvent, thinner or the curing that are applied to glass substrate.In optional embodiment, mixture comprises silane, preferred 3-glycidoxypropyl trimethoxysilane.Preferred synthetic promotes resistance to marring, bonding and against weather.
On the other hand, the invention provides such cold sotrage door, it comprises roughly transparent substrate, have antifog or anti-fog coatings at least a portion of described substrate, this part of described substrate does not significantly haze or frosting in following situation the time, promptly this part has the initial surface temperature, and is exposed to then moist surrounding air a period of time, and wherein dewpoint temperature is equal to or higher than surface temperature.Described surface temperature can be lower than about 0 ℃, and can be as big as during this period of time 6 seconds or bigger.
The present invention also provides the method for making the cold sotrage door with roughly transparent substrate, and this method is included at least a portion of substrate and forms antifog or anti-fog coatings described herein, and wherein substrate is the part of cold sotrage door, perhaps be used to make cold sotrage door.In one embodiment, this method comprises that mixing portion A and part B chemicals to form mixture, are applied at least a portion of described substrate with this mixture, and solidify this substrate.The present invention also provides IGU, and it comprises substrate, as said, has antifog or anti-fog coatings at least a portion of described substrate; The cold sotrage door that comprises this IGU; The refrigerating system that comprises described cold sotrage door.And, in other embodiments, the invention provides such cold sotrage door, it comprises roughly transparent substrate, on at least a portion of described substrate, has coating, be exposed in the environment of about 25 ℃ temperature maximumly to 12 seconds or when bigger in this part that remains on approximately-28 ℃ temperature, described coating stops the condensation of water on this part.The prevention of this condensing drip has caused stoping mist or the frost that forms scattered light.
In the embodiment shown in fig. 3, inboard sheet material 70 for example can also be (but being not limited to) Comfort Ti-PS sheet material, and its thickness is 1/8th inches, is made by AFG Ind Inc., has desired characteristics and coating.
In this illustrative examples, chamber 92 and 94 the two be full of air.In optional embodiment, each chamber can be full of same or different gases, and described chamber can be full of krypton gas, argon gas or other suitable gas.
The preferably warm limit of the black box 90,95 of present embodiment seal." warm limit " is used to illustrate the heat-protecting glass black box, and it is compared with seal assembly with traditional aluminium spacer block and reduces thermal loss better.Each black box 90,95 of this embodiment comprises spacer block and the desiccant of itself, and it has replaced the demand of independent sealant, metal spacer block and desiccant; And rate of heat exchange (being called as the K value sometimes) with 0.84Btu/hr-ft-F.Black box the 90, the 95th in this embodiment, Compound Extrusion shaping thing, it comprises following combination, i.e. polyisobutene sealant (polyisobutylenesealant), hot melt butyl sealant (hot melt butyl sealant), desiccant matrix, rubber sheet gasket and evaporation shield body (vapor barrier).Such suitable black box is by Beachwood, the TruSeal technology company produce and market of Ohio, and its commodity are called " Comfort Seal ".
Referring to Fig. 3, show IGU 50.IGU 50 comprises glass sheet 60,65 and 70, and they are integrated by black box 90 and 95.IGU 50 is installed in the framework 55 well known to a person skilled in the art any suitable manner.Framework 55 is that for example aluminium, glass fiber or other material of extrusion molding are made by the plastics of extrusion molding or other suitable known frame material.In optional embodiment, if framework 55 is to be formed by aluminium or other material, then door need be along its edge heating, with near the condensation control the edge of guaranteeing door.
Referring to Fig. 1, show refrigerating system 5.Door frame 55 is connected to refrigerated compartment 8 with any suitable manner well known in the art, and for example simple gate band andgudgeon chain, many hinges or groove are so that sliding door opens and closes.In addition, framework can comprise door handle 11 or be suitable for other suitable operation utensil among the application.It can be any system that is used to cool off the cabin that door 10 forms its a part of refrigerating system 5, and for example disclosed such among the US patent application publication No.6148563, it is in conjunction with being hereby incorporated by reference.
Above preferred embodiment provides the cold sotrage door of the U value (and emissivity 0.0025) with 0.16BTU/hr-sq ft-F, and it has been found and has been applicable to that the refrigerator door that requires above-mentioned performance standard at U.S.'s industry defined uses.0.16BTU/hr-sqff-F the U value allow cold sotrage door easily to satisfy desired performance standard, also allow enough heats to see through door and external environment simultaneously, be formed on the condensate on the inboard of door with evaporation in rational time period.In addition, preferred embodiment provides 66 (66%) percent transmission of visible light.In above preferred embodiment, wherein this embodiment comprise described antifog/anti-fog coatings or film, do not observe on glass that mist forms or frost forms.
As substituting for Comfort Ti-PS glass, can use other low E coated glass, for example, Comfort Ti-R, Comfort Ti-AC, Comfort Ti-RTC and Comfort Ti-ACTC, they all can be available from AFG Ind Inc., they are titanium oxide/money base low E coated glass of being made by AFG Ind Inc. as Comfort Ti-PS.The glass of another kind of adequate types is Comfort E2, and it utilizes thermal decomposition process coated, and is the tin oxide low E coated glass of mixing fluorine, and thickness is 1/8th inches, and it is to be made by AFG Ind Inc..Comfort E2 is owing to its higher emissivity is suitable for some also undemanding performance standards.Be not limited to the goods of above-mentioned concrete title at the low-E of this indication glass, and can be any suitable low E glass, include but not limited to, above-mentioned point out and low E glass that other sputter applies applies with thermal decomposition.
The U value of cold sotrage door 10 is to determine that by a plurality of design factors these factors comprise the number of sheets of glass, the thickness of sheet material, emissivity, the spacing between the sheet material and the indoor gas of IGU.In the three-layer type cold sotrage door 10 of above preferred embodiment, use air as remaining on indoor gas, realized the U value of 0.16BTU/hr-sq ft-F, 1/8th inches thickness of glass, 1/2nd inches spacing and 0.0025 IGU emissivity on all sheet materials.Then, each these factor can change, and this has caused the value of multiple arrangement, and they can be combined, so that same U value to be provided.In addition, the U value that other application need is less or bigger, this depends on environment, cost restriction and other demand and consideration.
Finished repeatedly computer simulation, the scope that is combined in the value of each the different design parameters in the different arrangements with utilization is identified for the U value of a plurality of IGU in the cold sotrage door 10.Following table comprises at a plurality of three-layer type IGU structure Design parameters and the corresponding U value that calculates.Except design parameters listed in table 1, the U value calculated value of all three-layer type IGU is calculated under these circumstances, thick 1/8th inches of promptly every sheet material, and all both sides of three layers are applied by low E.The performance number that the not appreciable impact of tempering of glass is calculated.And, according to of the present invention antifog/these values of not appreciable impact of increase of anti-fog coatings or film.
Table 1
| Spacing between each sheet material (inch) | Indoor gas | The type of coating | The emissivity of IGU | U value (Btu/ hr-sq ft-F) |
| 1/2 | Air | Ti-PS | 0.0025 | 0.16 |
| 5/16 | Air | Ti-PS | 0.0025 | 0.22 |
| 1/2 | Argon gas | Ti-PS | 0.0025 | 0.12 |
| 5/16 | Argon gas | Ti-PS | 0.0025 | 0.17 |
| 1/2 | Krypton gas | Ti-PS | 0.0025 | 0.11 |
| 5/16 | Krypton gas | Ti-PS | 0.0025 | 0.11 |
| 1/2 | Air | CE2 | 0.04 | 0.20 |
| 5/16 | Air | CE2 | 0.04 | 0.26 |
| 1/2 | Argon gas | CE2 | 0.04 | 0.17 |
| 5/16 | Argon gas | CE2 | 0.04 | 0.21 |
| 1/2 | Krypton gas | CE2 | 0.04 | 0.15 |
| 5/16 | Krypton gas | CE2 | 0.04 | 0.15 |
In this included each table, " Ti-PS " refers to the low E coating of the Comfort Ti-PS glass of AFG Ind Inc., and " CE2 " refer to the low E coating of the Comfort E2 glass of AFG Ind Inc., and both as mentioned above.In addition, the U value in each table is calculated as " center of glass " value, because computer simulation can't be considered black box.Thereby, in table, do not list black box data or design standard.
In optional two-layer embodiment of the present invention shown in Figure 4, IGU 50 comprises glass outer side sheet material 60 and glass inner side sheet material 70, framework 55 and black box 90.In this two-layer embodiment, the two thickness of outside sheet material 60 and inboard sheet material 70 is 1/8th inches, and comprises same as described in the first embodiment low E coating, and it is titania based silver-colored low E coating.In addition, for example, the two can be the glass sheet of Comfort Ti-PS for outside sheet material 60 and inboard sheet material 70, and thickness is 1/8th inches, and it is made by AFG Ind Inc..Sheet material 60 and 70 coated side are side 62 and 72, and they lay respectively on the unexposed surface of sheet material, have formed the part of chamber 92.In addition, can use identical as mentioned above black box 90 (ComfortSeal), and it is used for providing 1/2nd inches spacing between glass outer side sheet material 60 and glass inner side sheet material 70.In addition, antifog/anti-fog coatings or film 75 are placed on the exposed surface 71 of inboard sheet material 70.
Following table 2 comprises at the design parameters of a plurality of two-layer IGU and the corresponding U value that calculates.The listed design parameters, all two-layer calculated values are calculated under these circumstances in following table, thick 1/8th inches of promptly every sheet material, and all two-layer both sides are applied by low E.The performance number that the not appreciable impact of tempering of glass is calculated, described herein antifog/also these values of not appreciable impact of the increase of anti-fog coatings or film.
Table 2
| Spacing between each sheet material (inch) | Indoor gas | The type of coating | The emissivity of IGU | U value (Btu/ hr-sq ft-F) |
| 1/2 | Air | Ti-PS | 0.0025 | 0.29 |
| 5/16 | Air | Ti-PS | 0.0025 | 0.36 |
| 1/2 | Argon gas | Ti-PS | 0.0025 | 0.23 |
| 5/16 | Argon gas | Ti-PS | 0.0025 | 0.28 |
| 1/2 | Krypton gas | Ti-PS | 0.0025 | 0.22 |
| 5/16 | Krypton gas | Ti-PS | 0.0025 | 0.20 |
| 1/2 | Air | CE2 | 0.04 | 0.32 |
| 5/16 | Air | CE2 | 0.04 | 0.39 |
| 1/2 | Argon gas | CE2 | 0.04 | 0.27 |
| 5/16 | Argon gas | CE2 | 0.04 | 0.31 |
| 1/2 | Krypton gas | CE2 | 0.04 | 0.26 |
| 5/16 | Krypton gas | CE2 | 0.04 | 0.24 |
In optional embodiment, can adopt coating processes at any adequate types of low-E coating, comprise thermal decomposition (for example, in Comfort E2), it often is called as chemical vapor deposition (CVD); Spray; Sputter applies (for example, in Comfort Ti-PS).In addition, these technologies can be utilized known off-line or online manufacture method and be employed, and wherein said method is suitable for and is suitable for the quality and the type of specific production and processing.Equally, can adopt any suitable low E coating, comprise money base or mix the doped tin oxide coatings of fluorine.
Although the above embodiments comprise the unexposed lip-deep low E coating that is positioned at two glass sheets, other embodiments of the invention can comprise the either side that only is applied to a glass sheet or the low E coating on the both sides.Equally, in other embodiments, sheet material (three-layer type embodiment) can comprise the low E coating that is positioned on the either side (or both sides) in the middle of the glass, rather than or the coating on glass inner side sheet material 70 and glass outer side sheet material 60.
In another three-layer type embodiment, on the either side of glass inner side sheet material 70, do not have low E coating.Equally, in the alternative of above-mentioned two-layer embodiment, the lowE coating only appears on the sheet material, perhaps on the both sides of two sheet materials.Substantially, the side (or many sides) that has the number of plies of low E coating and have a coating is design alternative.Determine that with other factors the coated side of total emissivity and sheet material of IGU of the U value of door compares more important with respect to thermal property.In addition, although using to have at cold sotrage door, embodiment described herein is less than or equal to 0.04 emissivity, but utilize high performance gas (for example krypton gas) can make IGU have emissivity, so that necessary condensation control to be provided in some cases less times greater than 0.04.
In other embodiments, can adopt other black box, for example comprise full foam, nonmetal assembly, for example by the Super Spacer of EdgeTech company manufacturing, it has the roughly rate of heat exchange of 1.51Btu/hr-ft-F.Another suitable black box is the ThermoPlasticSpacersystem that is made by Lenhardt Maschinenbau GmbH company, and it has the roughly rate of heat exchange of 1.73Btu/hr-ft-F.
Spacing in the foregoing description is 1/2nd inches.Yet although the scope of preferred distance is between 5/6ths inches and 1/2nd inches, other embodiments of the invention can be used maximum spacing to 3/4ths inches.In addition, although above-mentioned disclosed embodiment has adopted 1/8th inches glass thick, tempering (except middle sheet material), other embodiment can adopt untempered glass, and perhaps thickness can be greater than or less than 1/8th inches.
The design parameters of embodiments of the invention will be partly by the application of embodiment or will purposes be determined.More particularly, ambient temperature, internal temperature and external environment condition humidity (and relevant dew point) are the key factors of determining necessary U value at design, and this has determined design parameters (type of glass, emissivity, number of sheets, gas etc.) conversely.
Left side five row of following table 3 provide enumerated for the U value that calculates of the different application that will use, and comprise external temperature, internal temperature, outside humidity and at the dew point that calculates of each U value.In addition, right side three row of table 3 provide the embodiments of the invention that necessary U value is set.
Table 3
The design parameters of table 3 has shown type (its thickness is 1/8th inches), the spacing between the sheet material and the gas that each is indoor of glass.In addition, all IGU of table 3 comprise the 3rd, uncoated glass sheet, and its thickness is 1/8th inches, and between two glass sheets that are placed in the table to be identified.CE1 in the table 3 refers to Comfort E1, and its emissivity is 0.35, and is sold by AFG Ind Inc..
Thereby, on the one hand in, the invention provides the cold sotrage door that is suitable for being used in the refrigerated compartment, described door comprises the glass inner side sheet material, it comprises first surface and second surface, the first surface of described inboard sheet material is positioned to the inside of contiguous described refrigerated compartment; The glass outer side sheet material, it comprises first surface and second surface, and the first surface of described outside sheet material is positioned to the external environment condition of contiguous refrigerated compartment; Sheet material in the middle of the glass, it is between described glass inner side sheet material and described glass outer side sheet material; First black box, its periphery of sheet material in the middle of described glass inner side sheet material and the described glass is settled, so that keep described inboard sheet material and described middle sheet material at interval mode each other; Second black box, its sheet material in the middle of the described glass is settled with periphery of described glass outer side sheet material, so that keep described middle sheet material and described outside sheet material at interval mode each other; First low-emissivity coating of the second surface of contiguous described glass inner side sheet material; Second low-emissivity coating of the second surface of contiguous described glass outer side sheet material, wherein said inboard sheet material, outside sheet material, middle sheet material, first black box, second black box and described first and second low-emissivity coatings have formed the heat-protecting glass unit, it has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F, significantly prevent the formation of condensation on the described first surface of described glass outer side sheet material, and need not apply electricity so that heat the described first surface of described glass outer side sheet material; Be positioned at the lip-deep antifog or anti-fog coatings of described inboard sheet material; And around the fixing framework of the periphery of described heat-protecting glass unit.
The present invention also provides the cold sotrage door that is suitable for being used in the refrigerated compartment, and described door comprises the glass inner side sheet material, and it comprises first surface and second surface, and the first surface of described inboard sheet material is positioned to the inside of contiguous described refrigerated compartment; The glass outer side sheet material, it comprises first surface and second surface, and the first surface of described outside sheet material is positioned to the external environment condition of contiguous refrigerated compartment; Sheet material in the middle of the glass, it is between described glass inner side sheet material and described glass outer side sheet material; First black box, its periphery of sheet material in the middle of described glass inner side sheet material and the described glass is settled, so that keep described inboard sheet material and described middle sheet material at interval mode each other; Second black box, its sheet material in the middle of the described glass is settled with periphery of described glass outer side sheet material, so that keep described middle sheet material and described outside sheet material at interval mode each other; First low-emissivity coating, the second surface of its contiguous described glass inner side sheet material; Second low-emissivity coating, the second surface of its contiguous described glass outer side sheet material, wherein said inboard sheet material, outside sheet material, middle sheet material, first black box, second black box and described first and second low-emissivity coatings have formed the heat-protecting glass unit, it has and is equal to or less than 0.04 emissivity, prevent that significantly the condensation on the first surface of described glass outer side sheet material from forming, and need not apply electricity, to heat the first surface of described glass outer side sheet material; Be positioned at the lip-deep antifog or anti-fog coatings of described inboard sheet material; And around the fixing framework of the periphery of described heat-protecting glass unit.
In each embodiment, the internal temperature of refrigerated compartment is substantially equal to or bears 20 degree less than Fahrenheit; The temperature of external environment condition is substantially equal to or greater than Fahrenheit 70 degree; And the humidity of external environment condition roughly is equal to or greater than 60 percent, and the first surface of glass outer side sheet material is frozen-free roughly, and does not have mist or frost to form on inboard sheet material.
In other embodiments, the internal temperature of refrigerated compartment is substantially equal to or less than zero degrees fahrenheit, the temperature of external environment condition is substantially equal to or greater than Fahrenheit 72 degree, and the humidity of surrounding environment roughly is equal to or greater than 60 percent, the first surface of glass outer side sheet material does not roughly have condensation, and does not have mist or frost to form on inboard sheet material.
The present invention also provides to have outer surface and is suitable for being used in cold sotrage door in the refrigerated compartment (and IGU and comprise their refrigerating system), and described door comprises first glass sheet; Second glass sheet; First black box, its periphery around described first glass sheet and second glass sheet is settled, so that keep described first sheet material and described second sheet material at interval mode each other; First low-emissivity coating, the surface of its contiguous described first glass sheet or second glass sheet, wherein said first glass sheet and second glass sheet, described first black box and described first low-emissivity coating have formed the heat-protecting glass unit, and its U value is substantially equal to or less than 0.2BTU/hr-sq ft-F; Be positioned at the lip-deep antifog or anti-fog coatings of a sheet material; And around the fixing framework of the periphery of described heat-protecting glass unit.
The present invention also provides to have outer surface and is suitable for being used in cold sotrage door in the refrigerated compartment (and IGU and comprise their refrigerating system), and described door comprises first glass sheet; Second glass sheet; First black box, its periphery around described first glass sheet and second glass sheet is settled, so that keep described first sheet material and described second sheet material at interval mode each other; First low-emissivity coating, the surface of its contiguous described first glass sheet or second glass sheet, wherein said first glass sheet and second glass sheet, described first black box and described first low-emissivity coating have formed the heat-protecting glass unit, and its emissivity is equal to or less than 0.04; Be positioned at the lip-deep antifog or anti-fog coatings of a sheet material; And around the fixing framework of the periphery of described heat-protecting glass unit.
The present invention also provides the method for making the cold sotrage door parts with outer surface, and wherein said method may further comprise the steps, and first glass sheet is provided; Second glass sheet is provided; First low-emissivity coating on the surface of contiguous described first glass sheet or second glass sheet is provided; Periphery around described first glass sheet and described second glass sheet is settled first black box, thereby keeps described first sheet material and second sheet material in the mode at interval each other; On a glass sheet, be provided with antifog or anti-fog coatings; And wherein, described first glass sheet, described second glass sheet and described first black box form the heat-protecting glass unit, its U value is substantially equal to or less than 0.2BTU/hr-sq ft-F, significantly prevent the formation of condensation on the outer surface of cold sotrage door parts, and need not apply, with the heated door parts, and mist or white formation on the surface of parts have significantly been prevented.In optional embodiment, this method comprises provides the 3rd glass sheet, and it can comprise the contiguous low-E coating of one surface at least; Periphery around described second glass sheet and described the 3rd glass sheet is settled second black box, thereby keeps described second sheet material and described the 3rd sheet material in the mode at interval each other; And wherein, described heat-protecting glass unit also comprises described the 3rd glass sheet and described second black box.
The present invention also provides the member manufacturing method of the cold sotrage door with outer surface, and wherein said method may further comprise the steps, and first glass sheet is provided; Second glass sheet is provided; First low-emissivity coating on the surface of contiguous described first glass sheet or described second glass sheet is provided; Periphery around described first glass sheet and described second glass sheet is settled first black box, thereby keeps described first sheet material and described second sheet material in the mode at interval each other; On a glass sheet, be provided with antifog or anti-fog coatings; And wherein, described first glass sheet, described second glass sheet and described first black box form the heat-protecting glass unit, its emissivity is equal to or less than 0.04, significantly prevent the formation of condensation on the outer surface of cold sotrage door parts, and electricity need not be applied, and significantly prevent mist or frost formation on the surface of parts so that heat described door part.In optional embodiment, this method comprises provides the 3rd glass sheet, and it can comprise contiguous its at least one surperficial low-E coating; Periphery around described second glass sheet and the 3rd glass sheet is settled second black box, thereby keeps described second sheet material and described the 3rd sheet material in the mode at interval each other; And wherein, described heat-protecting glass unit also comprises described the 3rd glass sheet and described second black box.
The present invention also provides roughly transparent heat-protecting glass cell gate, and it has outer surface, and uses with refrigerated compartment, and wherein said refrigerated compartment is arranged in external environment condition, and has inner refrigerated compartment; Described heat-protecting glass cell gate comprises first glass sheet; Second glass sheet; First black box, its periphery around described first glass sheet and described second glass sheet is settled, thereby keeps described first sheet material and described second sheet material at interval mode each other; The first low radiating surface, the surface of its contiguous described first glass sheet or second glass sheet; And the lip-deep antifog or anti-fog coatings that is positioned at a described sheet material, and described first glass sheet, described second glass sheet and described first black box provide the unit of the described heat-protecting glass with specific U value, because this U value, can efficiently prevent the formation of condensation on outer surface significantly, and need not apply the outer surface of electricity with heating heat-protecting glass unit, this is when following situation, and promptly the internal temperature of refrigerated compartment is substantially equal to or less than zero degrees fahrenheit; The temperature of external environment condition is substantially equal to or greater than Fahrenheit 70 degree; And the humidity of external environment condition roughly is equal to or greater than 60 percent.Optional embodiment also comprises the 3rd glass sheet; And second black box of settling around the periphery of described second glass sheet and described the 3rd glass sheet, thereby keep described second sheet material and the 3rd sheet material in the mode at interval each other; And second low-emissivity coating that can comprise the surface of contiguous described first glass sheet, described second glass sheet or described the 3rd glass sheet.
In optional embodiment, the heat-protecting glass unit has such U value, and it significantly prevents the formation of condensation on outer surface, and this is when following situation, and promptly the internal temperature of refrigerated compartment is substantially equal to or bears 40 degree less than Fahrenheit; The temperature of external environment condition is substantially equal to or greater than Fahrenheit 80 degree; And the humidity of external environment condition roughly is equal to or greater than 60 percent.
The present invention also provides refrigerating unit, and it comprises heat insulation capsule, the cooling system that limits the cabin and be suitable for being installed in door on the opening in described cabin that described door has outer surface, and comprises first glass sheet; Second glass sheet; First black box, its periphery around described first glass sheet and described second glass sheet is settled, thereby keeps described first sheet material and described second sheet material in the mode at interval each other; First low-emissivity coating, the surface of its contiguous described first glass sheet or described second glass sheet, wherein said first sheet material, second sheet material, first black box and described first low-emissivity coating form the heat-protecting glass unit, its U value is substantially equal to or less than 0.2BTU/hr-sqft-F, significantly prevent the formation of condensation on the outer surface of described door, and need not apply electricity, to heat described outer surface; Be positioned at the lip-deep antifogging coating of a described glass sheet; And around the fixing framework of the periphery of described heat-protecting glass unit.In optional embodiment, described door also comprises the 3rd glass sheet, and second black box, wherein said second black box is settled around the periphery of described second glass sheet and described the 3rd glass sheet, thereby keeps described second sheet material and described the 3rd sheet material in the mode at interval each other.
The present invention also provides the glass door that is used to refrigerate the formula display case, and described door comprises first face glass, and it has inner surface and outer surface; Be positioned at the low-emissivity coating on the inner surface of described first face glass; Second face glass, it has inner surface and outer surface; Be positioned at the low-emissivity coating on the inner surface of described second face glass; Intermediate glass panel between described first and second face glass; Described first and the intermediate glass panel between the first spacer block assembly and the second spacer block assembly between the described centre and second face glass, wherein said first spacer block assembly and the described second spacer block assembly are to be formed by warm limit spacer block assembly; And be positioned at the lip-deep antifog or anti-fog coatings of a described face glass and extend and support its framework around described at least one described face glass.In one embodiment, described first and second face glasss have identical width and height.
The front has illustrated principle of the present invention, embodiment and operator scheme.Yet the present invention also should not be construed as limited to above-mentioned certain embodiments, because these embodiment should be considered to illustrative and not restrictive.Be noted that under the prerequisite that does not depart from the scope of the present invention, those skilled in the art can retrofit.
Be applied in refrigerator or the refrigerator door although the present patent application has been illustrated, other application can comprise vending machine, skylight or refrigerator car, Vehicular reflector, special epi mirror, sauna bath, vaporium, shower doors, ticket window, bathroom window, bathroom mirror, outer cooling unit and be exposed to high humility or any other application of the refrigerator of rainwater and expectation frost prevention or antifogging coating/film.In some such application, the condensation on second or the cold side of glass is not a problem, this be because glass not periodically open simultaneously will be colder glass exposure to the door of wet environment more.As a result, the key factor of structure glass is economy (that is the cost of cost of energy and glass and its installation), transmission of visible light, durability and other Consideration.
Although the preferred embodiments of the present invention below have been described, it should be understood that they only are to be suggested without limitation with example.Thereby width of the present invention and scope should be by above-mentioned illustrative examples restrictions.
Significantly, in above-mentioned technology enlightenment, can realize multiple change of the present invention and remodeling.Thereby it should be understood that can be to be not aforesaid way enforcement the present invention described herein.
Claims (225)
1. one kind is applicable to the cold sotrage door in the refrigerated compartment, and described door comprises:
The glass inner side sheet material, it comprises first surface and second surface, and the first surface of described inboard sheet material is positioned to the inside of contiguous described refrigerating chamber;
The glass outer side sheet material, it comprises first surface and second surface, and the first surface of described outside sheet material is positioned to the external environment condition of contiguous described refrigerating chamber;
Sheet material in the middle of the glass, it is placed between described glass inner side sheet material and the described glass outer side sheet material;
First black box, its periphery of sheet material in the middle of described glass inner side sheet material and the described glass is settled, thereby keeps described inboard sheet material and described middle sheet material at interval mode each other;
Second black box, its sheet material in the middle of the described glass is settled with periphery of described glass outer side sheet material, thereby keeps described middle sheet material and described outside sheet material at interval mode each other;
First low-emissivity coating, the second surface of its contiguous described glass inner side sheet material;
Second low-emissivity coating, the second surface of its contiguous described glass outer side sheet material;
Described inboard sheet material, outside sheet material, middle sheet material, first black box, second black box and described first low-emissivity coating and second low-emissivity coating form the heat-protecting glass unit, it has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F, prevent that significantly the condensation on the described first surface of described glass outer side sheet material from forming, and need not apply electricity to heat the described first surface of described glass outer side sheet material;
Be positioned at the lip-deep antifog or anti-fog coatings of described inboard sheet material; And
Around the fixing framework of the periphery of described heat-protecting glass unit.
2. cold sotrage door according to claim 1 is characterized in that, also comprises:
First Room that limits by sheet material in the middle of the described glass inner side sheet material, described glass and described first black box;
Second Room that limits by sheet material, described glass outer side sheet material and described second black box in the middle of the described glass; And
Be arranged on the gas in each described first Room and described second Room.
3. cold sotrage door according to claim 2 is characterized in that:
The thickness of sheet material and described glass outer side sheet material is substantially equal to 1/8th inches in the middle of described glass inner side sheet material, the described glass;
In the middle of described glass inner side sheet material and the described glass sheet material be substantially equal to 1/2nd inches apart from each interval; And
In the middle of the described glass sheet material and described glass outer side sheet material be substantially equal to 1/2nd inches apart from each interval.
4. cold sotrage door according to claim 2 is characterized in that, described first black box and described second black box have respectively and be substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F.
5. cold sotrage door according to claim 4 is characterized in that:
The thickness of sheet material and described glass outer side sheet material is substantially equal to 1/8th inches in the middle of described glass inner side sheet material, the described glass;
In the middle of described glass inner side sheet material and the described glass sheet material be substantially equal to 1/2nd inches apart from each interval; And
In the middle of the described glass sheet material and described glass outer side sheet material be substantially equal to 1/2nd inches apart from each interval.
6. cold sotrage door according to claim 2 is characterized in that, described first Room is identical with the described second indoor gas.
7. cold sotrage door according to claim 2 is characterized in that, described first Room and the described second indoor gas and inequality.
8. cold sotrage door according to claim 2 is characterized in that, described gas is selected from: argon gas, krypton gas and air.
9. cold sotrage door according to claim 1 is characterized in that, described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.16BTU/hr-sq ft-F.
10. cold sotrage door according to claim 1 is characterized in that, described glass outer side sheet material and described glass inner side sheet material have respectively and be substantially equal to or less than 0.05 emissivity.
11. cold sotrage door according to claim 1 is characterized in that, described glass outer side sheet material and described glass inner side sheet material have respectively and are substantially equal to or less than 0.03 emissivity.
12. cold sotrage door according to claim 1 is characterized in that, described heat-protecting glass unit has and is substantially equal to or less than 0.04 emissivity.
13. cold sotrage door according to claim 1 is characterized in that, described heat-protecting glass unit has and is substantially equal to or less than 0.01 emissivity.
14. cold sotrage door according to claim 1 is characterized in that, described heat-protecting glass unit has and is substantially equal to or less than 0.0025 emissivity.
15. cold sotrage door according to claim 2 is characterized in that, described first low-emissivity coating and described second low-emissivity coating are selected from titania based silver and the tin oxide of mixing fluorine.
16. cold sotrage door according to claim 2 is characterized in that, described first low-emissivity coating and described second low-emissivity coating are to utilize following technology applied, i.e. sputter coating, thermal decomposition apply and spray and apply.
17. cold sotrage door according to claim 2 is characterized in that, described framework is to be formed by following material, i.e. the plastics of extrusion molding, aluminium and glass fiber.
18. cold sotrage door according to claim 1 is characterized in that, the internal temperature of described refrigerated compartment is substantially equal to or bears 20 degree less than Fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 70 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent; And the described first surface of described glass outer side sheet material does not roughly have condensation.
19. cold sotrage door according to claim 1 is characterized in that, the internal temperature of described refrigerated compartment is substantially equal to or bears 40 degree less than Fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 80 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent; And the described first surface of described glass outer side sheet material does not roughly have condensation.
20. cold sotrage door according to claim 1 is characterized in that, the internal temperature of described refrigerated compartment is substantially equal to or less than zero degrees fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 72 degree; And the humidity of described surrounding environment roughly is equal to or greater than 60 percent; And the described first surface of described glass outer side sheet material does not roughly have condensation.
21. cold sotrage door according to claim 1 is characterized in that, described first black box and described second black box have respectively and are substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F.
22. cold sotrage door according to claim 1 is characterized in that, described first black box and described second black box have respectively and are substantially equal to or less than the rate of heat exchange of 1.51Btu/hr-ft-F.
23. cold sotrage door according to claim 1 is characterized in that, described first black box and described second black box have respectively and are substantially equal to or less than the rate of heat exchange of 0.84Btu/hr-ft-F.
24. cold sotrage door according to claim 1 is characterized in that, described antifog or anti-fog coatings comprises condensate.
25. cold sotrage door according to claim 24 is characterized in that, described condensate is hydrophilic.
26. cold sotrage door according to claim 1 is characterized in that, described antifog or anti-fog coatings comprises optical adhesive.
27. cold sotrage door according to claim 26 is characterized in that, described adhesive comprises acrylic acid.
28. cold sotrage door according to claim 24 is characterized in that, described condensate is solidificated on the polyester film.
29. cold sotrage door according to claim 1 is characterized in that, described antifog or anti-fog coatings is coated on the surface of described inboard sheet material as film.
30. cold sotrage door according to claim 1 is characterized in that, described antifog or anti-fog coatings is coated on the surface of described inboard sheet material as liquid.
31. cold sotrage door according to claim 1 is characterized in that, described thickness antifog or anti-fog coatings is about 4mil.
32. cold sotrage door according to claim 1 is characterized in that, described antifog or anti-fog coatings is insoluble in the water.
33. cold sotrage door according to claim 1 is characterized in that, also comprises the primer of curing, it was coated on the surface of described sheet material before the described antifog or anti-fog coatings of coating.
34. cold sotrage door according to claim 1 is characterized in that, described antifog or anti-fog coatings comprises following mixture, promptly has:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: 40.
35. cold sotrage door according to claim 34 is characterized in that, also comprises the solvent that is used to dilute described mixture.
36. cold sotrage door according to claim 35 is characterized in that, described solvent is an alcohol.
37. cold sotrage door according to claim 36 is characterized in that, described alcohol is the diacetone alcohol or the tert-butyl alcohol.
38. cold sotrage door according to claim 1 is characterized in that, described antifog or anti-fog coatings comprises following mixture, promptly has:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: about 25 to 45.
39. cold sotrage door according to claim 1 is characterized in that, the mixing match of described first composition and described second composition is about 100: about 30 to 33.
40. cold sotrage door according to claim 1 is characterized in that, the mixing match of described first composition and described second composition is about 100: about 30.
41., it is characterized in that described inboard sheet material is to use first silane pretreatment according to the described cold sotrage door of claim 38, and described mixture comprises second silane, described second silane is different with described first silane.
42., it is characterized in that described second silane comprises the 3-glycidoxypropyl trimethoxysilane according to the described cold sotrage door of claim 41.
43. cold sotrage door according to claim 1 is characterized in that, the amount that described second silane exists is about 1% to about 8%.
44. cold sotrage door according to claim 1 is characterized in that, the amount that described second silane exists is about 6%.
45. cold sotrage door according to claim 1 is characterized in that, described inboard sheet material is pretreated with silane.
46., it is characterized in that described silane comprises the aminoalkyl silicone according to the described cold sotrage door of claim 45.
47. a cold sotrage door that is suitable for being installed on the refrigerated compartment, described door comprises:
The glass inner side sheet material, it comprises first surface and second surface, and the first surface of described inboard sheet material is positioned to the inside of contiguous described refrigerating chamber;
The glass outer side sheet material, it comprises first surface and second surface, and the first surface of described outside sheet material is positioned to the external environment condition of contiguous described refrigerating chamber;
Sheet material in the middle of the glass, it is placed between described glass inner side sheet material and the described glass outer side sheet material;
First black box, its periphery of sheet material in the middle of described glass inner side sheet material and the described glass is settled, thereby keeps described inboard sheet material and described middle sheet material at interval mode each other;
Second black box, its sheet material in the middle of the described glass is settled with periphery of described glass outer side sheet material, thereby keeps described middle sheet material and described outside sheet material at interval mode each other;
First low-emissivity coating, the second surface of its contiguous described glass inner side sheet material;
Second low-emissivity coating, the second surface of its contiguous described glass outer side sheet material;
Described inboard sheet material, outside sheet material, middle sheet material, first black box, second black box and described first low-emissivity coating and second low-emissivity coating form the heat-protecting glass unit, it has and is substantially equal to or less than 0.04 emissivity, prevent that significantly the condensation on the described first surface of described glass outer side sheet material from forming, and need not apply electricity to heat the described first surface of described glass outer side sheet material;
Be positioned at the lip-deep antifog or anti-fog coatings of described inboard sheet material; And
Around the fixing framework of the periphery of described heat-protecting glass unit.
48. according to the described cold sotrage door of claim 47, it is characterized in that, also comprise:
First Room that limits by sheet material in the middle of the described glass inner side sheet material, described glass and described first black box;
Second Room that limits by sheet material, described glass outer side sheet material and described second black box in the middle of the described glass; And
Be arranged on the gas in each described first Room and described second Room.
49., it is characterized in that according to the described cold sotrage door of claim 48:
The thickness of sheet material and described glass outer side sheet material is substantially equal to 1/8th inches in the middle of described glass inner side sheet material, the described glass;
In the middle of described glass inner side sheet material and the described glass sheet material be substantially equal to 1/2nd inches apart from each interval; And
In the middle of the described glass sheet material and described glass outer side sheet material be substantially equal to 1/2nd inches apart from each interval.
50., it is characterized in that described gas is selected from according to the described cold sotrage door of claim 48: argon gas, krypton gas and air.
51., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.16BTU/hr-sq ft-F according to the described cold sotrage door of claim 47.
52., it is characterized in that described glass outer side sheet material and described glass inner side sheet material have respectively and be substantially equal to or less than 0.05 emissivity according to the described cold sotrage door of claim 47.
53., it is characterized in that described glass outer side sheet material and described glass inner side sheet material have respectively and be substantially equal to or less than 0.03 emissivity according to the described cold sotrage door of claim 47.
54., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F according to the described cold sotrage door of claim 47.
55., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.01 emissivity according to the described cold sotrage door of claim 47.
56., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.0025 emissivity according to the described cold sotrage door of claim 47.
57., it is characterized in that described low-emissivity coating is selected from titania based silver and the tin oxide of mixing fluorine according to the described cold sotrage door of claim 48.
58., it is characterized in that described low-emissivity coating is to utilize following technology applied according to the described cold sotrage door of claim 48, i.e. sputter coating, thermal decomposition apply and spray and apply.
59., it is characterized in that described framework is to be formed by following material, i.e. the plastics of extrusion molding, aluminium and glass fiber according to the described cold sotrage door of claim 48.
60., it is characterized in that the internal temperature of described refrigerated compartment is substantially equal to or bears 20 degree less than Fahrenheit according to the described cold sotrage door of claim 47; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 70 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent; And the described first surface of described glass outer side sheet material does not roughly have condensation.
61., it is characterized in that the internal temperature of described refrigerated compartment is substantially equal to or bears 40 degree less than Fahrenheit according to the described cold sotrage door of claim 47; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 80 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent; And the described first surface of described glass outer side sheet material does not roughly have condensation.
62., it is characterized in that the internal temperature of described refrigerated compartment is substantially equal to or less than zero degrees fahrenheit according to the described cold sotrage door of claim 47; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 72 degree; And the humidity of described surrounding environment roughly is equal to or greater than 60 percent; And the described first surface of described glass outer side sheet material does not roughly have condensation.
63., it is characterized in that described first black box and described second black box have respectively and be substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described cold sotrage door of claim 47.
64., it is characterized in that described first black box and described second black box have respectively and be substantially equal to or less than the rate of heat exchange of 1.51Btu/hr-ft-F according to the described cold sotrage door of claim 47.
65., it is characterized in that described first black box and described second black box have respectively and be substantially equal to or less than the rate of heat exchange of 0.84Btu/hr-ft-F according to the described cold sotrage door of claim 47.
66., it is characterized in that described antifog or anti-fog coatings comprises condensate according to the described cold sotrage door of claim 47.
67., it is characterized in that described condensate is hydrophilic according to the described cold sotrage door of claim 66.
68., it is characterized in that described antifog or anti-fog coatings comprises optical adhesive according to the described cold sotrage door of claim 47.
69., it is characterized in that described adhesive comprises acrylic acid according to the described cold sotrage door of claim 68.
70., it is characterized in that described condensate is solidificated on the polyester film according to the described cold sotrage door of claim 66.
71., it is characterized in that described antifog or anti-fog coatings is coated on the surface of described inboard sheet material as film according to the described cold sotrage door of claim 47.
72., it is characterized in that described antifog or anti-fog coatings is coated on the surface of described inboard sheet material as liquid according to the described cold sotrage door of claim 47.
73., it is characterized in that described thickness antifog or anti-fog coatings is about 4mil according to the described cold sotrage door of claim 47.
74., it is characterized in that described antifog or anti-fog coatings is insoluble in the water according to the described cold sotrage door of claim 47.
75., it is characterized in that according to the described cold sotrage door of claim 47, also comprise the primer of curing, it was coated on the surface of described sheet material before the described antifog or anti-fog coatings of coating.
76., it is characterized in that described antifog or anti-fog coatings comprises following mixture, promptly has according to the described cold sotrage door of claim 47:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: 40.
77. according to the described cold sotrage door of claim 76, it is characterized in that, also comprise the solvent that is used to dilute described mixture.
78., it is characterized in that described solvent is an alcohol according to the described cold sotrage door of claim 77.
79., it is characterized in that described alcohol is the diacetone alcohol or the tert-butyl alcohol according to the described cold sotrage door of claim 78.
80., it is characterized in that described antifog or anti-fog coatings comprises following mixture, promptly has according to the described cold sotrage door of claim 47:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: about 25 to 45.
81., it is characterized in that the mixing match of described first composition and described second composition is about 100 according to the described cold sotrage door of claim 47: about 30 to 33.
82., it is characterized in that the mixing match of described first composition and described second composition is about 100: about 30 according to the described cold sotrage door of claim 47.
83. 0 described cold sotrage door is characterized in that according to Claim 8, described inboard sheet material is to use first silane pretreatment, and described mixture comprises second silane, and described second silane is different with described first silane.
84. 3 described cold sotrage doors is characterized in that according to Claim 8, described second silane comprises the 3-glycidoxypropyl trimethoxysilane.
85., it is characterized in that the amount that described second silane exists is about 1% to about 8% according to the described cold sotrage door of claim 47.
86., it is characterized in that the amount that described second silane exists is about 6% according to the described cold sotrage door of claim 47.
87., it is characterized in that described inboard sheet material is pretreated with silane according to the described cold sotrage door of claim 47.
88. 7 described cold sotrage doors is characterized in that according to Claim 8, described silane comprises the aminoalkyl silicone.
89. one kind has outer surface and is suitable for being used in cold sotrage door in the refrigerated compartment, described door comprises:
First glass sheet;
Second glass sheet;
First black box, its periphery around described first glass sheet and described second glass sheet is settled, thereby keeps described first sheet material and described second sheet material in the mode at interval each other;
First low-emissivity coating, the surface of its contiguous described first glass sheet or described second glass sheet;
Described first glass sheet and described second glass sheet, described first black box and described first low-emissivity coating form the heat-protecting glass unit, and it has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F;
Be positioned at the lip-deep antifog or anti-fog coatings of a described glass sheet; And around the fixing framework of the periphery of described heat-protecting glass unit.
90. 9 described cold sotrage doors is characterized in that according to Claim 8, also comprise:
The 3rd glass sheet;
Second black box, its periphery around described second glass sheet and described the 3rd glass sheet is settled, thereby keeps described second sheet material and described the 3rd sheet material in the mode at interval each other; And
Described heat-protecting glass unit also comprises described the 3rd glass sheet and described second black box.
91., it is characterized in that, also comprise second low-emissivity coating, the surface of its contiguous described first glass sheet, described second glass sheet or described the 3rd glass sheet according to the described cold sotrage door of claim 90.
92. according to the described cold sotrage door of claim 91, it is characterized in that, the U value of described heat-protecting glass unit is arranged to significantly prevent efficiently the formation of the condensation on the outer surface of described door, and need not apply electricity to heat described outer surface, this is when following situation, and promptly the internal temperature of described refrigerated compartment is substantially equal to or less than zero degrees fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 72 degree; And the humidity of described surrounding environment roughly is equal to or greater than 60 percent.
93. according to the described cold sotrage door of claim 90, it is characterized in that, the U value of described heat-protecting glass unit is arranged to significantly to prevent efficiently the formation of the condensation on the outer surface of described door, and need not apply electricity to heat described outer surface, this is when following situation, and promptly the internal temperature of described refrigerated compartment is substantially equal to or less than zero degrees fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 72 degree; And the humidity of described surrounding environment roughly is equal to or greater than 60 percent.
94. according to the described cold sotrage door of claim 93, it is characterized in that, also comprise:
First Room that limits by described first glass sheet, described second glass sheet and described first black box; And
Be arranged on the described first indoor gas.
95., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described cold sotrage door of claim 94.
96., it is characterized in that described gas is selected from according to the described cold sotrage door of claim 94: argon gas, krypton gas and air.
97. 9 described cold sotrage doors is characterized in that according to Claim 8, described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.16BTU/hr-sq ft-F.
98. 9 described cold sotrage doors is characterized in that according to Claim 8, described heat-protecting glass unit has and is substantially equal to or less than 0.04 emissivity.
99. 9 described cold sotrage doors is characterized in that according to Claim 8, described heat-protecting glass unit has and is substantially equal to or less than 0.01 emissivity.
100. 9 described cold sotrage doors is characterized in that according to Claim 8, described heat-protecting glass unit has and is substantially equal to or less than 0.0025 emissivity.
101. 9 described cold sotrage doors is characterized in that according to Claim 8, the internal temperature of described refrigerated compartment is substantially equal to or bears 20 degree less than Fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 70 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent; And the outer surface of described door does not roughly have condensation.
102. 9 described cold sotrage doors is characterized in that according to Claim 8, the internal temperature of described refrigerated compartment is substantially equal to or bears 40 degree less than Fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 80 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent; And the outer surface of described door does not roughly have condensation.
103. 9 described cold sotrage doors is characterized in that according to Claim 8, described antifog or anti-fog coatings comprises condensate.
104., it is characterized in that described condensate is hydrophilic according to the described cold sotrage door of claim 103.
105. 9 described cold sotrage doors is characterized in that according to Claim 8, described antifog or anti-fog coatings comprises optical adhesive.
106., it is characterized in that described adhesive comprises acrylic acid according to the described cold sotrage door of claim 105.
107., it is characterized in that described condensate is solidificated on the polyester film according to the described cold sotrage door of claim 103.
108. 9 described cold sotrage doors is characterized in that according to Claim 8, described antifog or anti-fog coatings is coated on the surface of a described glass sheet as film.
109. 9 described cold sotrage doors is characterized in that according to Claim 8, described antifog or anti-fog coatings is coated on the surface of a described glass sheet as liquid.
110. 9 described cold sotrage doors is characterized in that according to Claim 8, described thickness antifog or anti-fog coatings is about 4mil.
111. 9 described cold sotrage doors is characterized in that according to Claim 8, described antifog or anti-fog coatings is insoluble in the water.
112. 9 described cold sotrage doors is characterized in that according to Claim 8, also comprise the primer of curing, it was coated on the surface of described sheet material before the described antifog or anti-fog coatings of coating.
113. 9 described cold sotrage doors is characterized in that according to Claim 8, described antifog or anti-fog coatings comprises following mixture, promptly has:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: 40.
114. according to the described cold sotrage door of claim 113, it is characterized in that, also comprise the solvent that is used to dilute described mixture.
115., it is characterized in that described solvent is an alcohol according to the described cold sotrage door of claim 114.
116., it is characterized in that described alcohol is the diacetone alcohol or the tert-butyl alcohol according to the described cold sotrage door of claim 115.
117. 9 described cold sotrage doors is characterized in that according to Claim 8, described antifog or anti-fog coatings comprises following mixture, promptly has:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: about 25 to 45.
118. 9 described cold sotrage doors is characterized in that according to Claim 8, the mixing match of described first composition and described second composition is about 100: about 30 to 33.
119. 9 described cold sotrage doors is characterized in that according to Claim 8, the mixing match of described first composition and described second composition is about 100: about 30.
120., it is characterized in that described inboard sheet material is to use first silane pretreatment according to the described cold sotrage door of claim 117, and described mixture comprises second silane, described second silane is different with described first silane.
121., it is characterized in that described second silane comprises the 3-glycidoxypropyl trimethoxysilane according to the described cold sotrage door of claim 120.
122. 9 described cold sotrage doors is characterized in that according to Claim 8, the amount that described second silane exists is about 1% to about 8%.
123. 9 described cold sotrage doors is characterized in that according to Claim 8, the amount that described second silane exists is about 6%.
124. 9 described cold sotrage doors is characterized in that according to Claim 8, described inboard sheet material is pretreated with silane.
125., it is characterized in that described silane comprises the aminoalkyl silicone according to the described cold sotrage door of claim 124.
126. one kind has outer surface and is suitable for being installed in cold sotrage door on the refrigerated compartment, described door comprises:
First glass sheet;
Second glass sheet;
First black box, its periphery around described first glass sheet and described second glass sheet is settled, thereby keeps described first sheet material and described second sheet material in the mode at interval each other;
First low-emissivity coating, the surface of its contiguous described first glass sheet or described second glass sheet;
Described first glass sheet and described second glass sheet, described first black box and described first low-emissivity coating form the heat-protecting glass unit, it has and is substantially equal to or less than 0.04 emissivity, prevent that significantly the condensation on the described outer surface of described cold sotrage door from forming, and need not apply electricity to heat described outer surface;
Be positioned at the lip-deep antifog or anti-fog coatings of a described glass sheet; And
Around the fixing framework of the periphery of described heat-protecting glass unit.
127. according to the described cold sotrage door of claim 126, it is characterized in that, also comprise:
The 3rd glass sheet;
Second black box, its periphery around described second glass sheet and described the 3rd glass sheet is settled, thereby keeps described second sheet material and described the 3rd sheet material in the mode at interval each other; And
Described heat-protecting glass unit also comprises described the 3rd glass sheet and described second black box.
128., it is characterized in that, also comprise second low-emissivity coating, the surface of its contiguous described first glass sheet, described second glass sheet or described the 3rd glass sheet according to the described cold sotrage door of claim 127.
129. according to the described cold sotrage door of claim 126, it is characterized in that, also comprise:
First Room that limits by described first glass sheet, described second glass sheet and described first black box; And
Be arranged on the described first indoor gas.
130., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described cold sotrage door of claim 129.
131., it is characterized in that described gas is selected from according to the described cold sotrage door of claim 130: argon gas, krypton gas and air.
132., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.16BTU/hr-sq ft-F according to the described cold sotrage door of claim 126.
133., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F according to the described cold sotrage door of claim 126.
134., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.01 emissivity according to the described cold sotrage door of claim 126.
135., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.0025 emissivity according to the described cold sotrage door of claim 126.
136., it is characterized in that described antifog or anti-fog coatings comprises condensate according to the described cold sotrage door of claim 126.
137., it is characterized in that described condensate is hydrophilic according to the described cold sotrage door of claim 136.
138., it is characterized in that described antifog or anti-fog coatings comprises optical adhesive according to the described cold sotrage door of claim 126.
139., it is characterized in that described adhesive comprises acrylic acid according to the described cold sotrage door of claim 138.
140., it is characterized in that described condensate is solidificated on the polyester film according to the described cold sotrage door of claim 136.
141., it is characterized in that described antifog or anti-fog coatings is coated on the surface of a described glass sheet as film according to the described cold sotrage door of claim 126.
142., it is characterized in that described antifog or anti-fog coatings is coated on the surface of a described glass sheet as liquid according to the described cold sotrage door of claim 126.
143., it is characterized in that described thickness antifog or anti-fog coatings is about 4mil according to the described cold sotrage door of claim 126.
144., it is characterized in that described antifog or anti-fog coatings is insoluble in the water according to the described cold sotrage door of claim 126.
145., it is characterized in that according to the described cold sotrage door of claim 126, also comprise the primer of curing, it was coated on the surface of described sheet material before the described antifog or anti-fog coatings of coating.
146., it is characterized in that described antifog or anti-fog coatings comprises following mixture, promptly has according to the described cold sotrage door of claim 126:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: 40.
147. according to the described cold sotrage door of claim 146, it is characterized in that, also comprise the solvent that is used to dilute described mixture.
148., it is characterized in that described solvent is an alcohol according to the described cold sotrage door of claim 147.
149., it is characterized in that described alcohol is the diacetone alcohol or the tert-butyl alcohol according to the described cold sotrage door of claim 148.
150., it is characterized in that described antifog or anti-fog coatings comprises following mixture, promptly has according to the described cold sotrage door of claim 126:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: about 25 to 45.
151., it is characterized in that the mixing match of described first composition and described second composition is about 100 according to the described cold sotrage door of claim 126: about 30 to 33.
152., it is characterized in that the mixing match of described first composition and described second composition is about 100: about 30 according to the described cold sotrage door of claim 126.
153., it is characterized in that the described antifog or set sheet material thereon of anti-fog coatings is pretreated with first silane according to the described cold sotrage door of claim 150, and described mixture comprises second silane, described second silane is different with described first silane.
154., it is characterized in that described second silane comprises the 3-glycidoxypropyl trimethoxysilane according to the described cold sotrage door of claim 153.
155., it is characterized in that the amount that described second silane exists is about 1% to about 8% according to the described cold sotrage door of claim 126.
156., it is characterized in that the amount that described second silane exists is about 6% according to the described cold sotrage door of claim 126.
157., it is characterized in that the described antifog or set sheet material thereon of anti-fog coatings is pretreated with silane according to the described cold sotrage door of claim 126.
158., it is characterized in that described silane comprises the aminoalkyl silicone according to the described cold sotrage door of claim 157.
159. a manufacturing has the method for the cold sotrage door parts of outer surface, said method comprising the steps of:
First glass sheet is provided;
Second glass sheet is provided;
First low-emissivity coating on the surface of contiguous described first glass sheet or described second glass sheet is provided;
Periphery around described first glass sheet and described second glass sheet is settled first black box, thereby keeps described first sheet material and described second sheet material in the mode at interval each other;
On the surface of a described glass sheet, be provided with antifog or anti-fog coatings; And
Described first glass sheet, described second glass sheet and described first black box form the heat-protecting glass unit, it has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F, prevent that significantly the condensation on the described outer surface of described cold sotrage door parts from forming, and need not apply electricity to heat described door part.
160., it is characterized in that described first glass sheet, described second glass sheet and described first black box limit first Room according to the described method of claim 159; And be included in the described first indoor step that gas is set.
161. according to the described method of claim 159, it is characterized in that, further comprising the steps of:
The 3rd glass sheet is provided;
Periphery around described second glass sheet and described the 3rd glass sheet is settled second black box, thereby keeps described second sheet material and described the 3rd sheet material with the method for isolating each other; And
Described heat-protecting glass unit also comprises described the 3rd glass sheet and described second black box.
162., it is characterized in that described the 3rd glass sheet comprises contiguous its surperficial low-emissivity coating according to the described method of claim 161.
163., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described method of claim 159.
164., it is characterized in that according to the described method of claim 163:
The thickness of described first glass sheet and described second glass sheet is substantially equal to 1/8th inches; And
Described first glass sheet and described second glass sheet be substantially equal to 1/2nd inches apart from each interval.
165. according to the described method of claim 159, it is characterized in that, also comprise described heat-protecting glass unit is placed in step in the door frame.
166., it is characterized in that described gas is selected from according to the described method of claim 160: argon gas, krypton gas and air.
167., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.16BTU/hr-sq ft-F according to the described method of claim 159.
168., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.04 emissivity according to the described method of claim 159.
169., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.01 emissivity according to the described method of claim 159.
170., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.0025 emissivity according to the described method of claim 159.
171., it is characterized in that described low-emissivity coating is selected from titania based silver and the tin oxide of mixing fluorine according to the described method of claim 159.
172., it is characterized in that described low-emissivity coating is to utilize following technology applied according to the described method of claim 159, i.e. sputter coating, thermal decomposition apply and spray and apply.
173., it is characterized in that described first and second black boies have and are substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described method of claim 161.
174., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 1.51Btu/hr-ft-F according to the described method of claim 159.
175., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 0.84Btu/hr-ft-F according to the described method of claim 159.
176. a manufacturing has the method for the cold sotrage door parts of outer surface, said method comprising the steps of:
First glass sheet is provided;
Second glass sheet is provided;
First low-emissivity coating on the surface of contiguous described first glass sheet or described second glass sheet is provided;
Periphery around described first glass sheet and described second glass sheet is settled first black box, thereby keeps described first sheet material and described second sheet material in the mode at interval each other;
On the surface of a described glass sheet, be provided with antifog or anti-fog coatings; And
Described first glass sheet, described second glass sheet and described first black box form the heat-protecting glass unit, it has and is substantially equal to or less than 0.04 emissivity, prevent that significantly the condensation on the described outer surface of described cold sotrage door parts from forming, and need not apply electricity to heat described door part.
177., it is characterized in that described first glass sheet, described second glass sheet and described first black box limit first Room according to the described method of claim 176; And be included in the described first indoor step that gas is set.
178. according to the described method of claim 176, it is characterized in that, further comprising the steps of:
The 3rd glass sheet is provided;
Periphery around described second glass sheet and described the 3rd glass sheet is settled second black box, thereby keeps described second sheet material and described the 3rd sheet material with the method for isolating each other; And
Described heat-protecting glass unit also comprises described the 3rd glass sheet and described second black box.
179., it is characterized in that described the 3rd glass sheet comprises contiguous its surperficial low-emissivity coating according to the described method of claim 178.
180., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described method of claim 176.
181. according to the described method of claim 176, it is characterized in that, also comprise described heat-protecting glass unit is placed in step in the door frame.
182. according to the described method of claim 177, it is characterized in that, also comprise described heat-protecting glass unit is placed in step in the door frame.
183., it is characterized in that described gas is selected from according to the described method of claim 182: argon gas, krypton gas and air.
184., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F according to the described method of claim 176.
185., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.01 emissivity according to the described method of claim 176.
186., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.0025 emissivity according to the described method of claim 176.
187., it is characterized in that described first and second black boies have and are substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described method of claim 178.
188., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 1.51Btu/hr-ft-F according to the described method of claim 176.
189., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 0.84Btu/hr-ft-F according to the described method of claim 176.
190. a roughly transparent heat-protecting glass cell gate, it has outer surface, and is suitable for using with the refrigerated compartment that is arranged in external environment condition and has an inner refrigerated compartment; Described heat-protecting glass cell gate comprises:
First glass sheet;
Second glass sheet;
First black box of settling around the periphery of described first glass sheet and described second glass sheet, thus described first sheet material and described second sheet material kept in the mode at interval each other;
First low-emissivity coating, the surface of its contiguous described first glass sheet or described second glass sheet;
Be positioned at the lip-deep antifog or anti-fog coatings of a described glass sheet; And
Described first glass sheet, described second glass sheet and described first black box provide such U value for described heat-protecting glass unit, it prevents significantly that efficiently the condensation on the described outer surface from forming, and need not apply electricity to heat the outer surface of described heat-protecting glass unit, this is when following situation, and promptly the internal temperature of described refrigerated compartment is substantially equal to or less than zero degrees fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 70 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent.
191. according to the described door of claim 190, it is characterized in that, also comprise:
The 3rd glass sheet;
Second black box, its periphery around described second glass sheet and described the 3rd glass sheet is settled, thereby keeps described second sheet material and described the 3rd sheet material in the mode at interval each other.
192. according to the described door of claim 191, it is characterized in that, also comprise second low-emissivity coating, the surface of its contiguous described first glass sheet, described second glass sheet or described the 3rd glass sheet.
193. according to the described door of claim 192, it is characterized in that described heat-protecting glass unit has such U value, it prevents that significantly the condensation on described outer surface from forming, this is when following situation, and promptly the internal temperature of described refrigerated compartment is substantially equal to or bears 40 degree less than Fahrenheit; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 80 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent.
194., it is characterized in that described low-emissivity coating efficiently makes described heat-protecting glass unit have to be substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F according to the described door of claim 192.
195., it is characterized in that described first and second black boies have respectively and are substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described door of claim 191.
196., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than the U value of 0.16BTU/hr-sq ft-F according to the described door of claim 190.
197., it is characterized in that described first sheet material or described second sheet material have and be substantially equal to or less than 0.05 emissivity according to the described door of claim 190.
198., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.04 emissivity according to the described door of claim 190.
199., it is characterized in that described heat-protecting glass unit has and is substantially equal to or less than 0.01 emissivity according to the described door of claim 190.
200., it is characterized in that the internal temperature of described refrigerated compartment is substantially equal to or bears 20 degree less than Fahrenheit according to the described door of claim 190; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 70 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent.
201., it is characterized in that the internal temperature of described refrigerated compartment is substantially equal to or bears 40 degree less than Fahrenheit according to the described door of claim 190; The temperature of described external environment condition is substantially equal to or greater than Fahrenheit 80 degree; And the humidity of described external environment condition roughly is equal to or greater than 60 percent.
202., it is characterized in that described first black box and described second black box have respectively and be substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described door of claim 192.
203. a refrigerating unit comprises capsule, the cooling system that limits the cabin and is suitable for being installed in door on the opening in described cabin, described door has outer surface and comprises:
First glass sheet;
Second glass sheet;
First black box, its periphery around described first glass sheet and described second glass sheet is settled, thereby keeps described first sheet material and described second sheet material in the mode at interval each other;
First low-emissivity coating, the surface of its contiguous described first glass sheet or described second glass sheet;
Described first glass sheet, described second glass sheet, described first black box and described first low-emissivity coating form the heat-protecting glass unit, it has and is substantially equal to or less than the U value of 0.2BTU/hr-sq ft-F, prevent that significantly the condensation on the described outer surface of described door from forming, and need not apply electricity to heat described outer surface;
Be positioned at the lip-deep antifog or anti-fog coatings of a described glass sheet; And
Around the fixing framework of the periphery of described heat-protecting glass unit.
204. according to the described refrigerating unit of claim 203, it is characterized in that, also comprise:
The 3rd glass sheet; And
Second black box, its periphery around described second glass sheet and described the 3rd glass sheet is settled, thereby keeps described second sheet material and described the 3rd sheet material in the mode at interval each other.
205. according to the described refrigerating unit of claim 203, it is characterized in that, also comprise:
First Room that limits by described first glass sheet, described second glass sheet and described first black box;
Second Room that limits by sheet material, described glass outer side sheet material and described second black box in the middle of the described glass; And
Be arranged on each described first Room and the described second indoor gas.
206., it is characterized in that described first black box and described second black box have respectively and be substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described refrigerating unit of claim 204.
207., it is characterized in that described cold sotrage door has and is substantially equal to or less than 0.04 emissivity according to the described refrigerating unit of claim 203.
208., it is characterized in that described cold sotrage door has and is substantially equal to or less than 0.01 emissivity according to the described refrigerating unit of claim 203.
209., it is characterized in that described first black box has and is substantially equal to or less than the rate of heat exchange of 1.73Btu/hr-ft-F according to the described refrigerating unit of claim 203.
210. an antifog or anti-fog coatings comprises following mixture, promptly has:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: about 30 to 33.
211., it is characterized in that the mixing match of described first composition and described second composition is about 100: about 30 according to the described antifog or anti-fog coatings of claim 210.
212., it is characterized in that described mixture also comprises silane according to the described antifog or anti-fog coatings of claim 210.
213., it is characterized in that described silane comprises the 3-glycidoxypropyl trimethoxysilane according to the described antifog or anti-fog coatings of claim 212.
214., it is characterized in that the amount that described silane exists is about 1% to about 8% according to the described antifog or anti-fog coatings of claim 213.
215., it is characterized in that the amount that described silane exists is about 6% according to the described antifog or anti-fog coatings of claim 214.
216. a method that forms antifog or anti-fog coatings at least a portion of substrate, described method comprises:
At least a portion with the described substrate of first silane pretreatment;
Prepare such mixture, promptly have:
I) first composition, it comprises about 46% diacetone alcohol, approximately 4%N-methyl pyrrolidone, about 4% tert-butyl alcohol, about 8%Cyclohexane, about 6%2,4-pentanedione and about 2%Aromatic150; And
Ii) second composition, it comprises about 66% PIC, about 1% free monomer isocyanates, about 11% dimethylbenzene, about 11% n-butyl acetate and about 11% toluene;
Wherein, the mixing match of described first composition and described second composition is about 100: about 30 to 33;
Described mixture is applied to described substrate; And
Solidify described substrate.
217., it is characterized in that described mixture does not comprise additional solvent according to the described method of claim 216.
218., it is characterized in that the mixing match of described first composition and described second composition is about 100: about 30 according to the described method of claim 216.
219., it is characterized in that described mixture is to utilize single coating step applied according to the described method of claim 216.
220., it is characterized in that described curing is implemented according to the described method of claim 216 in single cure cycle.
221., it is characterized in that, comprise also second silane is added into described mixture that wherein said second silane is different with described first silane according to the described method of claim 216.
222., it is characterized in that described second silane comprises the 3-glycidoxypropyl trimethoxysilane according to the described method of claim 221.
223., it is characterized in that the amount that described second silane exists is about 1% to about 8% according to the described method of claim 222.
224., it is characterized in that the amount that described second silane exists is about 6% according to the described method of claim 223.
225., it is characterized in that described first silane comprises the aminoalkyl silicone according to the described method of claim 222.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US61096404P | 2004-09-20 | 2004-09-20 | |
| US60/610,964 | 2004-09-20 | ||
| US60/700,308 | 2005-07-19 |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201010510891.7A Division CN102032747B (en) | 2004-09-20 | 2005-09-20 | Anti-fog refrigeration door and method of making same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101163846A true CN101163846A (en) | 2008-04-16 |
Family
ID=39298252
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200580039612 Pending CN101163846A (en) | 2004-09-20 | 2005-09-20 | Anti-fog refrigeration door and method of making the same |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101163846A (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102032747B (en) * | 2004-09-20 | 2014-03-05 | 北美Agc平板玻璃公司 | Anti-fog refrigeration door and method of making same |
| CN103726744A (en) * | 2013-11-25 | 2014-04-16 | 成都市翻鑫家科技有限公司 | Novel anti-fog glass door for bathroom |
| CN104592827A (en) * | 2014-12-17 | 2015-05-06 | 常熟市恒仕达电器有限公司 | Island type refrigerating cabinet |
| CN104717908A (en) * | 2012-03-06 | 2015-06-17 | 复塑集团有限公司 | Cooling device and access door |
| CN104994609A (en) * | 2015-07-02 | 2015-10-21 | 浙江德诚制冷设备成套有限公司 | Fresh-keeping glass of refrigeration fresh-keeping case |
| CN109475262A (en) * | 2016-07-22 | 2019-03-15 | 伊利诺斯工具制品有限公司 | The batch-type vessel-cleaning machine of curtain is kept with energy |
| CN111219937A (en) * | 2018-11-26 | 2020-06-02 | 青岛海尔特种电冰柜有限公司 | Dew removing method and device for glass door body |
-
2005
- 2005-09-20 CN CN 200580039612 patent/CN101163846A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102032747B (en) * | 2004-09-20 | 2014-03-05 | 北美Agc平板玻璃公司 | Anti-fog refrigeration door and method of making same |
| CN104717908A (en) * | 2012-03-06 | 2015-06-17 | 复塑集团有限公司 | Cooling device and access door |
| CN104717908B (en) * | 2012-03-06 | 2019-05-28 | 复塑集团有限公司 | Cooling device and maintenance door |
| CN103726744A (en) * | 2013-11-25 | 2014-04-16 | 成都市翻鑫家科技有限公司 | Novel anti-fog glass door for bathroom |
| CN104592827A (en) * | 2014-12-17 | 2015-05-06 | 常熟市恒仕达电器有限公司 | Island type refrigerating cabinet |
| CN104994609A (en) * | 2015-07-02 | 2015-10-21 | 浙江德诚制冷设备成套有限公司 | Fresh-keeping glass of refrigeration fresh-keeping case |
| CN109475262A (en) * | 2016-07-22 | 2019-03-15 | 伊利诺斯工具制品有限公司 | The batch-type vessel-cleaning machine of curtain is kept with energy |
| CN111219937A (en) * | 2018-11-26 | 2020-06-02 | 青岛海尔特种电冰柜有限公司 | Dew removing method and device for glass door body |
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