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    • 91. 发明专利
    • Floor heating apparatus and its construction method
    • 地板加热装置及其施工方法
    • JP2008045828A
    • 2008-02-28
    • JP2006222888
    • 2006-08-18
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • KUSAKA ATSUSHIIMANISHI NOZOMIIGAWA KAZUHISA
    • F24D3/16
    • Y02B30/24
    • PROBLEM TO BE SOLVED: To provide a floor heating apparatus, heightening the heating efficiency. SOLUTION: This floor heating apparatus includes a heat source unit for generating hot water; and a radiating panel body 8 having a radiating tube 6 where the hot water flows, wherein the hot water from the heat source unit is circulated through the radiating tube 6. The inner peripheral surface of the radiating tube 6 is made eccentric to the outer peripheral surface thereof in a predetermined direction, and in the radiating tube 6, a thin part 16 is provided on the predetermined direction side, and a thick part 18 is provided on the opposite side to the thin part 16. The radiating amount of heat of hot water is large in the thin part 16, and small in the thick part 18, and the radiating tube 6 is disposed with the thin part 16 set on the surface side of the radiating panel body 8, whereby heat of hot water can be efficiently transmitted to the surface side of the radiating panel body 8. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种地板加热装置,提高加热效率。 解决方案:该地板加热装置包括用于产生热水的热源单元; 以及具有热水流过的散热管6的散热板体8,其中来自热源单元的热水通过散热管6循环。散热管6的内周面与外周 表面在预定方向上,并且在辐射管6中,在预定方向侧上设置有薄部分16,并且在薄部分16的相对侧上设置有厚部分18。热量的热量 水在薄部分16中较大,并且在厚部分18中较小,并且散热管6设置有薄部分16设置在辐射板体8的表面侧,由此可以有效地传输热水的热量 到散热板主体8的表面侧。(C)2008,JPO&INPIT
    • 92. 发明专利
    • COUPLING WITH SWITCHING VALVE
    • JP2001012759A
    • 2001-01-19
    • JP18155299
    • 1999-06-28
    • OSAKA GAS CO LTDHARMAN CO LTD
    • KAWAGUCHI TAKAFUMIIGAWA KAZUHISANISHIMURA HIROYUKIMORIMOTO KAZUYUKINISHIURA MASANAGA
    • F16K11/04F24D3/10
    • PROBLEM TO BE SOLVED: To provide a coupling with a switching valve which necessitates no space for attaching a liquid extracting plug, permits miniaturization and facilitates liquid extracting work. SOLUTION: An operating shaft 20 constituted of a switching valve 17 and a liquid extracting plug mechanism unit 40 to open and close a heat medium main passage 15 by operating the switching valve 17 is constituted of a valve body, whose one part constitutes the switching valve 17 to effect the communicating and intercepting function of the heat medium main passage 15, and a communicating passage 21 formed in the shaft 20 so as to be communicated with the heat medium main passage 15. A liquid extracting plug mechanism unit 40, equipped with a liquid extraction operating unit 43 and a liquid extracting passage 41, communicated with the communicating passage 21 of the operating shaft 20 and serving as a liquid extracting passage 41 which becomes a passage upon extracting the liquid, is attached to the operating shaft 20. In this case, the liquid extracting passage 41 of the liquid extracting mechanism unit 40 is positioned so as to be substantially coaxial with the central axis of the operating shaft 20 for the switching valve 17.
    • 93. 发明专利
    • JOINT FOR HEAT SOURCE UNIT
    • JP2000304288A
    • 2000-11-02
    • JP10795399
    • 1999-04-15
    • OSAKA GAS CO LTDHARMAN CO LTD
    • KAWAGUCHI TAKAFUMIIGAWA KAZUHISANISHIMURA HIROYUKINISHIURA MASANAGA
    • F16K27/00F16L29/00F24D3/10
    • PROBLEM TO BE SOLVED: To provide a joint for a heat source unit by which switching operation of a changeover valve can be performed simply without fail in a short time. SOLUTION: In a joint HD1 or HD2 for a heat source unit a connection 33 on heat source unit side, connection parts 35 and 37 on terminal side to be connected with heat medium circulation pipes 20 and 21 and a connection part 39 for inspection to be connected with an inspection fluid supplypipe 45 are provided in a state of being in communication with one another, and a changeover valve 46 which can freely switch by a slide part an inspection state where the communication between the connection part 33 on heat source unit side and the connection parts 35 and 37 on terminal side is cut off and a heat medium circulation state where the connection part 33 on heat source unit side and the connection part 35 and 37 on terminal side are connected by lifting the cut-off, and the changeover valve 46 is constituted in such a manner as to be capable of switching an engagement state where the side of the changeover valve 36 to the side of heat medium circulation state is checked, with a part 49 to be locked on the side of the changeover valve engaging with a locking part 50 on the side of the joint body, by rotating a operation part 46c in the position corresponding to the inspection state of the valve 46.
    • 96. 发明专利
    • HEAT SOURCE FACILITY
    • JP2000205583A
    • 2000-07-25
    • JP262799
    • 1999-01-08
    • OSAKA GAS CO LTDHARMAN CO LTD
    • IGAWA KAZUHISAYOSHIMOTO HIROSHIKONISHI DAISUKETORII KOYOKAWACHI TOSHIHIRO
    • F24D3/00
    • PROBLEM TO BE SOLVED: To detect the mixture temperature of fluid to be heated flowing from the return path section of a circulation channel to a fluid heater while reducing cost. SOLUTION: A plurality of fluid heaters 2 are coupled in parallel with a circulation channel 3, a supplement means 9 supplements fluid to be heated consumed by a terminal load M and the heating section of a fluid heater 2 is regulated to heat the fluid to be heated up to a set target temperature based on detection information from a flow detecting means and a temperature detecting means. An operation control means 5 executes heating operation for increasing the number of a plurality of fluid heaters 2 being operated as the thermal load increases while altering the number of the fluid heaters 2 for conducting the fluid to be heated through control of an intermittent means. Based on detection information from the temperature detecting means at the fluid heater 2 conducting the fluid to be heated, mixture temperature the fluid to be heated flowing from the return path section of the circulation channel 3 to the fluid heater is determined.
    • 97. 发明专利
    • HEAT SOURCE FACILITY
    • JP2000205582A
    • 2000-07-25
    • JP200599
    • 1999-01-07
    • OSAKA GAS CO LTDHARMAN CO LTD
    • IGAWA KAZUHISAYOSHIMOTO HIROSHIKONISHI DAISUKETORII KOYOKAWACHI TOSHIHIRO
    • F24D3/00
    • PROBLEM TO BE SOLVED: To prevent temperature hunting of fluid to be heated at the supply path section of a circulation channel. SOLUTION: A plurality of fluid heaters 2 are coupled in parallel with a circulation channel 3, a supplement means 9 supplements fluid to be heated consumed by a terminal load M and an operation control means 5 determines the number of conduction for branching the fluid to be heated by a correct set volume at a time based on detection information from means for detecting total quantity of the fluid to be heated flowing from the return path section 3a of the circulation channel 3 to a fluid heater 2. Based on detection information from means for detecting the temperature of the fluid to be heated flowing from the flow rate detecting means and the return path section 3a of the circulation channel 3 to the fluid heater 2, the number of heating operations heatable up to a set target temperature within heating capacity and smaller than the number of conduction is determined. Heating operation is executed based on the number of conduction and the number of heating operations.
    • 99. 发明专利
    • LAYING STRUCTURE OF COOLING HEATING PANEL
    • JP2000002448A
    • 2000-01-07
    • JP17131798
    • 1998-06-18
    • OSAKA GAS CO LTDHITACHI CABLE
    • IGAWA KAZUHISANAKAYAMA RIEHORI MAKOTOSUZUKI NOBUO
    • F24F1/00
    • PROBLEM TO BE SOLVED: To provide the laying structure of a cooling heating panel, wherein an air reservoir is prevented from formation at the interior of a cold and hot water flow pipe. SOLUTION: A cooling and heating panel 3 is laid in an inclining state in a given spot. A cold and hot water supply header 6 is arranged on the low position side of the inclining state, and a cold and hot water discharge header 7 is arranged on the high position side of the inclination state. Cold and hot water 10 is supplied from the cold and hot water supply header 6 to a cold and hot water flow pipe 8 in the cooling and heating panel 3. Thereafter, the cold and hot water 10 is discharged through the flow pipe 8 to the cold and hot water discharge header 7. Buoyancy toward a high position based on a difference in elevation due to laying in an inclination state is generated at air generated at or braced in the internal part of the cold and hot water flow pipe 8. Thus, air in the cold and hot water flow pipe 8 is smoothly moved toward the cold and hot water discharge header 7 in a high position together with a flow of the cold and hot water 10. Air 11 discharged in the cold and hot water discharge header 7 is trapped by an air discharge valve 9 and released in the atmosphere. This constitution prevents formation of an air reservoir, by which lowering of cooling and heating efficiency is caused, at the internal part of the cold and hot water flow pipe 8.