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    • 5. 发明专利
    • PRODUCTION OF CORE OF LAMINATED HEAT EXCHANGER
    • JPH06238432A
    • 1994-08-30
    • JP5512293
    • 1993-02-19
    • TOYO RADIATOR CO LTD
    • WATANABE MASAMI
    • B23K1/00B23K1/008B23K31/02F28D9/00F28F3/08
    • PURPOSE:To provide the production of a laminated heat exchanger having high productivity and no possibility of leakage. CONSTITUTION:Each hollow cubic side walled material 5 is placed on left/right both end part 2a of a rectangular plate 2, a brazing filler metal sheet 7 of Ni base amorphous foil is placed on the upper surface of the plate 2 sandwiched by the hollow cubic side waalled material 5, further, a corrugated fin 37 directed its groove parallel to the hollow cubic side walled material 5 is placed on thereon, the brazing filler metal sheet 7 is placed on the corrugated fin 3 and then placing other plate 2. And the corrugated fin and hollow cubic side walled material 5 as well as the corrugated fin 4 and hollow cubic side walled material 6 with changing its direction by right angle are placed on the second plate 2. These works are repeated at plural times and then welding is executed on the contact point between the end part of the hollow cubic side walled materoal 6 and plate 2, the plate 2 to corrugate fins 3, 4, and the plate fin 2 to hollow cubic side walled materials 5, 6 are subjected to brazing.
    • 7. 发明专利
    • ELEMENT FOR DEDORIZATION CATALYST
    • JPH1033941A
    • 1998-02-10
    • JP21320996
    • 1996-07-23
    • TOYO RADIATOR CO LTD
    • TAKAMATSU RYOICHIWATANABE MASAMI
    • B09B5/00B01D53/86B21D47/00
    • PROBLEM TO BE SOLVED: To provide an element for a deodorization catalyst which his compact and manufactured at a low cost and by which the temperature of a deodorization catalyst can be efficiently heightened by rolling a composite sheet produced by overlaying a corrugated sheet of a metal and a flat sheet of a metal round the outer circumference of a heating axial body in a manner the corrugated sheet is set in the inner side. SOLUTION: In the case an element for a dedorization catalyst is assembled, a composite sheet 14 is constituted by overlaying a corrugated sheet 12 produced by corrugating, for example, a stainless sheet and a flat sheet 13 made of a similar material. The end parts of the corrugated sheet 12 and the flat sheet 3 of the composite sheet 14 are spot-welded in the outer circumferential face of a heating axial body 11 and then the composite sheet 14 is rolled in multilayers in a manner the corrugated sheet 12 is set in the inside. Then, of the element for a dedorization catalyst produced by spot-welding the end part of the flat sheet 13 positioned in the outermost side of the rolled sheet in the surface of the flat sheet 13 itself, the space formed by the corrugated sheet 12 is used as a gas passing route and a known deodorization catalyst is deposited on the walls of the gas passing route to obtain a deodorization apparatus.
    • 10. 发明专利
    • HEATING APPARATUS FOR AUTOMOBILE
    • JPH06255344A
    • 1994-09-13
    • JP7295693
    • 1993-03-04
    • TOYO RADIATOR CO LTD
    • CHIKAMATSU NOBUTAKAMORI SHIGEKIWATANABE MASAMIYOSHINO YASUSHI
    • B60H1/08
    • PURPOSE:To obtain a heating apparatus which possesses the excellent heat storage efficiency and can carry out speedy heating free from the time delay by storing heat by allowing the cooling water heated by an engine to flow in a heat storage type heat exchanger for warming and preventing the flow-out of the stored calorific heat by closing an inflow/effluence port by selecting a selector valve. CONSTITUTION:A feeding pipe 11 is extended through an opening/closing solenoid valve 10 from a cylinder head 1b, and midway branched through a selecting solenoid valve 12, and a feeding pipe 11a is connected with a heat exchanger A for hot water heating, and a feeding pipe 11b is connected with a heat storage type heat exchanger B for heating. A discharge pipe 15a extended from the heat exchanger A for hot water heating and a discharge pipe 15b extended from the heat storage type heat exchanger B for warming are gathered at a selecting solenoid valve 16 and connected with an engine 1. Accordingly, cooling water can be supplied selectively to the heat exchanger A for warm water warming or the heat storage type heat exchanger B for warming through the selection control of the selecting solenoid valves 12 and 16. The blowing by a fan 17 can be carried out selectively for the heat exchanger A for warm water warming or the heat storage type heat exchanger B for warming by the operation of a selecting door 18.