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    • 41. 发明专利
    • DUCT STRUCTURE FOR VEHICLE
    • JP2003112516A
    • 2003-04-15
    • JP2001308903
    • 2001-10-04
    • DENSO CORP
    • IKUTA HARUKIHIRANO MIKIOITO KOICHIMIZUTANI SATOSHI
    • B60H1/00
    • PROBLEM TO BE SOLVED: To increase strength of a beam member while suppressing increase of weight of the beam member and manufacturing cost. SOLUTION: No notch is formed in a wiring holding part 140. Braces 120 are fixed to the beam member 100 on a plurality of surfaces 110a and 110b of a polygonally formed beam body 110. A bridge member 130 for reinforcement that extends in substantially parallel with the beam member 100 and interconnects two braces 120 is disposed between two braces 120. A part A of a coupling part between two members 101 and 102 constituting the beam member 100 is positioned in a place shifted downward from the tubularly formed beam body 110 of the beam member 100 to increase cross sectional secondary moment about an axis parallel with the vehicle longitudinal direction of the beam member 100. An opening 111 is formed so that the end 111a on the vehicle back side of opening 111 is positioned on a (virtual) reference line Lw extending in the vehicle width direction.
    • 45. 发明专利
    • AIR-CONDITIONING DEVICE FOR VEHICLE
    • JPH115439A
    • 1999-01-12
    • JP15962497
    • 1997-06-17
    • DENSO CORP
    • MIZUTANI SATOSHITAKANO YOSHIAKIKINOSHITA HIROSHI
    • B60H1/32F04B27/18F25B1/00F25B49/02
    • PROBLEM TO BE SOLVED: To provide an air-conditioning device for an automobile which can prevent the periodical variation of the rotation speed of an engine so as to suppress the deterioration of the motive power property and the operating performance of an automobile, by suppressing the periodical torque variation of an engine driving type compressor while securing the oil returning property to the compressor. SOLUTION: An object blowing-out temperature is calculated from the set temperature, the inner air temperature, the outer air temperature, and the solar radiation quantity, at first, (S1 to S5), and the first object after-evaporation temperature (TEO 1) according to the calculated object blowing-out temperature is calculated (S6). Then, the second object after-evaporation temperature (TEO 2) of the oil return limit according to the outer air temperature or the inner air temperature is calculated (S7). And the smaller side of the first object after- evaporation temperature (TEO 1) and the second object after-evaporation temperature (TEO 2) is made as an object after-evaporation temperature (TEO), and the discharge capacity of a compressor is controlled to make the object after- evaporation temperature (TEO) and the actual after-evaporation temperature (TE) equal.
    • 47. 发明专利
    • AIR GUIDE DUCT FOR VEHICLE
    • JP2002046450A
    • 2002-02-12
    • JP2000236059
    • 2000-08-03
    • INOUE MTP KKDENSO CORP
    • MIZUTANI SATOSHISUZUKI HIROSHI
    • B60H1/00B60H1/34
    • PROBLEM TO BE SOLVED: To provide an air guide duct for vehicle capable of fixedly holding a wire material and streamlining a dust laying operation. SOLUTION: This air guide duct 10 comprises a first base body 11 forming a duct half body and a second base body 12 forming a duct half body fitted to each other. The first base body 11 comprises an installation part 15 allowing an electrical system wire material 50 to be stored therein, and the second base body 12 comprises a cover piece 31 covering the installation part 15. The cover piece 31 comprises a plurality of slits 33 having a specified length along the extension direction of the wire material 50. An elastic extending deformation in a direction crossing the extending direction of the wire material 50 is allowed by the width increasing deformation of the slits 33. Thus, the wire material 50 stored in the installation part 15 is held pressingly on the installation part 15 by the covered cover piece 31 while being extended properly.
    • 49. 发明专利
    • SEAT AIR CONDITIONING UNIT
    • JP2006341840A
    • 2006-12-21
    • JP2006046506
    • 2006-02-23
    • DENSO CORP
    • KI YOSHINORIITO YUJIYAMAMOTO TAKASHIYOSHIDA TAKAHIROMIZUTANI SATOSHI
    • B60H1/00B60H1/34
    • PROBLEM TO BE SOLVED: To establish compatibility between a draft effect due to a large airflow in the transitional state and a cooling and heating effects in the steady state. SOLUTION: The seat air conditioning unit is provided with a first door 12 at an upstream side (inlet side) of a second heat exchanger 11 at the exhaust heat side of a Peltier element 8. When a temperature of a seat is higher than an inside air temperature, a second ventilation flute 6 is blocked by closing the first door 12 in a draft mode, and the wind flowing in the second exchanger is shut off. Almost total amount of airflow which is generated by an air blower 4 and flows in an inlet port 3 passes through a first ventilation flute 5 at the first heat exchanger 10 side. Since the large airflow of the inside air temperature can be blown out on a seat surface from a first blowout port 13 through a seat blowout port 24 by making the Peltier element an OFF state, the draft effect is larger than in a usual operation of a half airflow at Peltier element an ON state, and the cool down effect can be enhanced. COPYRIGHT: (C)2007,JPO&INPIT