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    • 32. 发明专利
    • Fixing structure for exhaust-air collection cylinder
    • 用于排气收集缸的固定结构
    • JP2014190571A
    • 2014-10-06
    • JP2013064345
    • 2013-03-26
    • Noritz Corp株式会社ノーリツ
    • NAKANO AKIOYAMAMOTO NOBUYUKIMORIMOTO RYOWATANABE HISAOKANESHIRO TAKANOBUHAMACHIKA YUKARI
    • F24H9/00F24H1/12
    • PROBLEM TO BE SOLVED: To provide a fixing structure for an exhaust-air collection cylinder having a structure capable of protecting heads of a plurality of machine screws from strong acid drain, and the like.SOLUTION: A fixing structure 50 for an exhaust-air collection cylinder 5 for fixing a latent-heat-collection heat exchanger 13 and the exhaust-heat collection cylinder 5 that discharges exhaust air from which latent heat is collected to an outside includes a base plate 25 fixing the exhaust-air collection cylinder 5 on an upper surface of an upper heat exchange can body 14 accommodating therein the latent-heat-collection heat exchanger 13. An opening portion 51 continuous to an exhaust port 23 of the latent-heat-collection heat exchanger 13 is formed in the base plate 25. An outer peripheral edge of the opening portion 51 is fixed to the upper heat exchanger can body 14 by a plurality of machine screws 55 with a seal member 53 put between the outer peripheral edge and the upper heat exchanger can body 14. A seal packing 52 having a plurality of holes 52a accommodating therein heads 55a of the plurality of machine screws 55 is bonded to the base plate 25. A bottom plate 39 of the exhaust-air collection cylinder 5 is mounted on the base plate 25 with the seal packing 52 put between the base plate 25 and the bottom plate 39. The base plate 25 is fixedly fastened to a main body case 31 of the exhaust-air collection cylinder 5 via the seal packing 52.
    • 要解决的问题:提供一种具有能够保护多个机械螺钉的头部不受强酸性排泄物等的结构的排气收集气缸的固定结构。解决方案:用于排气的固定结构50 用于固定潜热收集热交换器13的收集气缸5和将从其收集潜热的排出空气排出到外部的废热收集气缸5包括将排气收集气缸5固定在基板25上的基板25 上部热交换罐体14的上表面容纳有潜热收集热交换器13.在基板25中形成有与潜热收集用热交换器13的排气口23连续的开口部51。 开口部51的外周边缘通过多个机械螺丝55固定在上部热交换器罐体14上,密封部件53设置在外周边缘与上部恒温器之间 具有容纳多个机械螺丝55的头部55a的多个孔52a的密封衬垫52被接合到基板25上。排气收集缸5的底板39安装在 具有密封衬垫52的基板25放置在基板25和底板39之间。基板25经由密封垫片52固定地固定在排气收集缸5的主体壳体31上。
    • 34. 发明专利
    • Heat supply device
    • 热供应装置
    • JP2014153034A
    • 2014-08-25
    • JP2013025785
    • 2013-02-13
    • Osaka Gas Co Ltd大阪瓦斯株式会社
    • MORITA TERUWAKABAYASHI TSUTOMUHAYAKAWA HIDEKIKATAYAMA SATOSHI
    • F24H1/00F24H1/12
    • PROBLEM TO BE SOLVED: To provide a heat supply device capable of efficiently operating heat relating to ejector cycle drive.SOLUTION: The heat supply device comprises: a heat source unit 9 for heating a first heating medium; a pressure rise pump 5 for generating a high-pressure cooling medium by raising pressure of a cooling medium from a condenser 3; a heating section 6 for heating the high-pressure cooling medium, while utilizing heat of the first heating medium of which the temperature is raised by the heat source unit 9; a pressure reduction device 7 for generating a lower-pressure cooling medium by reducing pressure of the cooling medium from the condenser 3; an evaporator 8 for evaporating the lower-pressure cooling medium; an ejector 2 which sucks the lower-pressure cooling medium supplied from the evaporator 8 by reducing pressure of the high-pressure cooling medium heated by the heating section 6, and in which the lower-pressure cooling medium is discharged after being mixed with the high-pressure cooling medium 6; and a condenser 3 for condensing the cooling medium discharged by the ejector 2 by cooling it with heat of the second cooling medium. Heat of a mixed heating medium obtained by mixing the first heating medium utilized for heating the higher pressure cooling medium by means of the heating section 6 and the second heating medium utilized for cooling a cooling medium to be emitted from the ejector 2 is supplied to a heat utilizing apparatus 10.
    • 要解决的问题:提供一种能够有效地运行与喷射器循环驱动有关的热量的供热装置。解决方案:供热装置包括:用于加热第一加热介质的热源单元9; 用于通过从冷凝器3升高冷却介质的压力来产生高压冷却介质的压力升高泵5; 加热部分6,用于加热高压冷却介质,同时利用由热源单元9升高温度的第一加热介质的热量; 用于通过从冷凝器3减小冷却介质的压力来产生低压冷却介质的减压装置7; 用于蒸发低压冷却介质的蒸发器8; 喷射器2,其通过减少由加热部6加热的高压冷却介质的压力吸入从蒸发器8供给的低压冷却介质,并且其中低压冷却介质在与高温混合后排出 压缩冷却介质6; 以及冷凝器3,用于通过第二冷却介质的热量对由喷射器2排出的冷却介质进行冷却。 将通过加热部分6加热用于加热高压冷却介质的第一加热介质和用于冷却从喷射器2发射的冷却介质的第二加热介质获得的混合加热介质的加热被供给到 热利用装置10。
    • 36. 发明专利
    • Drainage system and drain water switching unit
    • 排水系统和排水开关单元
    • JP2014044033A
    • 2014-03-13
    • JP2012188014
    • 2012-08-28
    • Noritz Corp株式会社ノーリツ
    • KITANO YOSHIHISANAKATA YUKIYANO YOSHITAKAOUCHI RYOJISUGIE SHIGEOFUNABIKI TSUNEOATOBE YOSHIFUMIINOUE HARUKI
    • F24H9/16A47K3/00E03C1/12F24H1/12
    • PROBLEM TO BE SOLVED: To provide a drainage system capable of shortening time required for miss-connection confirmation operation and further reducing hot water quantity necessary for the miss-connection confirmation operation, and to provide drain water switching unit allowed to be used for the drainage system.SOLUTION: A drain water switching unit 43, 143 including at least one of water flow detection means capable of detecting the presence or absence of a water flow flowing in a predetermined portion of an inner side and water temperature detection means capable of detecting a temperature of the water flow flowing in the predetermined portion of the inner side is provided between a heat source machine 1 and a bathtub 16. It is discriminated whether piping connected to the drain water switching unit 43, 143 is correctly connected or not on the basis of information detected by the water flow detection means and/or information detected by the water temperature detection means.
    • 要解决的问题:提供一种排水系统,其能够缩短错过连接确认操作所需的时间,并进一步减少错过连接确认操作所需的热水量,并提供允许用于排水的排水切换单元 系统。解决方案:排水切换单元43,143,其包括能够检测在内侧的预定部分中流动的水流的存在或不存在的水流检测装置和能够检测内侧的水温检测装置的水温检测装置中的至少一个 在热源机1和浴缸16之间设有在内侧的预定部分流动的水流的温度。鉴于与排水切换单元43,143连接的配管是否在正确连接的基础上 由水流检测装置检测的信息和/或由水温检测装置检测到的信息。
    • 37. 发明专利
    • boiler
    • JP5316622B2
    • 2013-10-16
    • JP2011231426
    • 2011-10-21
    • 株式会社巴商会
    • 勉 大竹哲也 殿畑
    • F23C99/00F23L17/02F24H1/12
    • PROBLEM TO BE SOLVED: To provide a boiler for preventing whistling sound due to a flame lift of a surface combustion burner and resultant noise with a simple constitution. SOLUTION: This boiler includes: a combustion furnace 1 having a combustion chamber 2 including the surface combustion burner 4 formed in the upper section and horizontally extended, and a square box-shaped heat exchange chamber 3 formed below to allow a combustion gas to flow down; and a smoke chamber box 15 disposed below the heat exchange chamber 3 to allow a combustion gas passing through the heat exchange chamber 3, to flow therein. The smoke chamber box 15 has a right-triangle shape in a side view, having a vertical wall 15b vertically hung from one side of a lower section of the heat exchange chamber 3 to a bottom section 15a, an inclined wall 15c gradually approaching a vertical wall 15b side from an opposite side section of the side section toward the bottom section 15a, and an end wall 15d closing both ends between the vertical wall and the inclined wall. COPYRIGHT: (C)2013,JPO&INPIT
    • 38. 发明专利
    • Bath water heater system and three-way valve driving device
    • 浴室加热器系统和三通阀驱动装置
    • JP2013200046A
    • 2013-10-03
    • JP2012066900
    • 2012-03-23
    • Noritz Corp株式会社ノーリツ
    • FUNABIKI TSUNEOOUCHI RYOJI
    • F24H9/16F24H1/12
    • PROBLEM TO BE SOLVED: To provide a bath water heater system which, even if an abnormality such as the biting of a foreign matter on a prescribed three-way valve for joining a water heater device to a bathtub occurs, can eliminate such an abnormal state that the abnormality is relatively small, and thereby can appropriately eliminate such a failure that the operation of the whole system is liable to be stopped because of the abnormality of the three-way valve.SOLUTION: A prescribed three-way valve 2 provided at a bath water heater system is configured as follows: in such a case that valve body rotation control for rotating the valve element 20 is performed in a prescribed direction so that a state that one side limiter L1 is turned on is changed to a state that the other limiter L2 is turned on, in two limiters L1, L2, when the other side limiter L2 is not turned on within a prescribed time, such a valve body returning operation that a valve element 20 is reversely rotated to return the valve body to an original angle is performed, and thereafter, valve body rotation control for rotating the valve element 20 in the prescribed direction is performed again.
    • 要解决的问题:提供一种浴热水器系统,即使在将热水器装置连接到浴缸的规定三通阀上的异物咬合等异常发生时,也能够消除这种异常状态 异常相对较小,因此可以适当地消除由于三通阀的异常而导致整个系统的操作容易停止的故障。解决方案:设置在三通阀上的规定的三通阀2 浴热水器系统的结构如下:在这样的情况下,在规定的方向上进行用于旋转阀体20的阀体旋转控制,使得一侧限制器L1接通的状态变为另一侧限制器 限制器L2接通,在两个限制器L1,L2中,当另一侧限制器L2在规定时间内没有接通时,阀体返回操作使得阀元件20反向旋转, 阀体到达原来的角度,然后再次执行用于使阀元件20沿规定方向旋转的阀体旋转控制。
    • 40. 发明专利
    • Heat source machine
    • 热源机
    • JP2013160453A
    • 2013-08-19
    • JP2012023258
    • 2012-02-06
    • Noritz Corp株式会社ノーリツ
    • MORIOKA HIROKI
    • F23N5/00F24H1/10F24H1/12F24H9/00F24H9/16
    • PROBLEM TO BE SOLVED: To provide a heat source machine capable of safely carrying out a combustion operation, even if water seal is not formed.SOLUTION: A heat source machine is constituted as follows: a neutralizer forms a seal water section inside the neutralizer when drain water of a predetermined amount or more is stored to prevent air from passing and the neutralizer includes a water detection means capable of detecting whether there is the drain water; combustion can be carried out by a combustion section with a condition that there is the drain water in the neutralizer; if there is not the drain water in the neutralizer, it is assumed that a portion of the combustion gas is exhausted to the outside through the neutralizer by carrying out the combustion in the combustion section; the concentration of the combustion gas of the outside or the specified concentration of the gas is calculated based on the assumption; and the combustion can be carried out by the combustion section as long as the concentration of the combustion gas or the specified concentration of the gas reaches the predetermined concentration or more.
    • 要解决的问题:提供一种能够安全地执行燃烧操作的热源机械,即使没有形成水封。解决方案:热源机构成如下:中和器在中和器内部形成密封水部分, 存储预定量以上的排水以防止空气通过,并且中和器包括能够检测是否存在排水的水检测装置; 燃烧可以由中和器中存在排水的条件的燃烧部进行; 如果在中和器中没有排水,则假设燃烧气体的一部分通过在燃烧部中进行燃烧而通过中和器排出到外部; 根据该假设计算外部燃烧气体的浓度或规定的气体浓度; 并且只要燃烧气体的浓度或气体的规定浓度达到规定浓度以上即可,由燃烧部进行燃烧。