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    • 1. 发明专利
    • 熱源装置
    • 热源设备
    • JP2014206341A
    • 2014-10-30
    • JP2013084923
    • 2013-04-15
    • 株式会社ガスターGastar Corp
    • UCHIYAMA TSUBASAKIMURA KOTARO
    • F24H1/00
    • 【課題】集熱器で集熱した熱を有効利用する。【解決手段】太陽光の熱を集熱器で集熱し、その集熱された液体の温度を集熱器内液温検出手段5で検出する。集熱器1に接続された液体循環通路を貯湯槽と湯水循環通路とに熱的に接続する。浴槽への水張りを指定されたタイミングで行った後に、集熱器内液温検出手段5の検出温度が予め定められた集熱利用浴槽水加熱設定温度以上であり、かつ、貯湯槽2内が予め定められた満蓄判断設定温度以上の湯で満たされていると判断された以降に、集熱利用浴槽水加熱制御手段が液体循環通路の液体循環ポンプ4を駆動させて液体循環通路内の液体を循環させると共に浴槽湯水循環ポンプ8を駆動させて湯水循環通路内に浴槽湯水を循環させ、液体循環通路内を通る液体と湯水循環通路内を通る浴槽湯水との熱交換を行うことにより集熱器で集熱した熱によって浴槽の水を加熱する。【選択図】図1
    • 要解决的问题:有效地利用由集热器收集的热量。解决方案:通过集热器收集阳光的热量,并且通过集热器内部液体温度检测装置5检测收集热量的液体的温度。 与集热器1连接的液体循环通道热连接到热水储存箱和热水循环通道。 在规定的时间对水浴进行充填,然后,在利用集热器内部温度检测装置5获得的检测温度被确定为使用浴缸水加热设定温度以上的规定的集热时,在热的内部 储水罐2被确定为具有规定的全存储确定设定温度或更高的热水填充,使用浴缸水加热控制装置的热收集驱动液体循环通道中的液体循环泵4以使液体循环通道内的液体循环 驱动浴缸热水循环泵8,使热水循环通道内的浴缸热水循环。 通过在液体循环通道内通过的液体与通过热水循环通道的浴缸热水之间的热交换,通过使用由集热器收集的热量来加热浴缸中的水。
    • 2. 发明专利
    • Heat source system
    • 热源系统
    • JP2013029208A
    • 2013-02-07
    • JP2011144418
    • 2011-06-29
    • Gastar Corp株式会社ガスター
    • KIMURA KOTARO
    • F24H1/00F24J2/40F24J2/42
    • Y02B10/20Y02E10/40
    • PROBLEM TO BE SOLVED: To efficiently perform heat collection operation in operating a heat collector.SOLUTION: A heat collector to collect solar heat with a solar light receiving surface and a hot water storage are thermally connected via a liquid circulation passage. When a liquid circulation pump 5 is operated, heat collection operation is performed, where the liquid circulating in the liquid circulation passage exchanges heat with hot water in the hot water storage to heat the hot water in the hot water storage. When heat collection operation begins after a predetermined time has elapsed since the stop of the previous heat collection operation and the on/off frequency of the liquid circulation pump 5 detected by a pump on/off frequency detecting means 44 reaches or exceeds a preset frequency, a steam blowoff control means 45 keeps the liquid circulation pump 5 suspended for a while until a predetermined standby time elapses, and gathers the steam in the heat collector toward the liquid discharge outlet side of an internal liquid passage in the heat collector, and then restarts the liquid circulating pump after the predetermined standby time elapses to perform the steam blowoff by discharging the steam in the heat collector to the outside from the liquid discharge outlet side of the heat collector with a preset frequency or more.
    • 要解决的问题:为了在操作集热器时有效地执行热收集操作。 解决方案:利用太阳能光接收表面和热水储存器收集太阳热的集热器通过液体循环通道热连接。 当操作液体循环泵5时,进行热收集操作,其中在液体循环通道中循环的液体与热水存储器中的热水交换热量以加热热水存储器中的热水。 在从先前的热收集操作停止经过预定时间并且由泵开/关频率检测装置44检测到的液体循环泵5的开/关频率达到或超过预设频率之后开始热采集操作时, 蒸汽吹出控制装置45使液体循环泵5暂停一段时间,直到经过预定的待机时间,并且将集热器中的蒸汽聚集到聚集器内部液体通道的液体排出口侧,然后重新开始 经过预定待机时间之后的液体循环泵经过预先设定的频率以上从集热器的液体排出侧排出到集流器的排出口侧的方式进行蒸汽吹出。 版权所有(C)2013,JPO&INPIT
    • 3. 发明专利
    • Auxiliary heating device
    • 辅助加热装置
    • JP2013007520A
    • 2013-01-10
    • JP2011140139
    • 2011-06-24
    • Gastar Corp株式会社ガスター
    • KIMURA KOTARO
    • F24H1/00F24S90/00
    • Y02E10/40
    • PROBLEM TO BE SOLVED: To provide an auxiliary heating device capable of assisting a temperature rise in bathtub water while a bath furnace (or bath water heater) does not erroneously detect the temperature of bath water in a bathtub.SOLUTION: The auxiliary heating device 11 has: a heat exchanger (water to water heat exchanger 20) heating bathtub water taken in through a bath return pipe 32 from a bathtub 3, and inserted on the way of a bath going pipe 31 of the bath water heater 12 provided with a bath additional heating function to raise the temperature of the bathtub water in the bathtub by returning the heated bathtub water to the bathtub 3 through the bath going pipe 31; and a heat source section for heating the heat exchanger (a sunlight collector 21, a heating medium circulation route 22. a circulation pump 24, etc.). The bath water heater 12 also stops heating by the heat source section while it operates a remaining water amount.
    • 要解决的问题:提供一种辅助加热装置,其能够在浴室(或浴热水器)不会错误地检测浴缸中的浴水的温度的同时辅助浴缸水温度升高。 辅助加热装置11具有:热交换器(水到水热交换器20),从浴缸3通过浴返回管32吸入浴缸水,并插入浴管31的通道 设置有浴附加加热功能的浴热水器12,通过浴槽31将加热的浴缸水返回到浴缸3来提高浴缸中的浴缸的温度; 以及用于加热热交换器(太阳光收集器21,加热介质循环路径22.循环泵24等)的热源部。 洗澡水加热器12也停止热源部的加热,同时操作剩余的水量。 版权所有(C)2013,JPO&INPIT
    • 4. 发明专利
    • Cistern device including pipe line tool as accessory and liquid injection method for injecting liquid into tank using the cistern device
    • 包括管线工具的CISTERN器件作为使用CISTERN器件将液体注入罐中的附件和液体注射方法
    • JP2011153803A
    • 2011-08-11
    • JP2010017049
    • 2010-01-28
    • Gastar Corp株式会社ガスター
    • KIMURA KOTARO
    • F24D3/10
    • PROBLEM TO BE SOLVED: To provide a cistern device capable of efficiently filling liquid within a liquid circulation passage and up to a set liquid level in the cistern device.
      SOLUTION: The cistern device 1 is provided in the middle of the liquid circulation passage circulating liquid by operating a pump and includes a pipe line tool 8 as an accessory. A tank 2 storing water is provided. The tank 2 includes a leading-out port 4 leading out liquid to the liquid circulation passage and a return port 5 returning liquid returned through the liquid circulation passage to the tank 2. The pipe line tool 8 has a bending pipe member 11 having a mounting part 10 for mounting one end side thereof to the return port 5 and a turning back part extended from the return port 5 upwardly and then, turned back toward inside of the tank 2 with the mounting part 10 mounted to the return port 5. An upper end outlet of the bending pipe member 11 is located in the position higher than the liquid level of the liquid stored in the tank 2 with the mounting part 10 mounted to the return port 5.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:提供一种能够有效地填充液体循环通道内的液体并且在水箱装置中达到设定液位的水箱装置。 解决方案:水箱装置1通过操作泵设置在液体循环通道循环液体的中间,并且包括作为附件的管线工具8。 提供储存水的储存罐2。 罐2包括将液体引导到液体循环通道的引出口4和将通过液体循环通道返回的液体返回到罐2的返回口5.管线工具8具有弯曲管构件11,其具有安装 将其一端侧安装到返回口5的部分10和从返回端口5向上延伸的后退部分,然后在安装部分10安装到返回端口5的同时朝向罐2的内部转回。 弯管部件11的端部出口位于高于储存在罐2中的液体的液位的位置,安装部10安装在返回口5.版权所有(C)2011,JPO&INPIT
    • 5. 发明专利
    • Neutralizing device, combustion device comprising neutralizing device, and neutralizing method
    • 中和装置,包含中和装置的燃烧装置和中和方法
    • JP2009174812A
    • 2009-08-06
    • JP2008015429
    • 2008-01-25
    • Gastar Corp株式会社ガスター
    • KIMURA KOTAROMOGI TORUSHIMABUKURO DAISUKE
    • F24H9/00C02F1/66F23L17/14F24H1/14
    • PROBLEM TO BE SOLVED: To provide a neutralizing device, a combustion device comprising the neutralizing device, and a neutralizing method, capable of exerting a drainage receiving capacity of the neutralizing device such as a neutralizer in maximum. SOLUTION: This neutralizing device disposed in a combustion device comprising a piping system 44 for supplying hot water heated by a combustion portion 53, and neutralizing the drainage generated in collecting latent heat by a heat exchanger 56 for collecting latent heat of an exhaust gas generated in accompany with the combustion of a combustion portion, has a neutralizer body 70 capable of receiving a neutralizing agent inside, a drainage receiving portion 57 receiving the drainage, and an introducing portion 75 for guiding the drainage received by a drain receiving portion to the neutralizer body, and further has a maximum receiving amount determining portion 109 having the maximum receiving amount information 110 to prevent overflowing of the drainage received in the drainage receiving portion from the drainage receiving portion, and determining whether the amount of drainage received in the drainage receiving portion is over the maximum receiving amount or not. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种中和装置,包括中和装置的燃烧装置和能够最大限度地施加中和装置的中和装置的排水接收能力的中和方法。 解决方案:该中和装置设置在燃烧装置中,该燃烧装置包括用于供给由燃烧部分53加热的热水的管道系统44,并且中和通过用于收集排气潜热的热交换器56收集潜热而产生的排水 随着燃烧部分的燃烧而产生的气体具有能够接收中和剂的中和体70,接收排水的排水容纳部57,以及用于将由排水接收部接收的排水引导到 并且还具有最大接收量确定部分109,该最大接收量确定部分109具有最大接收量信息110,以防止在排水接收部分中接收的排水从排水接收部分溢出,并且确定在排水口中接收到的排水量 接收部分超过最大接收量。 版权所有(C)2009,JPO&INPIT
    • 6. 发明专利
    • Drain foreign matter removing structure and drain neutralizer using the drain foreign matter removing structure
    • 排水外部拆除结构和排水中和器使用排水外部搬迁结构
    • JP2009011948A
    • 2009-01-22
    • JP2007177512
    • 2007-07-05
    • Gastar Corp株式会社ガスター
    • KIMURA KOTAROMOGI TORUSHIMABUKURO DAISUKE
    • B03B5/28F23L17/14F24H1/14F24H9/00F24H9/16
    • PROBLEM TO BE SOLVED: To prevent flowing of a foreign matter such as a fallen leaf and soil into a drain storing chamber of a drain neutralizer. SOLUTION: A foreign matter removing chamber 9 for removing the foreign matter mixed in the drain is provided at a drain introducing port 31 side of the drain storing chamber 33 for storing and neutralizing the drain. A drain entrance 11 of the foreign matter removing chamber 9 is constituted of a tubular member 10 which is provided by being spread from an upper end to a lower end side of the foreign matter removing chamber 9, the lower end 16 has a space toward a bottom surface of the foreign matter removing chamber 9 and a drain exit 15 of the foreign matter removing chamber 9 is formed above the lower end 16 of the tubular member 10. When the drain flowing into the foreign matter removing chamber 9 contains a lightweight foreign matter 12 with smaller specific gravity than that of the drain such as the fallen leaf, the lightweight foreign matter 12 is made to float on the drain in the tubular member 10. When the drain contains a weighty foreign matter 13 with larger specific gravity than that of the drain, the weighty foreign matter 13 is precipitated and stored at a bottom surface side of the foreign matter removing chamber 9. Thereby flowing of the foreign matter into the drain storing chamber 33 can be prevented. COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:防止诸如落叶和土壤的异物流入排水中和器的排水存储室。 解决方案:用于除去混合在排水管中的异物的异物去除室9设置在排水容纳室33的排水引入口31侧,用于储存和中和排水。 异物除去室9的排水入口11由从异物除去室9的上端扩散到下端侧而设置的管状部件10构成,下端部16具有朝向 异物除去室9的底表面和异物除去室9的排出口15形成在管状部件10的下端16的上方。当​​流入异物除去室9的排水口含有轻质异物 12,其比重比排水口的比重小,例如落叶,使轻质异物12漂浮在管状构件10的排水管上。当排水管含有比重大的比重大的异物13时 排出物,重量异物13沉淀并存储在异物除去室9的底面侧。由此,异物流入排水收容室 33可以防止。 版权所有(C)2009,JPO&INPIT
    • 7. 发明专利
    • Movable radiator
    • 可移动散热器
    • JP2008185234A
    • 2008-08-14
    • JP2007017480
    • 2007-01-29
    • Gastar CorpTokyo Gas Co Ltd東京瓦斯株式会社株式会社ガスター
    • MATSUMAE KAZUNORIKAGIYA SHINICHIKIMURA KOTAROMOGI TORU
    • F24D3/16F24F5/00
    • PROBLEM TO BE SOLVED: To provide a foldable movable radiator capable of being properly installed on a tall-skirted window and a sweeping-out window of a dwelling house.
      SOLUTION: This movable radiator 1 comprises a radiator main body 2 composed of four sheets of radiation units 4-7, and a guide rail 3 for suspending and supporting the radiation units at an upper part of the main body 2. Each radiation unit comprises a frame 12 and a group of radiation pipes 8 disposed in the frame 12. The group of radiation pipes 8 is classified into a hot water advancing system 8a and a hot water returning system 8b, and constituted to allow the hot water to flow in a hot water advancing pipe 8i and a hot water returning pipe 8j. A right frame 12b is provided with three hinges 9-11, so that the radiation units 4, 5 are constituted to be foldable. The hinges 9, 10 are provided with hot water flow channels inside.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种能够适当地安装在住房的高架窗和清扫窗的可折叠的可移动散热器。 解决方案:该可移动散热器1包括由四片辐射单元4-7组成的散热器主体2和用于在主体2的上部悬挂和支撑辐射单元的导轨3.每个辐射 单元包括框架12和布置在框架12中的一组辐射管8.该组辐射管8被分为热水前进系统8a和热水返回系统8b,并且构成为允许热水流动 在热水供给管8i和热水返回管8j中。 右框架12b设置有三个铰链9-11,使得辐射单元4,5构成为可折叠的。 铰链9,10内部设有热水流动通道。 版权所有(C)2008,JPO&INPIT
    • 8. 发明专利
    • Reheating device with bubble supply function
    • 具有泡沫功能的再加热装置
    • JP2007212048A
    • 2007-08-23
    • JP2006032553
    • 2006-02-09
    • Gastar Corp株式会社ガスター
    • KIMURA KOTAROFUKUYOSHI KENZO
    • F24H1/00A47K3/00A61H23/00A61H33/02F24H9/12
    • PROBLEM TO BE SOLVED: To perform reheating and fine bubble supply using a common pump while simplifying a structure around a bathtub.
      SOLUTION: The reheating device comprises a connection unit 30 provided in the bathtub, a reheating circulation circuit having upstream and downstream ends connected to the connection unit 30, and the pump and a heat supply part provided on the midway of the reheating circulation circuit. It has an outside air supply means connected to the reheating circulation circuit on a pump suction side for supplying outside air, a branch circuit branching from the reheating circulation circuit on a pump discharge side, and a selecting means for selecting either the reheating circulation circuit or the branch circuit on the downstream side beyond a branch point, as a hot water passage. The connection unit 30 has a suction passage 51 connecting the upstream end of the reheating circulation circuit to the inside of the bathtub, a first discharge passage 52 connecting the downstream end of the reheating circulation circuit to the inside of the bathtub, and a second discharge passage 53 connecting the downstream end of the branch circuit to the inside of the bathtub. The second discharge passage includes distribution resistance parts 35h, 35i.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:在简化浴缸周围的结构的同时,使用普通泵进行再加热和气泡供应。 解决方案:再加热装置包括设置在浴缸中的连接单元30,具有连接到连接单元30的上游和下游端的再加热循环回路,以及设置在再加热循环中途的供热部 电路。 它具有一个外部空气供应装置,连接到一个用于供给外部空气的泵吸入侧的再加热循环回路,一个从再循环回路在泵排出侧分支的分支回路,以及选择装置,用于选择再加热循环回路或 分支电路在下游侧超过分支点,作为热水通道。 连接单元30具有将再加热循环回路的上游端连接到浴缸内部的吸入通路51,将再加热循环回路的下游端连接到浴缸内部的第一排出通路52, 通道53将分支回路的下游端连接到浴缸的内部。 第二排出通道包括分配阻力部分35h,35i。 版权所有(C)2007,JPO&INPIT
    • 9. 发明专利
    • Instantaneous hot water supply system
    • 即时热水供应系统
    • JP2007187325A
    • 2007-07-26
    • JP2006003145
    • 2006-01-11
    • Gastar Corp株式会社ガスター
    • KIMURA KOTARO
    • F24H1/10F24D3/08
    • PROBLEM TO BE SOLVED: To provide a system that can stabilize water temperature at instantaneous hot water supply. SOLUTION: The instantaneous hot water supply system comprises a hot water supply circuit 20, a heat source part 11 for hot water supply disposed in the hot water supply circuit 20 to heat water flowing in the hot water supply circuit, a circulation circuit 40, and a pump 41 and an auxiliary heat source part 12 disposed in the circulation circuit 40. A bypass line 31 is connected in the hot water supply circuit 20 downstream of the heat source part 11 for hot water supply, and a liquid/liquid heat exchanger 32 is connected to the circulation circuit 40 and bypass line 31 to transfer the heat of a heating medium flowing in the circulation circuit 40 to water flowing in the bypass line 31. A mixing valve 33 is disposed at an upstream connection point P1 between the hot water supply circuit 20 and the bypass line 31. During initial hot water supply, the mixing valve 33 is controlled according to temperatures detected by temperature sensors 34, 36, etc. to bring an output water temperature at a set temperature. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供可以在瞬时热水供应时稳定水温的系统。

      解决方案:瞬时热水供应系统包括热水供应回路20,热水供应热源部分11,设置在热水供应回路20中以加热在热水供应回路中流动的水,循环回路 40,以及设置在循环回路40中的泵41和辅助热源部12.旁通管31连接在供热源热源部11的热水供给回路20的下游侧,并且液/液 热交换器32连接到循环回路40和旁通管线31,以将在循环回路40中流动的加热介质的热量传递到在旁路管线31中流动的水。混合阀33设置在上游连接点P1之间, 热水供给回路20和旁通管路31.在初始热水供给期间,根据由温度传感器34,36等检测到的温度来控制混合阀33,从而使输出水温度 在设定温度。 版权所有(C)2007,JPO&INPIT

    • 10. 发明专利
    • Package apparatus also used as pallet
    • 包装设备也用作托盘
    • JP2011157079A
    • 2011-08-18
    • JP2010018312
    • 2010-01-29
    • Gastar Corp株式会社ガスター
    • KIMURA KOTARO
    • B65D81/113B65D19/04B65D85/68
    • PROBLEM TO BE SOLVED: To use a pallet used when manufacturing a product also as a package device for the product. SOLUTION: When manufacturing a hot-water supplying unit 2, a case 3 is placed on a bottom face portion 4 of a package apparatus 1 also used as a pallet, and hot-water supplying means is incorporated in the case 3. After the incorporation of the hot-water supplying means, respective side face portions 5, 6, 7, and 8 are folded back in a standing direction at folds 10, to wrap the case 3. extended plate face portions 12 are turned up inside at folds 11, and hook-and-loop fasteners 13 of the extended plate face portions 12 are joined and fixed to hook-and-loop fasteners 14 formed on the outer peripheral faces of the side face portions 6 and 8 to pack the lower part of the hot-water supplying unit 2. COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:使用制造产品时使用的托盘作为产品的包装装置。 解决方案:当制造热水供应单元2时,壳体3放置在也用作托盘的包装设备1的底面部分4上,并且热水供应装置结合在壳体3中。 在结合热水供给装置之后,各个侧面部5,6,7和8在折叠部10处以竖立方向折回,以包围壳体3.延伸板面部12在内部向内转动 折叠部分11和延伸板面部分12的钩环紧固件13接合并固定在形成在侧面部分6和8的外周面上的钩环紧固件14以将下部 热水供应单元2.版权所有(C)2011,JPO&INPIT