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    • 1. 发明专利
    • FIN AND TUBE TYPE HEAT-EXCHANGER
    • JP2003240489A
    • 2003-08-27
    • JP2002039515
    • 2002-02-18
    • MATSUSHITA REFRIGERATION
    • TAKANO TAKASHI
    • F28F1/12C23C28/00F25B39/02F28F19/02
    • PROBLEM TO BE SOLVED: To prevent an offensive odor from being generated in an operation of an actual air-conditioner by generating an adsorbed molecule or organic substance of an offensive smell as an odor, from titanium oxide itself, even under the condition that it is not irradiated with light such as an ultra-violet ray, in a fin and tube type heat-exchanger used for a heat pump air-conditioner or the like. SOLUTION: A compounding ratio of a binder to the titanium oxide in a titanium oxide layer 13 formed using the binder on a fin 12 surface for constituting the fin and tube type heat-exchanger is brought into a range from 60:40 to 50:50 by weight ratio of solid contents thereof so as to optimize the compounding ratio of the binder to the titanium oxide, and the offensive odor is prevented from being generated in the operation of the actual air-conditioner by generating the adsorbed molecule or organic substance of the offensive smell as the odor, from the titanium oxide itself, even under the condition where not irradiated with light such as the ultra-violet ray. COPYRIGHT: (C)2003,JPO
    • 4. 发明专利
    • LAMINATION TYPE HEAT EXCHANGER
    • JPH03251687A
    • 1991-11-11
    • JP4762490
    • 1990-02-28
    • MATSUSHITA REFRIGERATION
    • TAKANO TAKASHIFUJINO KENJISUGAWARA TAKASHISUGA HIROAKI
    • F28D9/00
    • PURPOSE:To distribute fluid uniformly into a header and grooved parts and improve heat exchanging performance by a method wherein a plurality of sheets of heat exchanging plates, provided with an end plate, a plurality of grooves, a header and the other header, separated from the header, are laminated while an inlet pipe and an outlet pipe as well as the inlet and outlet sections of the end plate are flattened. CONSTITUTION:A plurality of sheets of heat exchanging sheets 21, on which grooves are worked, are laminated and end plates 22 are superposed on both ends of the laminated heat exchanging sheets while the heat exchanging sheets 21 are brought into close contact with the end plates 22 so that fluid 23, 24 do not leak from grooves 27, 28 and an inlet tube 26, whose section communicated with a header 25 is flattened, is attached. The heat exchanging sheets 21 are laminated by turning them by 90 deg. one by one whereby each sheet is constituted so that different fluid 23, 24 flow therethrough. Accordingly, grooves 27, 28 become heat exchanging units and heat is exchanged between fluids 23, 24 flowing thorugh an upper plate and a lower plate. In this case, one part of the inlet tube is flattened to disperse the fluid into the header 25 and distribute it uniformly into the grooves 27, 28 whereby heat exchanging performance can be improved.
    • 6. 发明专利
    • FIN AND TUBE TYPE HEAT EXCHANGER
    • JPH10220978A
    • 1998-08-21
    • JP2492897
    • 1997-02-07
    • MATSUSHITA REFRIGERATION
    • TAKANO TAKASHIKATAGIRI OSAMU
    • F28F1/32
    • PROBLEM TO BE SOLVED: To maintain hydrophilic property persistence by oxidizing and decomposing hydrophobic molecules of organic material adhered to a fin surface by a photocatalytic action of titanium oxide by providing a fin containing the titanium oxide at least on one surface of the fin, and providing a film containing hydrophilic surface treating agent on the other surface. SOLUTION: The fin 12 is executed on a lower surface of the surface thereof with a corrosion resistant film 3, and on an upper layer with a film 13 containing titanium oxide. That is, the fins 12 for constituting the fin and tube type heat exchanger are executed on the lower layer of the surface thereof with the film 3 and on the upper layer with the film 13 containing the titanium oxide. Thus, hydrophobic molecules of the organic material adhered to the surface of the fin 12 is oxidized and decomposed by photocatalytic action of the titanium. Thus, hydrophilic persistence can not only be maintained, but also superhydrophilic sate can be maintained. Further, since offensive component or organic material is oxidized and decomposed, breeding of mold is suppressed, and generation of offensive odor can be prevented.
    • 10. 发明专利
    • FIN MEMBER FOR HEAT EXCHANGER
    • JPH03241289A
    • 1991-10-28
    • JP3765290
    • 1990-02-19
    • MATSUSHITA REFRIGERATION
    • FUJINO KENJISUGA HIROAKITAKANO TAKASHI
    • F28F1/32B32B15/08F28F21/00
    • PURPOSE:To keep the persistence of inhibitive action against the propagation of fungi and bacteria, by a method wherein after a hydrophilic coat consisting of a fungicide or silica with a water-dispersing property is formed on the surface of a fin member, a water-wettable coat with fine through-holes on the surface thereof is formed. CONSTITUTION:A fin member 1 for a heat exchanger is composed of a thin aluminum-made fin 2 with consideration for press working, and a hydrophilic coat 4 for which a fungicide 3 is properly mixed into a low molecular weight compound having an alkali silicate and a carbonyl group and dispersed, is formed on the surface of the aluminum-made fin. After that, the surface of the aluminum-made fin coated is also coated with another low molecular weight compound, which has not the fungicide but has the alkali silicate and the carbonyl group, and thus a water-wettable coat 5 is formed, of which the surface layer has fine through-holes. In this way, the fin member for which the persistence of a fungicidal effect is improved can be obtained.