WO2018166425A1 - Instant hot water apparatus - Google Patents

Instant hot water apparatus Download PDF

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Publication number
WO2018166425A1
WO2018166425A1 PCT/CN2018/078757 CN2018078757W WO2018166425A1 WO 2018166425 A1 WO2018166425 A1 WO 2018166425A1 CN 2018078757 W CN2018078757 W CN 2018078757W WO 2018166425 A1 WO2018166425 A1 WO 2018166425A1
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Prior art keywords
water
pipe
hot
hot water
way
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PCT/CN2018/078757
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French (fr)
Chinese (zh)
Inventor
王强
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王强
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Priority to CN201710149481.6A priority Critical patent/CN106705437B/en
Priority to CN201710149481.6 priority
Application filed by 王强 filed Critical 王强
Publication of WO2018166425A1 publication Critical patent/WO2018166425A1/en

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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24HFLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT GENERATING MEANS, IN GENERAL
    • F24H9/00Details
    • F24H9/0005Details for water heaters
    • F24H9/001Guiding means
    • F24H9/0015Guiding means in water channels
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24HFLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT GENERATING MEANS, IN GENERAL
    • F24H9/00Details
    • F24H9/20Arrangement or mounting of control or safety devices or methods
    • F24H9/2007Arrangement or mounting of control or safety devices or methods for water heaters

Abstract

An instant hot water apparatus (100), comprising: a pump (101), a first connecting pipe (107), a second connecting pipe (108), a first tee joint (105), and a second tee joint (106), a water inlet (1011) of the water pump (101) being in communication with the first connecting pipe (107), a water outlet (1012) of the water pump (101) being in communication with the second connecting pipe (108), the water inlet (1011) of the water pump (101) being in communication with a third opening (1053) of the first tee joint (105) by means of the first connecting pipe (107), the water outlet (1012) of the water pump (101) being in communication with a third opening (1063) of the second tee joint (106) by means of the second connecting pipe (108), a first opening (1051) of the first tee joint (105) being in communication with the pipe opening of an incoming hot water pipe end head, and a second opening (1052) of the first tee joint (105) being in communication with a hot water intake pipe opening (113) of a mixed water tap; a first opening (1061) of the second tee joint (106) is in communication with the pipe opening (112) of an incoming cold water pipe end head, and a second opening (1062) of the second tee joint (106) is in communication with a cold water intake pipe opening of a mixed water tap (113).

Description

一种即出热水装置Hot water installation 技术领域Technical field
本实用新型涉及生活热水管道循环技术领域,特别涉及一种即出热水装置。可以使处在集中供应热水的建筑物热水主循环管道上的每个分支的局域用水环境内热水管道上的,和在没有预先布设热水回水管道条件下应用的各种类热水器所辖热水管道上的每个用水点的热水龙头在被打开时,立刻流出热水。The utility model relates to the technical field of circulating hot water pipes, in particular to a hot water discharging device. It can be used in the hot water pipeline of the local water environment of each branch of the building hot water main circulation pipeline which is concentrated in supplying hot water, and various types of applications which are applied without pre-discharging hot water return pipelines. The hot water tap of each water point on the hot water pipe under the water heater is immediately discharged from the hot water when it is opened.
背景技术Background technique
现有技术中,集中供应热水的商用楼宇,如宾馆酒店等生活热水的供应是由建筑物热水主循环管道和通向各个独立单元空间的分支局域管道构成的。由于各个独立单元空间内的支线局域热水管道与建筑物热水主循环管道不能建立循环关系,所以,每个用水点的热水龙头被打开时,都会存在或轻或重的热水迟至现象,热水支线管道的距离越长,这个现象就越突出。In the prior art, the supply of domestic hot water, such as hotels and hotels, is mainly composed of a building hot water main circulation pipe and a branch local pipe leading to each individual unit space. Since the branch local hot water pipe in each independent unit space cannot establish a cyclic relationship with the building hot water main circulation pipe, when the hot water tap of each water point is opened, there will be light or heavy hot water late. Phenomenon, the longer the distance of the hot water branch pipe, the more prominent this phenomenon.
针对集中供应热水的商用楼宇各分支局域用水环境中用水点热水迟至的问题,现有技术尚不存在良好的解决办法。There is no good solution to the problem of the prior art for the problem that the hot water in the local water environment of the commercial buildings with centralized hot water supply is late.
现有技术中,各种类热水器,比如燃气类热水器、储水式热水器在实际应用中都存在一个共同的问题,就是在没有预先布设热水回水管道条件下,由于热水器所连接的通向各个用水点的热水管道内的存水不能与热水器形成循环,所以使用者在使用热水时,必须要先放掉热水管道内存留的冷水才会流出热水,热水管道越长,需要放掉的冷水就越多,耗费的时间也越长,不舒适不方便,也浪费了大量的水资源。In the prior art, various types of water heaters, such as gas water heaters and storage water heaters, have a common problem in practical applications, that is, the connection of the water heaters is connected without pre-arranging hot water return pipes. The water stored in the hot water pipe of each water point cannot form a circulation with the water heater. Therefore, when the user uses the hot water, the cold water left in the hot water pipe must be drained before the hot water flows out. The longer the hot water pipe is, The more cold water that needs to be released, the longer it takes, the inconvenience and inconvenience, and the waste of a lot of water.
针对这个现象,现有技术的最佳解决方案是在热水器所辖局域管道环境中,预先布设热水回路管道。但预先布设热水回路管道的造价高、周期长,另外这一方法不适用于大量没有预先布设热水回水管道的用户。为解决没有预设热水回水管道的局域用水环境内用水点快出热水的问题,现有技术现有另一种替代性解决方案:即在热水器所辖局域管道中距离热水器最远的用水 点将靠近水龙头位置的冷、热水管用一个带有单向阀装置的连接管串联接通,同时在靠近热水器主机的冷水进水管(也可以是热水出水管)上设置一个带有水泵的水循环装置(如图34),这样可以使热水器所辖热水管内的存水借道冷水管道循环回流,经过热水器加热再输送回到热水管道内,从而实现对热水管道内的存水进行循环加热(如图35)。其设置单向阀装置的目的是为了在使用者只打开该用水点热水龙头时防止冷水流入或冷热水串流。这一解决方案可以保证局域用水环境中被串并位置的用水点的热水龙头被打开时,很快流出热水,也较不安装此装置前提高了局域管道环境内其他用水点的热水出水速度。但这一现有技术功能装置存在以下问题:一,热水管内的存水借助冷水管形成循环,全程占用了冷水管,当用户在只想使用冷水时,必须要先放掉冷水管中的一段热水,才会流出冷水;二,该装置工作状态下,用户洗衣、如厕冲水都会是有一段热水先出来,不符合传统用水习惯。三,当局域用水环境内存在多个用水点时,该装置只能保证局域管道环境中安装了单向阀装置的某一个特定的用水点参与全程循环,使这一个用水点的热水龙头可以很快流出热水。而由于其他分支用水点无法参与到全程循环,所以仍然会存在不同程度的热水迟至现象;即便在这一局域用水环境内的其他用水点也用“带有单向阀装置的连接管”将冷、热水管串联,也无法使其参与循环。四,现有技术循环装置运行过程中,用户开启任何一个用水点冷水龙头使用冷水的动作都会中止其运行,使其可能不能持续保持热水管内存水的问题,影响其技术效果(如图36)。In response to this phenomenon, the best solution of the prior art is to pre-dispose the hot water circuit piping in the local pipeline environment under the jurisdiction of the water heater. However, the pre-laying of the hot water circuit pipeline has a high cost and a long cycle, and this method is not suitable for a large number of users who do not pre-wire the hot water return pipe. In order to solve the problem that the hot water is quickly discharged from the local water environment without the preset hot water return pipeline, the prior art has another alternative solution: that is, the water heater is the most in the local pipeline of the water heater. The water point near the faucet is connected in series with a connecting pipe with a check valve device, and a belt is placed on the cold water inlet pipe (which can also be a hot water outlet pipe) near the water heater main unit. There is a water circulation device of the water pump (as shown in Fig. 34), so that the water stored in the hot water pipe under the water heater can be circulated and recirculated through the cold water pipe, and then heated and sent back to the hot water pipe through the water heater, thereby realizing the inside of the hot water pipe. Store water for circulation heating (Figure 35). The purpose of the check valve device is to prevent cold water inflow or hot and cold water flow when the user only opens the water point hot water tap. This solution can ensure that hot water flows out quickly when the hot water tap of the water point in the local water environment is opened, and the heat of other water points in the local pipeline environment is improved before the installation of the device. Water effluent speed. However, this prior art functional device has the following problems: First, the water stored in the hot water pipe is formed by the cold water pipe, and the cold water pipe is occupied in the whole process. When the user only wants to use the cold water, the cold water pipe must be first discharged. A section of hot water will flow out of cold water. Second, under the working condition of the device, the user's laundry and toilet flushing will have a section of hot water coming out first, which is not in line with the traditional water habit. Third, when there are multiple water points in the water environment of the authorities, the device can only ensure that a specific water point with a check valve device installed in the local pipeline environment participates in the whole cycle, so that the hot water tap of this water point can Hot water quickly flows out. Since other branch water points cannot participate in the whole cycle, there will still be different degrees of hot water late arrival; even in other water points in this local water environment, "connecting pipes with check valve devices are used. "The cold and hot water pipes are connected in series, and they cannot participate in the cycle. 4. During the operation of the prior art circulation device, the user will stop any operation of using any cold water taps with cold water, which may stop the problem of the water in the hot water pipe and affect its technical effect (Figure 36). ).
实用新型内容Utility model content
本实用新型提供一种即出热水装置,可以使集中供应生活热水的建筑物的各独立空间的,即处在建筑物热水主循环管道上的分支局域管道环境内的若干热水用水点的热水龙头在被打开时立刻流出热水,同时,使用者打开局域用水环境内的任何一个冷水龙头时也不影响对热水管内存水的持续循环保持温度,也不会先出热水再出冷水。The utility model provides a hot water discharging device, which can make a plurality of hot water in a separate local space of a building which is concentrated in supplying domestic hot water, that is, in a branch local pipeline environment on a main water circulation pipe of a building. The hot water tap of the water point immediately flows out of the hot water when it is opened. At the same time, the user does not affect the continuous circulation of the hot water in the hot water pipe when the user opens any cold water tap in the local water environment, and does not go out first. Hot water comes out again.
为了实现上述目的,本实用新型提供以下技术方案:In order to achieve the above object, the present invention provides the following technical solutions:
一种即出热水装置100,包括:水泵101,第一连接管107、第二连接管 108、第一三通105和第二三通106,水泵101的进水口1011与第一连接管107连通,水泵101的出水口1012与第二连接管108连通。水泵101的进水口1011通过第一连接管107与第一三通105的第三开口1053连通,水泵101的出水口1012通过第二连接管108与第二三通106的第三开口1063连通,第一三通105的第一开口1051与热水来水管端头的管口接通,第一三通105的第二开口1052与混水水龙头113的热水进水管口连通;第二三通106的第一开口1061与冷水来水管端头的管口112连通,第二三通106的第二开口1062与混水水龙头113的冷水进水管口连通。The hot water outlet device 100 includes a water pump 101, a first connecting pipe 107, a second connecting pipe 108, a first three-way 105 and a second three-way 106, a water inlet 1011 of the water pump 101 and a first connecting pipe 107. In communication, the water outlet 1012 of the water pump 101 communicates with the second connecting pipe 108. The water inlet 1011 of the water pump 101 communicates with the third opening 1053 of the first three-way 105 through the first connecting pipe 107, and the water outlet 1012 of the water pump 101 communicates with the third opening 1063 of the second three-way 106 through the second connecting pipe 108. The first opening 1051 of the first three-way 105 is connected to the nozzle of the hot water inlet pipe end, and the second opening 1052 of the first three-way 105 is connected with the hot water inlet port of the water mixing faucet 113; the second three-way The first opening 1061 of the 106 is in communication with the nozzle 112 of the cold water inlet pipe end, and the second opening 1062 of the second three-way 106 is in communication with the cold water inlet port of the mixing water faucet 113.
优选地,所述在第一连接管107、第二连接管108、第一三通105或第二三通106上设置有第一温度感应装置103。Preferably, the first temperature sensing device 103 is disposed on the first connecting tube 107, the second connecting tube 108, the first three-way 105 or the second three-way 106.
优选地,所述水泵101的进水口1011到出水口1012的通路中或者在第一连接管107或第二连接管108上设置有双向止流装置102,在水泵101进水口或第一连接管107上设置有滤除液体中颗粒的过滤装置114。Preferably, the water inlet 1011 of the water pump 101 is provided in the passage of the water outlet 1012 or the first connecting pipe 107 or the second connecting pipe 108 is provided with a two-way stopping device 102 at the water inlet or the first connecting pipe of the water pump 101. A filter device 114 for filtering particles in the liquid is disposed on the 107.
优选地,所述即出热水装置100的本体上设置有线控或遥控装置、或者发送或接收控制命令的第一远程控制装置104。Preferably, the body of the hot water outlet device 100 is provided with a cable control or remote control device, or a first remote control device 104 that transmits or receives a control command.
优选地,所述即出热水装置100还包括水箱装置200,所述水箱装置200包括:水箱201,水箱201上设有进水口206和出水口207,在与燃气类热水器配套应用时,进水口206与连接热水器的热水出口连通,水箱201的出水口207与通向各用水点的热水管209连通。Preferably, the hot water outlet device 100 further includes a water tank device 200, the water tank device 200 includes: a water tank 201, and the water tank 201 is provided with a water inlet 206 and a water outlet 207, and when used in conjunction with the gas water heater, The nozzle 206 communicates with a hot water outlet connected to the water heater, and the water outlet 207 of the water tank 201 communicates with a hot water pipe 209 that leads to each water point.
优选地,所述水箱201内还设置有电加热装置204和第二温度感应装置202。Preferably, the water tank 201 is further provided with an electric heating device 204 and a second temperature sensing device 202.
优选地,所述水箱201内还设置有扰流混水装置203。Preferably, a spoiler mixing device 203 is further disposed in the water tank 201.
优选地,所述水箱装置200上设置有用于与所述第一远程控制装置104联动的第二远程控制装置205。Preferably, the water tank device 200 is provided with a second remote control device 205 for interlocking with the first remote control device 104.
优选地,所述即出热水装置100还包括:第二水泵211和第三三通214,水箱201上设有开口210;第二水泵211的进水口212与水箱201的开口210接通,第二水泵211的出水口213与第三三通214的第一接口215接通,第三三通214的第二接口216与冷水进水管220接通,第三三通214的第三接 口217与连接燃气热水器冷水进水口的连接管219接通。Preferably, the hot water outlet device 100 further includes: a second water pump 211 and a third three-way 214, wherein the water tank 201 is provided with an opening 210; the water inlet 212 of the second water pump 211 is connected to the opening 210 of the water tank 201, The water outlet 213 of the second water pump 211 is connected to the first interface 215 of the third three-way 214, the second interface 216 of the third three-way 214 is connected to the cold water inlet pipe 220, and the third interface 217 of the third three-way 214 is connected. It is connected to a connecting pipe 219 which is connected to the cold water inlet of the gas water heater.
如权利要求9所述即出热水装置100,其特征在于,所述第三三通214内部设置有水流变道装置218,水流变道装置218的导流板的一面为曲面或孔隙结构。The hot water discharge device 100 according to claim 9, wherein the third three-way 214 is internally provided with a water flow path changing device 218, and one surface of the baffle of the water flow path changing device 218 has a curved surface or a pore structure.
通过实施本实用新型上述技术方案,具有以下技术效果:本实用新型提供的即出热水装置,可以实现局域管道环境内若干用水点的任一个热水水龙头在被打开时立刻出热水的功能需求。该装置安装在极为靠近各用水点水龙头,即冷热水管端头的位置,其工作原理是在这个位置将热水管道内存有的冷水输送到冷水管,当第一温度感应装置探测到热水管道内的水温达到设定值时,即停止工作,因此,本实用新型运行时虽然也是借助冷水管道使热水管道内的存水保持温度,但只是影响到极少的一段冷水管道内水温小幅变化,最大化降低了局域管道环境内冷热水管道的相互干扰,不影响冷水、热水管道各自所承担的原有功能。比如,现有近似技术功能装置在实际应用时,会出现在使用者打开没有安装单向阀串并冷热水管的其他用水点的冷水龙头时,会先流出一段冷水,之后流出一段热水,然后再流出正常的冷水的现象。这是由其设备位置结构和循环路径的冷热水管互相干扰而造成的。而本实用新型的单机和多机组合在各种管线环境内的实际应用中,不存在对其他用水点冷水龙头原有功能的干扰。而且在用水点热水管内存水温度达到后或正在达到设定温度的过程中,用户开启同一局域用水环境内的任何一个冷水龙头都不会影响本装置的运行和体验效果,同时,本装置还具有不受应用环境安装条件限制;不改变热水使用者传统使用习惯;不受用水点位置高度限制;安装更便捷等特点;制造成本也大幅低于现有技术提供的类似功能装置。By implementing the above technical solution of the present invention, the following technical effects are provided: the hot water supply device provided by the utility model can realize that any hot water faucet of a certain water point in the local pipeline environment is heated immediately when it is opened. Functional Requirements. The device is installed at a position close to each water point faucet, that is, the end of the hot and cold water pipe. The working principle is to transport the cold water stored in the hot water pipe to the cold water pipe at this position, when the first temperature sensing device detects the hot water. When the water temperature in the pipeline reaches the set value, the work stops. Therefore, although the utility model maintains the temperature of the water stored in the hot water pipe by means of the cold water pipe, it only affects a small amount of water temperature in the cold water pipe. The change minimizes the mutual interference of the hot and cold water pipes in the local pipeline environment, and does not affect the original functions of the cold water and hot water pipes. For example, in the actual application, the existing approximate technical function device may appear when the user opens a cold water tap that does not have a check valve string and other water points of the hot and cold water pipe, and then a cold water flows out first, and then a hot water flows out. Then there is the phenomenon of normal cold water flowing out. This is caused by the mutual interference of the hot and cold pipes of the equipment position structure and the circulation path. However, in the practical application of the single-machine and multi-machine combination of the utility model in various pipeline environments, there is no interference with the original functions of the other water point cold water taps. Moreover, in the process of reaching the set temperature after the water temperature of the hot water pipe of the water point is reached, the user can turn on any cold water tap in the same local water environment without affecting the operation and experience of the device. The device also has no restrictions on the installation conditions of the application environment; does not change the traditional usage habits of the hot water user; is not limited by the height of the water point position; the installation is more convenient; the manufacturing cost is also substantially lower than the similar functional device provided by the prior art.
附图说明:BRIEF DESCRIPTION OF THE DRAWINGS:
图1:是本实用新型提供的即出热水装置100结构的示意图。FIG. 1 is a schematic view showing the structure of the hot water outlet device 100 provided by the present invention.
图2:是在用水点冷、热水龙头均处于关闭时,本实用新型提供的即出热水装置100运行时内部水流路径示意图。Figure 2: Schematic diagram of the internal water flow path of the hot water outlet device 100 provided by the utility model when the water point is cold and the hot water tap is closed.
图3:是用水点热水龙头开启时本实用新型提供的即出热水装置100内部水流路径示意图。Figure 3: Schematic diagram of the internal water flow path of the hot water outlet device 100 provided by the utility model when the hot water tap is opened.
图4:是用水点冷水龙头开启时,本实用新型提供的即出热水装置100运 行状态下内部水流路径示意图。Fig. 4 is a schematic view showing the internal water flow path in the running state of the outlet water heater 100 provided by the utility model when the water faucet is opened by the water point.
图5:是用水点冷热水龙头同时开启时,本实用新型提供的即出热水装置100内部水流路径示意图。Fig. 5 is a schematic view showing the internal water flow path of the hot water outlet device 100 provided by the utility model when the water tap hot and cold water tap is simultaneously opened.
图6:是本实用新型提供的水箱装置200结构的示意图。FIG. 6 is a schematic view showing the structure of the water tank device 200 provided by the present invention.
图7:是冷热水龙头均处于关闭时,在本实用新型提供的即出热水装置100运行状态下,或有某个用水点热水被打开时,本实用新型提供的水箱装置200水流路径示意图。Figure 7: When the hot and cold water taps are both closed, the water flow path of the water tank device 200 provided by the present invention is provided when the hot water supply device 100 provided in the present invention is in operation or when a hot water point is opened. schematic diagram.
图8:是本实用新型提供的即出热水装置100在集中供应热水的多用水点的局域管线环境,单机应用安装位置之一和冷、热水龙头均处于关闭状态时水流循环路径示意图。Figure 8 is a schematic diagram of the water circulation path of the hot water outlet device 100 provided in the present invention, which is a multi-point water supply point where the hot water supply is concentrated, one of the single-machine application installation positions and the cold and hot water taps are all in the closed state. .
图9:是本实用新型提供的即出热水装置100在集中供应热水的多用水点的局域管线环境,单机应用时,冷水水龙头被打开时冷热水管内水流路径示意图。Fig. 9 is a schematic diagram of the water flow path of the hot and cold water pipe when the cold water tap is opened when the hot water tap is opened in the single-machine application, that is, the local hot water supply device 100 provided by the utility model.
图10:是本实用新型提供的即出热水装置100在集中供应热水的多用水点的局域管线环境多机应用安装位置,和冷、热水龙头均处于关闭时冷热水管内水流路径示意图。Figure 10 is a multi-machine application installation position of the local pipeline environment provided by the utility model, that is, the hot water supply device 100 in the centralized supply of hot water, and the water flow path in the hot and cold water pipes when the cold and hot water taps are both closed. schematic diagram.
图11:是本实用新型提供的即出热水装置100在集中供应热水的多用水点的局域管线环境多机应用时,某一用水点冷水龙头被打开时,冷、热水水流路径示意图。Figure 11 is a schematic diagram of the hot and cold water flow path when the hot water faucet of a water point is opened when the hot water outlet device 100 of the present invention provides a multi-point application in a local pipeline environment where multiple hot water points are used for centralized hot water supply. schematic diagram.
图12:是本实用新型提供的即出热水装置100在集中供应热水的多用水点的局域管线环境多机应用时,某一用水点热水水龙头被打开时,冷、热水水流路径示意图。Figure 12: It is the hot water and hot water flow when the hot water faucet of a water point is opened when the hot water faucet of a water point is opened in the local pipeline environment where the hot water supply device 100 is provided with concentrated water supply. Schematic diagram of the path.
图13:是本实用新型提供的即出热水装置100在集中供应热水的多用水点的局域管线环境多机应用时,某一用水点冷、热水水龙头同时被打开时,冷、热水水流路径示意图。Figure 13: It is provided in the utility model that the hot water outlet device 100 is used in a multi-machine application of a local pipeline environment where multiple hot water points are used for centralized hot water supply. When a certain water point is cold and the hot water tap is simultaneously opened, it is cold. Schematic diagram of hot water flow path.
图14:是本实用新型提供的即出热水装置100单机应用于储水式热水器多用水点局域管线环境中一个用水点时的安装位置之一,和冷、热水龙头均 处于关闭时的水流循环路径示意图。Figure 14: It is one of the installation positions of the hot water supply device 100 provided by the utility model when it is applied to a water point in a local water supply point of a water storage type water heater, and the cold and hot water taps are all closed. Schematic diagram of the water circulation path.
图15:是本实用新型提供的即出热水装置100单机应用于储水式热水器多用水点局域管线环境中一个用水点,冷水水龙头被打开时的冷热水管内水流路径示意图。Figure 15 is a schematic diagram of the water flow path of the hot and cold water pipe when the cold water faucet is opened, which is provided by the utility model, that is, the water outlet device 100 is applied to a water point in a local water supply environment of a water storage type water heater.
图16:是本实用新型提供的即出热水装置100单机应用于储水式热水器多用水点局域管线环境中一个用水点,热水水龙头被打开时的冷热水管内水流路径示意图。Figure 16 is a schematic diagram of the water flow path of the hot and cold water pipe when the hot water faucet is opened, which is provided by the utility model, that is, the water outlet device 100 is applied to a water point in a local water supply environment of a water storage type water heater.
图17:是本实用新型提供的即出热水装置100单机应用于储水式热水器多用水点局域管线环境中一个用水点,冷、热水龙头均被打开时水流的流向路径示意图。Figure 17 is a schematic diagram of the flow path of the water flow when the hot water supply device 100 is used in a local water supply point of a water storage type water heater with a water supply type water heater provided by the utility model.
图18:是本实用新型提供的即出热水装置100多机组合应用于储水式热水器多用水点局域管线环境中的安装位置,和在各用水点冷热水龙头均处于关闭时的水流循环路径示意图。Figure 18: It is the installation position of the hot water supply device 100 provided by the utility model in the local pipeline environment of the water storage type water heater with multiple water points, and the water flow when the hot water faucets are closed at each water point. Schematic diagram of the loop path.
图19:是本实用新型提供的即出热水装置100多机组合应用于储水式热水器多用水点局域管线环境中,各用水点冷水龙头均处于开启时的水流循环路径示意图。Figure 19 is a schematic diagram of the water circulation path of the hot water outlet device 100 in the multi-water point local pipeline environment of the water storage type water heater provided by the utility model.
图20:是本实用新型提供的即出热水装置100多机组合应用于储水式热水器多用水点局域管线环境中,各用水点热水龙头均处于开启时的水流循环路径示意图。Figure 20 is a schematic diagram of the water circulation path of the hot water outlet of the water storage type water heater in the local water pipeline of the water storage type water heater provided by the utility model.
图21:是本实用新型提供的即出热水装置100多机组合应用于储水式热水器多用水点局域管线环境中,各个用水点冷、热水龙头均处于开启时的水流循环路径示意图。Figure 21 is a schematic diagram of the water flow circulation path provided by the utility model, that is, the multi-machine combination of the outlet water heater 100 is applied to the water-storage water heater multi-water point local pipeline environment, and each water point cold and hot water tap are open.
图22:是本实用新型提供的即出热水装置100单机与水箱装置200配伍应用于燃气热水器管线环境时安装位置之一,和用水点冷、热水龙头均处于关闭状态下水流循环路径示意图。Fig. 22 is a schematic view showing the installation position of the hot water discharge device 100 and the water tank device 200 in the gas water heater pipeline environment provided by the utility model, and the water flow circulation path when the water point is cold and the hot water tap is closed.
图23:是本实用新型提供的即出热水装置100单机与水箱装置200配伍应用于燃气热水器管线环境时,用水点冷水水龙头处于开启状态下水流循环 路径示意图。Fig. 23 is a schematic view showing the water circulation path of the water outlet cold water tap in the open state when the single unit of the hot water discharge device 100 and the water tank device 200 are used in the gas water heater pipeline environment provided by the utility model.
图24:是本实用新型提供的即出热水装置100单机与水箱装置200配伍应用于燃气热水器管线环境时,用水点热水水龙头处于开启状态下水流循环路径示意图。Fig. 24 is a schematic view showing the water circulation path of the hot water faucet in the open state when the water outlet device 100 is combined with the water tank device 200 in the gas water heater pipeline environment provided by the utility model.
图25:是本实用新型提供的即出热水装置100单机与水箱装置200配伍应用于燃气热水器管线环境时,用水点冷、热水水龙头均处于开启状态下水流循环路径的示意图。Fig. 25 is a schematic view showing the water circulation path of the water outlet cold water and the hot water faucet in the open state when the single outlet of the hot water supply device 100 and the water tank device 200 are used in the gas water heater pipeline environment provided by the utility model.
图26:是本实用新型提供的即出热水装置100多机组合与水箱装置200配伍应用于燃气热水器管线环境时的安装位置,和各用水点水龙头均处于关闭状态下水流循环路径示意图。Figure 26 is a schematic view showing the installation position of the combination of the multi-machine combination of the outlet water heater 100 and the water tank device 200 in the gas water heater pipeline environment, and the water circulation path of each water point faucet in the closed state.
图27:是本实用新型提供的即出热水装置100多机组合与水箱装置200配伍应用于燃气热水器管线环境时,某个用水点冷水水龙头处于开启状态下局域管线内冷热水水流方向、路径示意图。Figure 27: It is provided by the utility model that when the combination of the hot water supply device 100 and the water tank device 200 is used in the gas water heater pipeline environment, the direction of the hot and cold water flow in the local pipeline is closed when a certain water point cold water tap is in an open state. , path schematic.
图28:是本实用新型提供的即出热水装置100多机组合与水箱装置200配伍应用于燃气热水器管线环境时,某个用水点热水水龙头处于开启状态下局域管线内冷热水水流方向、路径示意图。Figure 28: It is provided by the utility model that when the combination of the hot water supply device 100 and the water tank device 200 is used in the gas water heater pipeline environment, the hot water flow in the local pipeline is opened in a water point hot water tap. Schematic diagram of direction and path.
图29:是本实用新型提供的即出热水装置100多机组合与水箱装置200配伍应用于燃气热水器管线环境时,某个用水点冷、热水水龙头均处于开启状态下局域管线内冷热水水流方向、路径示意图。Figure 29: The utility model provides that the multi-machine combination of the hot water outlet device 100 and the water tank device 200 are used in the gas water heater pipeline environment, when a certain water point is cold and the hot water tap is in the open state, the local pipeline is cold. Schematic diagram of hot water flow direction and path.
图30:是本实用新型提供的辅助加热装置200(简称200a)的结构示意图。Figure 30 is a schematic view showing the structure of the auxiliary heating device 200 (abbreviated as 200a) provided by the present invention.
图31:有某个用水点热水被打开时,本实用新型提供的辅助加热装置200a水流路径示意图。Figure 31: Schematic diagram of the water flow path of the auxiliary heating device 200a provided by the present invention when a certain water point hot water is opened.
图32:是本实用新型提供的辅助加热装置200a的水泵211工作时,水流路径示意图。Figure 32 is a schematic view showing the flow path of the water pump 211 of the auxiliary heating device 200a provided by the present invention.
图33:冷热水龙头均处于关闭,本实用新型提供的即出热水装置100运行状态下,辅助加热装置200a水流路径示意图。Fig. 33: The hot and cold water taps are all closed, and the utility model provides a schematic diagram of the water flow path of the auxiliary heating device 200a in the running state of the hot water outlet device 100.
图34:是现有技术提供的水循环加热装置应用于燃气热水器时,组部件“水循环装置”和“单向阀装置”安装位置示意图。Figure 34 is a schematic view showing the installation position of the group components "water circulation device" and "check valve device" when the water circulation heating device provided by the prior art is applied to a gas water heater.
图35:是现有技术提供的水循环加热装置应用于燃气热水器时,在冷热水水龙头均处于关闭的状态下的冷热水管内水流循环路径示意图。Fig. 35 is a schematic view showing the circulation path of the water flow in the hot and cold water pipes when the water circulation heating device provided by the prior art is applied to the gas water heater in a state where the hot and cold water taps are all closed.
图36:是现有技术提供的水循环加热装置应用于燃气热水器时,在用水点之一冷水水龙头被打开时,水流路径、方向及循环路径被中断的示意图。Fig. 36 is a schematic view showing the flow path, direction and circulation path of the water circulation heating device provided by the prior art applied to the gas water heater when one of the water points is opened.
具体实施方式detailed description
为了更好的理解本实用新型的技术方案,下面结合附图详细描述本实用新型提供的实施例。In order to better understand the technical solutions of the present invention, the embodiments provided by the present invention are described in detail below with reference to the accompanying drawings.
本实用新型实施例提供一种即出热水装置,该装置包括:An embodiment of the present invention provides a hot water outlet device, the device comprising:
水泵101,第一连接管107和第二连接管108,水泵101的进水口1011与第一连接管107连通,水泵101的出水口1012与第二连接管108连通。还设置有第一三通105和第二三通106,水泵101的进水口1011通过第一连接管107与第一三通105的第三开口1053连通,水泵101的出水口1012通过第二连接管108与第二三通106的第三开口1063连通,第一三通105的第一开口1051与热水来水管端头的管口接通,第一三通105的第二开口1052与混水水龙头113的热水进水管口连通;第二三通106的第一开口1061与冷水来水管端头的管口112连通,第二三通106的第二开口1062与混水水龙头113的冷水进水管口连通。The water pump 101, the first connecting pipe 107 and the second connecting pipe 108, the water inlet 1011 of the water pump 101 communicate with the first connecting pipe 107, and the water outlet 1012 of the water pump 101 communicates with the second connecting pipe 108. A first three-way 105 and a second three-way 106 are further disposed. The water inlet 1011 of the water pump 101 communicates with the third opening 1053 of the first three-way 105 through the first connecting pipe 107, and the water outlet 1012 of the water pump 101 passes through the second connection. The tube 108 is in communication with the third opening 1063 of the second three-way 106. The first opening 1051 of the first three-way 105 is connected to the nozzle of the hot water inlet pipe end, and the second opening 1052 of the first three-way 105 is mixed with The hot water inlet port of the water tap 113 communicates; the first opening 1061 of the second tee 106 communicates with the nozzle 112 of the cold water pipe end, and the second opening 1062 of the second tee 106 and the cold water of the water mixing tap 113 The inlet pipe is connected.
所述水泵101或者连接所述水泵101的管路中设置有双向止流装置102,双向止流装置102可以拆分为两个单方向逆止装置分别设置在第一连接管107或第二连接管108上。也可以将两个单方向逆止装置分别设置在第一三通105或第二三通106上;或当水泵101具有单向功能时,只需将另一个单向逆止装置设置在连接管107或第二三通105上。第一三通105的第一开口1051与热水来水管端头的管口接通,第一三通105的第二开口1052与连接混水水龙头112的热水进水管口连通;第二三通106的第一开口1061与冷水来水管端头的管口112连通,第二三通106的第二开口1062与连接混水水龙头113的冷水进水管口连通。The water pump 101 or the pipeline connecting the water pump 101 is provided with a two-way flow stopping device 102, and the two-way flow stopping device 102 can be split into two single-directional backstop devices respectively disposed on the first connecting pipe 107 or the second connecting On tube 108. It is also possible to arrange two single-direction backstop devices on the first three-way 105 or the second three-way 106, respectively; or when the water pump 101 has a one-way function, it is only necessary to set another one-way check device in the connecting pipe. 107 or the second three-way 105. The first opening 1051 of the first three-way 105 is connected to the nozzle of the hot water inlet pipe end, and the second opening 1052 of the first three-way 105 is connected with the hot water inlet port of the water mixing faucet 112; The first opening 1061 of the passage 106 communicates with the nozzle 112 of the cold water inlet pipe end, and the second opening 1062 of the second three passage 106 communicates with the cold water inlet port of the mixing water faucet 113.
在其他实施例中,在上述实施例基础上,进一步的,该在第一连接管107或第二连接管108上设置有与水泵101联动的双向止流装置102,也可以将装置102的双向止流功能设置在水泵101的进水口1011与出水口1012的通道之内,使水泵101在停机、待机状态下具有切断进水口1011和出水口1012的通路、双向阻断水流的功能,则无需再单独设置双向止流装置102。双向止流装置102可以设置在水泵101的出水口1012或第二连接管108上或第一三通105的第三开口1053或第二三通106的第三开口1063上。双向止流装置102也可以拆分为两个单方向逆止装置分别设置在第一连接管107或第二连接管108上。也可以将两个单方向逆止装置分别设置在第一三通105或第二三通106上;而在当水泵101具有单向功能时,只需将另一个单向逆止装置设置在连接管107或第二三通105上,即可起到阻断冷热水管水流互扰的作用。第一三通105的第一开口1051与热水来水管端头的管口接通,第一三通105的第二开口1052与连接混水水龙头112的热水进水管口通过第三连接管109接通;第二三通106的第一开口1061与冷水来水管端头的管口112接通,第二三通106的第二开口1062与连接混水水龙头113的冷水进水管口通过第五连接管110接通。在水泵101进水口或第一连接管107上设置有滤除液体中颗粒的过滤装置114。In other embodiments, based on the above embodiment, further, the first connecting pipe 107 or the second connecting pipe 108 is provided with a two-way stopping device 102 associated with the water pump 101, and the device 102 may be bidirectional. The flow stop function is disposed in the passage of the water inlet 1011 and the water outlet 1012 of the water pump 101, so that the water pump 101 has the function of cutting off the water inlet 1011 and the water outlet 1012 in the stop state and the standby state, and the function of blocking the water flow in both directions is eliminated. The two-way flow stop device 102 is separately provided. The two-way flow stop device 102 may be disposed on the water outlet 1012 or the second connection pipe 108 of the water pump 101 or the third opening 1053 of the first three-way 105 or the third opening 1063 of the second three-way 106. The two-way flow stop device 102 can also be split into two single-direction check devices that are respectively disposed on the first connecting pipe 107 or the second connecting pipe 108. It is also possible to arrange two single-direction backstop devices on the first three-way 105 or the second three-pass 106, respectively; and when the water pump 101 has a one-way function, it is only necessary to set another one-way check device on the connection. The tube 107 or the second three-way 105 can function to block the mutual interference of the water flow between the hot and cold water pipes. The first opening 1051 of the first three-way 105 is connected to the nozzle of the hot water inlet pipe end, and the second opening 1052 of the first three-way 105 and the hot water inlet port of the water mixing faucet 112 are connected through the third connecting pipe. 109 is turned on; the first opening 1061 of the second three-way 106 is connected to the nozzle 112 of the cold water inlet pipe end, and the second opening 1062 of the second three-way 106 is connected to the cold water inlet port of the mixing water faucet 113. The five connecting tubes 110 are turned on. A filter device 114 for filtering particles in the liquid is disposed on the water inlet of the water pump 101 or the first connecting pipe 107.
在其他实施例中,在上述实施例基础上,进一步的,即出热水装置100的本体上还设置有第一温度感应装置103,第一温度感应装置103的探针可以装设在水泵101的进水口1011、或第一连接管107,或第一三通105的开口1053或其他适合的位置。In other embodiments, based on the above embodiment, further, the body of the hot water supply device 100 is further provided with a first temperature sensing device 103, and the probe of the first temperature sensing device 103 can be installed in the water pump 101. The water inlet 1011, or the first connecting tube 107, or the opening 1053 of the first three-way 105 or other suitable position.
调整第一连接管107和第二连接管108之一或同时改变二者的长度,并对应调整设置第一温度感应装置103的位置,是本实用新型在是实际应用中调整和控制热水管对冷水管内存水温度影响程度的一个手段之一。Adjusting the length of the first connecting pipe 107 and the second connecting pipe 108 or changing the length of the two connecting pipes 107 and adjusting the position of the first temperature sensing device 103 correspondingly, the utility model adjusts and controls the hot water pipe in practical applications. One of the means of affecting the temperature of the water in the cold water pipe.
在其他实施例中,在上述各实施例基础上,进一步的,即出热水装置100本体上设置有单独的线控或遥控装置,或设置有在即出热水装置100在多机组合应用时,控制多机组合联动的第一远程控制装置104。在与储水式热水器配套使用时,第一远程控制装置104也可以设置在热水器的主机上。In other embodiments, based on the above embodiments, further, that is, the water outlet device 100 is provided with a separate wire control or remote control device, or is provided with the hot water device 100 in a multi-machine combination application. The first remote control device 104 that controls the multi-machine combination linkage is controlled. When used in conjunction with a water storage type water heater, the first remote control unit 104 can also be disposed on the main unit of the water heater.
在其他实施例中,在上述各实施例基础上,进一步的,在即出热水装置100应用于与燃气热水器配套使用时,该即出热水装置100还包括与即出热水装置100本体配套使用的水箱装置200,该水箱装置200包括水箱201,水箱201上设有进水口206和出水口207。在与燃气热水器配套使用时,水箱201的进水口206与连接燃气热水器的热水出口通过第四连接管208连通,水箱201的出水口207与通向各用水点的热水管209连通。In other embodiments, based on the above embodiments, further, when the hot water outlet device 100 is used in conjunction with the gas water heater, the hot water outlet device 100 further includes a body corresponding to the hot water supply device 100. The water tank device 200 is used. The water tank device 200 includes a water tank 201 having a water inlet 206 and a water outlet 207. When used in conjunction with the gas water heater, the water inlet 206 of the water tank 201 communicates with the hot water outlet connected to the gas water heater through the fourth connecting pipe 208, and the water outlet 207 of the water tank 201 communicates with the hot water pipe 209 leading to each water point.
水箱装置200的水箱201内还设置有电加热装置204,用于加热水箱内的水温和第二温度感应装置202,用于测量水箱201内的水温。An electric heating device 204 is further disposed in the water tank 201 of the water tank device 200 for heating the water temperature in the water tank and the second temperature sensing device 202 for measuring the water temperature in the water tank 201.
水箱装置200的水箱201内还设置有扰流混水装置203。A turbulent water mixing device 203 is also disposed in the water tank 201 of the water tank device 200.
水箱装置200上设置有用于与第一远程控制装置104联动的第二远程控制装置205,与一台或一台以上的即出热水装置100的本体组合联动应用。水箱装置200的用于控制自身和即出热水装置100本体的远程功能控制装置可以设置在与之配套使用的热水器的主机上。The water tank device 200 is provided with a second remote control device 205 for interlocking with the first remote control device 104, and is associated with one or more body combinations of the water outlet device 100. The remote function control device of the water tank device 200 for controlling itself and the body of the hot water outlet device 100 may be provided on the main body of the water heater used therewith.
辅助加热装置200a是在水箱装置200基础上增加了可以借助燃气热水器的燃烧器对水箱201内的存水进行加热的相应装置,作为电加热装置204对水箱201内存水加热的补充功能。为满足这一功能需要,辅助加热装置200a在水箱装置200的基础上增设了:第二水泵211和第三三通214,水箱201上增设有开口210;第二水泵211的进水口212与水箱201的开口210接通,第二水泵211的出水口213与第三三通214的第一接口215接通,第三三通214的第二接口216与冷水进水管220接通,第三三通214的第三接口217与连接燃气热水器冷水进水口的连接管219接通。第三三通214内部设置有水流变道装置218,水流变道装置218的导流板的一面为曲面设结构。当第二温度感应装置202测得水箱201内的水温低于设定值时,即通过第二控制装置205启动第二水泵211,由燃气热水器的燃烧器对水流加热,从而保证水箱201内的水温保持在设定温度。水流变道装置218目的是在即出热水装置100运行时,较小水流可以在不改变水流变道装置218的导流板位置的条件下从导流板曲面缝隙通过三通214的第一接口215进入水箱201或绕经燃气热水器的燃烧器进入水箱201。另外当水泵211工作时,可以引导水流绕经燃气热水器 加热后从水箱201的热水进口206回到水箱201。在停机或待机状态下,水流是可以在水泵211的进水口212和出水口213之间双向流动的。当有用水点热水龙头被打开时,来自燃气热水器冷水进水管220的压力较大的水流可以推动水流变道装置218将三通214的第一接口215的通道封住,使冷水管的来水不会直接进入水箱201。(见图31、图32、图33、图34)The auxiliary heating device 200a is a device corresponding to the water tank device 200 that can heat the water stored in the water tank 201 by means of the burner of the gas water heater, and serves as a supplementary function for the electric heating device 204 to heat the water in the water tank 201. In order to meet the needs of the function, the auxiliary heating device 200a is provided on the basis of the water tank device 200: a second water pump 211 and a third three-way 214, and an opening 210 is added to the water tank 201; the water inlet 212 of the second water pump 211 and the water tank The opening 210 of the second water pump 211 is connected to the first port 215 of the third three-way 214, and the second port 216 of the third three-way 214 is connected to the cold water inlet pipe 220. The third interface 217 of the passage 214 is connected to a connection pipe 219 that connects the cold water inlet of the gas water heater. The third through-pass 214 is internally provided with a water flow path changing device 218, and one side of the deflector of the water flow path changing device 218 has a curved surface structure. When the second temperature sensing device 202 detects that the water temperature in the water tank 201 is lower than the set value, the second water pump 211 is activated by the second control device 205, and the water flow is heated by the burner of the gas water heater, thereby ensuring the inside of the water tank 201. The water temperature is maintained at the set temperature. The purpose of the water flow passage device 218 is that, when the hot water discharge device 100 is in operation, the smaller water flow can pass through the first interface of the tee 214 from the curved surface of the deflector without changing the position of the deflector of the water flow passage device 218. 215 enters the water tank 201 or bypasses the burner of the gas water heater to enter the water tank 201. In addition, when the water pump 211 is in operation, the water flow can be directed to return to the water tank 201 from the hot water inlet 206 of the water tank 201 after being heated by the gas water heater. In the shutdown or standby state, the water flow can flow in both directions between the water inlet 212 and the water outlet 213 of the water pump 211. When the water tap is opened, the pressure of the water from the cold water inlet pipe 220 of the gas water heater can push the water passage device 218 to seal the passage of the first port 215 of the tee 214 to make the water of the cold water pipe It does not directly enter the water tank 201. (See Figure 31, Figure 32, Figure 33, Figure 34)
在与燃气热水器配套使用时,水箱装置200或辅助加热装置200a可以设置在燃气热水器的主机壳内部。When used in conjunction with a gas water heater, the water tank device 200 or the auxiliary heating device 200a may be disposed inside the main casing of the gas water heater.
水箱201也相当于储水式热水器的水箱。The water tank 201 is also equivalent to the water tank of the storage water heater.
在装置100本体与现有储水式热水器配套使用时,用于远程控制一台或局域用水环境内组合使用的即出热水装置100的远程控制装置可以设置在储水式热水器的主机上。When the main body of the device 100 is used together with the existing water storage type water heater, the remote control device for remotely controlling the combined use of the hot water supply device 100 in one or local water environment may be disposed on the host of the water storage type water heater. .
另外,即出热水装置100的本体和水箱装置200及辅助加热装置200a上设置有设备所需的外壳。Further, the main body of the outlet water heater 100, the water tank device 200, and the auxiliary heating device 200a are provided with a casing required for the equipment.
以上对本实用新型实施例所提供的一种即出热水装置进行了详细介绍,对于本领域的一般技术人员,依据本实用新型实施例的思想,在具体实施方式及应用范围上均会有改变之处,综上所述,本说明书内容不应理解为对本实用新型的限制。The above is a detailed description of the hot water supply device provided by the embodiment of the present invention. For those skilled in the art, according to the idea of the embodiment of the present invention, the specific embodiment and the application range may be changed. In the above, the contents of the present specification should not be construed as limiting the present invention.

Claims (10)

  1. 一种即出热水装置(100),其特征在于,包括:水泵(101),第一连接管(107)、第二连接管(108)、第一三通(105)和第二三通(106),水泵(101)的进水口(1011)与第一连接管(107)连通,水泵(101)的出水口(1012)与第二连接管(108)连通,水泵(101)的进水口(1011)通过第一连接管(107)与第一三通(105)的第三开口(1053)连通,水泵(101)的出水口(1012)通过第二连接管(108)与第二三通(106)的第三开口(1063)连通,第一三通(105)的第一开口(1051)与热水来水管端头的管口接通,第一三通(105)的第二开口(1052)与混水水龙头(113)的热水进水管口连通;第二三通(106)的第一开口(1061)与冷水来水管端头的管口(112)连通,第二三通(106)的第二开口(1062)与混水水龙头(113)的冷水进水管口连通。A hot water discharging device (100), comprising: a water pump (101), a first connecting pipe (107), a second connecting pipe (108), a first three-way (105) and a second three-way (106), the water inlet (1011) of the water pump (101) is in communication with the first connecting pipe (107), the water outlet (1012) of the water pump (101) is in communication with the second connecting pipe (108), and the water pump (101) is advanced. The nozzle (1011) communicates with the third opening (1053) of the first three-way (105) through the first connecting pipe (107), and the water outlet (1012) of the water pump (101) passes through the second connecting pipe (108) and the second The third opening (1063) of the tee (106) is in communication, and the first opening (1051) of the first three-way (105) is connected to the nozzle of the hot water pipe end, and the first three-way (105) The second opening (1052) is in communication with the hot water inlet port of the mixing faucet (113); the first opening (1061) of the second three-way (106) is in communication with the nozzle (112) of the cold water inlet pipe end, second The second opening (1062) of the tee (106) is in communication with the cold water inlet port of the mixing faucet (113).
  2. 如权利要求1所述即出热水装置(100),其特征在于,所述在第一连接管(107)、第二连接管(108)、第一三通(105)或第二三通(106)上设置有第一温度感应装置(103)。The hot water discharging device (100) according to claim 1, wherein the first connecting pipe (107), the second connecting pipe (108), the first three-way (105) or the second three-way A first temperature sensing device (103) is disposed on (106).
  3. 如权利要求2所述即出热水装置(100),其特征在于,所述水泵(101)的进水口(1011)到出水口(1012)的通路中或者在第一连接管(107)或第二连接管(108)上设置有双向止流装置(102),在水泵(101)进水口或第一连接管(107)上设置有滤除液体中颗粒的过滤装置(114)。The hot water discharge device (100) according to claim 2, wherein the water inlet (1011) of the water pump (101) is in the passage of the water outlet (1012) or in the first connecting pipe (107) or The second connecting pipe (108) is provided with a two-way stopping device (102), and a filtering device (114) for filtering particles in the liquid is disposed on the water inlet of the water pump (101) or the first connecting pipe (107).
  4. 如权利要求3所述即出热水装置(100),其特征在于,所述即出热水装置(100)的本体上设置有线控或遥控装置、或者发送或接收控制命令的第一远程控制装置(104)。The hot water discharging device (100) according to claim 3, wherein the body of the hot water discharging device (100) is provided with a cable control or remote control device, or a first remote control for transmitting or receiving a control command. Device (104).
  5. 如权利要求4所述即出热水装置(100),其特征在于,还包括水箱装置(200),所述水箱装置(200)包括:水箱(201),水箱(201)上设有进水口(206)和出水口(207),在与燃气类热水器配套应用时,进水口(206)与连接热水器的热水出口连通,水箱(201)的出水口(207)与通向各用水点的热水管(209)连通。The hot water discharge device (100) according to claim 4, further comprising a water tank device (200), the water tank device (200) comprising: a water tank (201), and the water tank (201) is provided with a water inlet (206) and the water outlet (207), when used in conjunction with the gas water heater, the water inlet (206) is connected to the hot water outlet connected to the water heater, and the water outlet (207) of the water tank (201) is connected to each water point. The hot water pipe (209) is connected.
  6. 如权利要求5所述即出热水装置(100),其特征在于,所述水箱(201)内还设置有电加热装置(204)和第二温度感应装置(202)。The hot water discharge device (100) according to claim 5, characterized in that the water tank (201) is further provided with an electric heating device (204) and a second temperature sensing device (202).
  7. 如权利要求6所述即出热水装置(100),其特征在于,所述水箱(201)内还设置有扰流混水装置(203)。The hot water discharge device (100) according to claim 6, characterized in that the water tank (201) is further provided with a turbulent water mixing device (203).
  8. 如权利要求7所述即出热水装置(100),其特征在于,所述水箱装置(200)上设置有用于与所述第一远程控制装置(104)联动的第二远程控制装置(205)。The hot water discharge device (100) according to claim 7, wherein the water tank device (200) is provided with a second remote control device (205) for interlocking with the first remote control device (104). ).
  9. 如权利要求8所述即出热水装置(100),其特征在于,还包括:第二水泵(211)和第三三通(214),水箱(201)上设有开口(210);第二水泵(211)的进水口(212)与水箱(201)的开口(210)接通,第二水泵(211)的出水口(213)与第三三通(214)的第一接口(215)接通,第三三通(214)的第二接口(216)与冷水进水管(220)接通,第三三通(214)的第三接口(217)与连接燃气热水器冷水进水口的连接管(219)接通。The hot water discharge device (100) according to claim 8, further comprising: a second water pump (211) and a third three-way (214), wherein the water tank (201) is provided with an opening (210); The water inlet (212) of the second water pump (211) is connected to the opening (210) of the water tank (201), and the water outlet (213) of the second water pump (211) and the first interface of the third three-way (214) (215) Turned on, the second interface (216) of the third three-way (214) is connected to the cold water inlet pipe (220), the third port (217) of the third three-way (214) is connected to the cold water inlet of the gas water heater. The connecting pipe (219) is turned on.
  10. 如权利要求9所述即出热水装置(100),其特征在于,所述第三三通(214)内部设置有水流变道装置(218),水流变道装置(218)的导流板的一面为曲面或孔隙结构。The hot water discharging device (100) according to claim 9, wherein the third three-way (214) is internally provided with a water flow passage device (218), and a water deflecting device (218) deflector. One side is a curved or porous structure.
PCT/CN2018/078757 2017-03-13 2018-03-12 Instant hot water apparatus WO2018166425A1 (en)

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CN106705437B (en) * 2017-03-13 2019-11-22 王强 A kind of instant-heating and outlet hot device

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