WO2019097393A1 - Water heater - Google Patents

Water heater Download PDF

Info

Publication number
WO2019097393A1
WO2019097393A1 PCT/IB2018/058886 IB2018058886W WO2019097393A1 WO 2019097393 A1 WO2019097393 A1 WO 2019097393A1 IB 2018058886 W IB2018058886 W IB 2018058886W WO 2019097393 A1 WO2019097393 A1 WO 2019097393A1
Authority
WO
WIPO (PCT)
Prior art keywords
water
flow
predetermined
elastic
pressure
Prior art date
Application number
PCT/IB2018/058886
Other languages
French (fr)
Chinese (zh)
Inventor
孙祈康
Original Assignee
孙祈康
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority to HK17111858.9 priority Critical
Priority to HK17111858 priority
Application filed by 孙祈康 filed Critical 孙祈康
Publication of WO2019097393A1 publication Critical patent/WO2019097393A1/en

Links

Classifications

    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47LDOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L15/00Washing or rinsing machines for crockery or tableware
    • A47L15/42Details
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24HFLUID HEATERS, e.g. WATER OR AIR HEATERS, HAVING HEAT GENERATING MEANS, IN GENERAL
    • F24H1/00Water heaters having heat generating means, e.g. boiler, flow- heater, water-storage heater
    • F24H1/18Water storage heaters
    • F24H1/20Water storage heaters with immersed heating elements, e.g. electric elements or furnace tubes

Abstract

A water heater, comprising: an approximately elongated and/or tubular water inlet pipe that extends into a water storage container and comprises at least one rotatably provided or mounted blade device; and/or a water pressure reutilizing and flow guide device that comprises movably and lockably connected or mounted elastic components and is configured to be switched between an energy storage state and a flow guide state by utilizing the changes in water temperature, water flow, and/or water pressure.

Description

\¥0 2019/097393 ?€1/162018/058886  \¥0 2019/097393 ?€1/162018/058886
热水器 Water heater
技术领域 Technical field
本公开涉及一种热水器, 尤其涉及一种用于清洗装置, 诸如洗碗碟机, 的热水器, 其包括利用系统储水容器的内压变化来产生水流的装置以及有 助于防止或减少热流失的双重密封式壁身或壳体。  The present disclosure relates to a water heater, and more particularly to a water heater for a cleaning device, such as a dishwasher, including means for generating a water flow using changes in internal pressure of a system water storage container and helping to prevent or reduce heat loss. Double sealed wall or shell.
背景技术 Background technique
现今市场上有各种各样的洗碗碟机, 都需要把进水加热到一定程度才 能运行各清洗程序。 加热装置一般是采用储水式电热水炉, 利用水缸储水, 内部采用电加热管将进水进行加热来对碗碟于两部份进行漂洗和冲洗。 由 于进水加热时间需要较长和消耗能量及成本较高, 所以在长时间运作时需 要采用节能控制。 现在市场上一般会采用热回收系统(如 CN 105615809八), 利用蒸气的余热将进水进行预热, 或利用污水回收水缸的余热进行进水的 预热(如 0 05748012八)。但是在最后冲洗程序时,由于卫生要求特别严谨, 其中要求进水不能受任何污染及温度不能低于 85° (:。 There are a variety of dishwashers on the market today that require heating water to a certain level to run the cleaning process. The heating device generally adopts a water storage type electric water heater, uses a water tank to store water, and internally uses an electric heating tube to heat the inflow water to rinse and rinse the two parts of the dish. Since the influent heating time is long, energy consumption and cost are high, energy saving control is required for long-term operation. Nowadays, heat recovery systems (such as CN 105615809 8) are generally used in the market to preheat the influent water by using the residual heat of the steam, or to use the waste heat of the sewage recovery tank to preheat the influent water (eg, 0 05748012 8). However, in the final rinsing procedure, due to the particularly stringent hygiene requirements, it is required that the incoming water should not be contaminated and the temperature should not be lower than 85° (:.
发明内容 Summary of the invention
公开了一种热水器, 其包括: \¥0 2019/097393 ?€1/162018/058886 大致长型和/或管状的延伸入所述储水容器内以及优选设置在所述储 水容器的端部或与所述端部邻接或与所述端部的端面平行地或大致平行地 延伸的进水管, 所述进水管配置成优选沿所述储水容器的大致整个高度方 向延伸以及包括可转动地设置或安装的至少一扇叶装置, 所述扇叶装置具 有可操作地连接的复数的内扇叶和外扇叶, 至少一所述内扇叶和/或外扇叶 的叶面配置成倾斜地设置和与所述进水管中的水流的流向以预定角度相 交, 以转换和通过所述进水管中的水流的力来绕轴转动以及使所述进水管 外围附近的水沿第一预定方向流动; 所述第一预定方向优选与所述高度方 向大致平行; A water heater is disclosed that includes: \¥0 2019/097393 ? 1/162018/058886 substantially elongated and / or tubular extending into the water storage container and preferably at or adjacent to the end of the water storage container An inlet pipe extending parallel or substantially parallel to an end surface of the end portion, the inlet pipe being configured to extend substantially along substantially the entire height direction of the water storage container and including at least one blade device rotatably disposed or mounted The blade device has a plurality of inner blades and outer blades operatively connected, and at least one of the inner blades and / or the outer blades has a leaf surface configured to be obliquely disposed and associated with the water inlet pipe The flow direction of the water flow intersects at a predetermined angle to convert and rotate around the shaft by the force of the water flow in the water inlet pipe and to flow water in the vicinity of the periphery of the water inlet pipe in a first predetermined direction; the first predetermined direction is preferably Roughly parallel to the height direction;
/或水压再用和导流装置, 其包括可活动和可锁定地连接或安装的弹 性构件以及配置成利用水温、 水流、 和/或水压变化来可切换地在储能状态 和导流状态之间转换; 其中在储能状态时, 所述水压再用和导流装置通过 水压或水流来驱动或压缩和锁定弹性构件在位, 以储存由水压或水流转换 成的动能; 在导流状态时, 所述水压再用和导流装置释放弹性构件, 通过 所述弹性构件的回弹力或储存的动能来驱动水向第二预定方向流动, 使所 述储水容器内的温度不同的水能够进行快速的混合, 以有助于达至热平衡 所述第二预定方向优选与所述储水容器的长度或宽度或厚度方向平行; 和/ 或所述第二预定方向优选与所述第一预定方向正交, 从而通过不同方向的 水流来加快不同温度的水的混和, 以有助于达至热平衡。 And / or a hydraulic re-use and flow guiding device comprising an elastic member that is movably and lockably connected or mounted and configured to be switchable in an energy storage state and guided by water temperature, water flow, and / or water pressure change Transition between flow states; wherein, in the energy storage state, the water pressure reuse and flow guiding device drives or compresses and locks the elastic member in position by water pressure or water flow to store kinetic energy converted from water pressure or water flow In the diversion state, the water pressure reuse and the flow guiding device release the elastic member, and the repulsive force or the stored kinetic energy of the elastic member drives the water to flow in the second predetermined direction, so that the water storage container is inside The different temperatures of the water can be rapidly mixed to help achieve thermal equilibrium. The second predetermined direction is preferably parallel to the length or width or thickness direction of the water storage container; and / or the second predetermined direction is preferred It is orthogonal to the first predetermined direction to accelerate the mixing of water at different temperatures by water flow in different directions to help achieve thermal equilibrium.
在一些实施例中, 所述水压再用和导流装置的自由端包括可转动的导 向件/转向件和/或所述扇叶装置, 以相应于预定工作状态而改变所述第二预 定方向, 从而通过产生不同方向的水流来加快不同温度的水的混和, 以有 助于达至热平衡。 In some embodiments, the free end of the water pressure reuse and flow guiding device includes a rotatable guide / steering member and / or the fan blade device to change the second predetermined portion corresponding to a predetermined operational state Direction, thereby accelerating the mixing of water at different temperatures by creating water flows in different directions to help achieve thermal equilibrium.
在一些实施例中, 所述第一预定方向与所述进水管内的进水的流向大 \¥0 2019/097393 ?€1/162018/058886 致相反, 从而通过产生不同方向的水流来加快不同温度的水的混和, 以有 助于达至热平衡; 和/或所述弹性构件的运动方向和/或所述第二预定方向优 选与所述进水管内的进水的流向正交, 从而通过产生不同方向的水流来加 快不同温度的水的混和, 以有助于达至热平衡。 In some embodiments, the first predetermined direction and the flow of the influent water in the inlet pipe are large \¥0 2019/097393 ?€1/162018/058886 to the contrary, thereby accelerating the mixing of water at different temperatures by generating water flows in different directions to help achieve thermal equilibrium; and / or the direction of movement of the elastic member And / or said second predetermined direction is preferably orthogonal to the direction of flow of the incoming water within said inlet pipe to thereby accelerate mixing of water at different temperatures by creating a flow of water in different directions to aid in achieving thermal equilibrium.
在一些其它实施例中, 所述水压再用和导流装置包括内置的温度传感 器, 以相应于预定水温使与所述水压再用和导流装置在储能状态和导流状 态之间转换。  In some other embodiments, the water pressure reuse and flow guiding device includes a built-in temperature sensor to cause the water pressure reuse and flow guiding device to be between the energy storage state and the diversion state corresponding to the predetermined water temperature. Conversion.
在一些实施例中, 所述储水容器配置成具有双重密封壁身或壳体, 包 括容纳水的内壁或内壳以及包围所述内壁或内壳的外壁或外壳以及在两者 之间的隔热和保温层或媒介, 优选为空气或气体夹层或真空层, 以增加保 温效果和减少水的热量流失。  In some embodiments, the water storage container is configured to have a double sealed wall or shell, including an inner or inner casing containing water and an outer wall or outer casing surrounding the inner or inner casing and a partition therebetween The heat and insulation layer or medium, preferably an air or gas interlayer or vacuum layer, increases the insulation and reduces the heat loss of the water.
在一些实施例中, 所述储水容器包括与所述水压再用和导流装置可操 作地连接的排气阀门, 以相应于所述水压再用和导流装置的储能状态和导 流状态而相应地开关, 所述排气阀门优选地与所述进水管平行或大致平行 地延伸。  In some embodiments, the water storage container includes an exhaust valve operatively coupled to the water pressure reuse and flow guiding device to correspond to an energy storage state of the water pressure reuse and flow guiding device and The diversion state is correspondingly switched, and the exhaust valve preferably extends parallel or substantially parallel to the inlet pipe.
在一些实施例中, 所述储水容器包括出水管, 所述出水管优选地与所 述进水管平行或大致平行地延伸。  In some embodiments, the water storage container includes an outlet pipe that preferably extends parallel or substantially parallel to the inlet pipe.
在一些实施例中, 所述储水容器包括至少一高功率电热管, 所述电热 管配置成与所述水压再用和导流装置固接或安装在所述储水容器的同一 端, 所述电热管优选地与所述水压再用和导流装置平行或大致平行地延伸 以及占用大致相同的使用空间。  In some embodiments, the water storage container includes at least one high-power electric heating tube configured to be fixed or installed at the same end of the water storage container as the water pressure reuse and flow guiding device. The electric heating tube preferably extends parallel or substantially parallel to the water pressure reuse and flow guiding device and occupies substantially the same usage space.
在一些实施例中, 所述水压再用和导流装置采用筒型的形式和优选具 有与热水器的电热管相同的尺寸和构型; 以及配置成具有开口端和闭口端 以及设置或安装在所述闭口端的弹性构件和匹配的固定件, 所述弹性构件 包括可操作地连接的弹簧、 盖件和相连接的与所述固定件可分离地耦合的 \¥0 2019/097393 ?€1/162018/058886 主体, 且配置成可切换地在第一位置和第二位置之间转换; 其中 In some embodiments, the water pressure reuse and flow guiding device is in the form of a cartridge and preferably has the same size and configuration as the electric heating tube of the water heater; and is configured to have an open end and a closed end and is disposed or mounted An elastic member of the closed end and a mating fastener, the resilient member including an operatively coupled spring, a cover member and a detachably coupled coupling to the fixed member \¥0 2019/097393 ?€1/162018/058886 body, and configured to switchably switch between the first position and the second position;
在所述第一位置时, 所述弹性构件或主体与所述固定件啮合和邻接所 述闭口端以保存所述弹性构件本身的回弹力或弹性构件的通过水压或水流 转换和储存的回弹力或动能, 并配置成能够相应于预定水温或工作状态而 与所述固定件分离, 以通过保存的回弹力或动能而移动到邻接所述开口端 的所述第二位置以及在移动期间能够驱动和导引前方的水向第二预定方向 流动, 以有助于水的混合和达至热平衡; 以及  In the first position, the elastic member or body engages with the fixing member and abuts the closed end to preserve the resilience of the elastic member itself or the return or storage of the elastic member by water pressure or water flow Elastic or kinetic energy, and configured to be separable from the fixture in response to a predetermined water temperature or operating condition to move to the second position adjacent the open end by the retained resilience or kinetic energy and to be capable of driving during movement And directing the water in front to flow in a second predetermined direction to facilitate mixing of the water and achieve heat balance;
在所述第二位置时, 所述弹性构件配置成通过水压或水流来驱动, 以 移向和啮合所述固定件, 直至固定于或切换成所述第一位置, 以转换和储 存通过水压或水流的驱动动能并然后能够相应于预定水温或工作状况而通 过所述动能再由所述第一位置切换成所述第二位置; 其中在切换期间持续 地驱动和导引水流, 以使所述储水容器内的温度不同的水能够进行快速的 混合, 从而有助于达至热平衡。  In the second position, the resilient member is configured to be driven by water pressure or water flow to move and engage the fastener until it is fixed or switched to the first position for conversion and storage through the water The driving kinetic energy of the pressure or water flow can then be switched from the first position to the second position by the kinetic energy corresponding to a predetermined water temperature or operating condition; wherein the water flow is continuously driven and directed during the switching so that The water of different temperatures in the water storage container can be quickly mixed to help achieve heat balance.
在一些实施例中, 所述弹性构件的盖件和主体优选具有丁型的截面以 及所述主体上具有在环向上分隔开的复数的凹口, 以与所述固定件的相应 的可动的钩件或凸部/件可分离地啮合。 In some embodiments, the cover member and the body of the elastic member preferably have a butyl-shaped cross section and the body has a plurality of recesses spaced apart in a ring shape to be correspondingly movable with the fixing member The hooks or projections / pieces are detachably engaged.
由此, 本泄漏了一种改善的热水器, 优选用作洗碗碟机的电热水炉, 其可减少热能流失以及利用水的流动及搅动来改善水缸内水的热循环, 达 致热平衡和能直接减少加热所需时间而减少电热水炉能量消耗。 所以, 在 洗碗碟机的例如最后的冲洗阶段的情况下, 透过本公开的装置可有效节能, 从而改善洗碗碟机整体的能源效益。  Thus, the present invention has leaked an improved water heater, preferably used as an electric water heater for a dishwasher, which reduces heat loss and utilizes the flow and agitation of water to improve the heat cycle of the water in the tank, achieving heat balance and It can directly reduce the time required for heating and reduce the energy consumption of the electric water heater. Therefore, in the case of, for example, the final rinsing stage of the dishwasher, the device of the present disclosure can be used to save energy, thereby improving the overall energy efficiency of the dishwasher.
附图说明 DRAWINGS
以下将参照附图通过范例来叙述本公开的技术方案, 在附图中 \¥0 2019/097393 ?€1/162018/058886 图 1为现有技术的工业用洗碗碟机的示意图; The technical solution of the present disclosure will be described by way of example with reference to the accompanying drawings, in which \¥0 2019/097393 ?€1/162018/058886 Figure 1 is a schematic view of a prior art industrial dishwasher;
2为现有技术的电热水炉的示意图; 2 is a schematic view of a prior art electric water heater;
3为本公开的范例性洗碗碟机的冲洗部份的示意图; 3 is a schematic view of a rinse portion of an exemplary dishwasher of the present disclosure;
4为本公开的范例性的具有储水容器的热水器的示意图; 4 is a schematic view of an exemplary water heater having a water storage container of the present disclosure;
5为本公开的范例性进水管的示意图; Figure 5 is a schematic view of an exemplary water inlet pipe of the present disclosure;
6为本公开的范例性水压再用和导流装置的示意图; 以及 6 is a schematic diagram of an exemplary water pressure reuse and flow guiding device of the present disclosure;
7 7〇为本公开的范例性水压再用和导流装置的工作的示意图。 Figure 7 is a schematic illustration of the operation of an exemplary water pressure reuse and flow directing device of the present disclosure.
具体实施方式 Detailed ways
以下将结合附图来叙述本公开的一些优选实施例, 以便详细地说明其 技术方案。  Some preferred embodiments of the present disclosure will be described below in conjunction with the drawings in order to explain the technical solutions in detail.
参照图 12, 所示分别为现有技术的工业用洗碗碟机和其电热水炉的 示意图, 其中洗碗碟机包括两部分来处理碗碟, 即主洗(漂洗)及冲洗部份。 各部份分别有各自的电热水炉为进水进行加温处理。 图 2所示为电热水炉 的原来设计, 其外壳以单层金属制造。 外壳上设有进水接口、 出水接口、 排水接口(维修用)、 排气阀门、 温度传感器接口等等, 并在一端安装多组 的高功率的电热管, 并在外层以隔热物料(隔热棉)包裹, 以防止热量流失。 Referring to Figure 12 , there is shown a schematic view of a prior art industrial dishwasher and its electric water heater, wherein the dishwasher includes two parts for processing the dishes, i.e., the main wash (rinse) and rinse portions. Each part has its own electric water heater for heating water. Figure 2 shows the original design of an electric water heater, the outer casing of which is made of a single layer of metal. The outer casing is provided with a water inlet interface, a water outlet interface, a drainage interface (for maintenance), an exhaust valve, a temperature sensor interface, etc., and a plurality of sets of high-power electric heating tubes are installed at one end, and the outer layer is insulated with materials. Hot cotton) wrapped to prevent heat loss.
在使用洗碗碟机时, 有关的电热水炉会安放于洗碗碟机底部(如图 3), 及置于各洗水盘下方, 而洗碗碟机则通常摆放在工场及厨房内, 环境比较 潮湿及温度较高。 现有的隔热物料(隔热棉), 在长时间使用后会弄潮及损 坏, 影响隔热效果, 令热量及能源流失。 亦令工作环境温度提升, 影响附 近工作人员。 所以理想的是能够改变现有的隔热结构来改善热量流失及改 善工场工作环境。 \¥0 2019/097393 ?€1/162018/058886 另一方面, 在现今的食店营业情况下, 有关的洗碗碟机有机会停止运 作数小时后再重新起动, 减少经营成本。 但当关掉洗碗碟机后, 水缸内的 热水温度会渐渐流失。 在重新起动后, 电热水炉需求把水缸内的储水重新 提升至所需温度。 所以, 在停止运作后, 减少水缸内的热量流失, 在重新 起动后, 能减少电热管的能源消耗把水缸的水加热。 所以改善隔热结构能 有效改善能源消耗。 When using the dishwasher, the relevant electric water heater will be placed on the bottom of the dishwasher (as shown in Figure 3 ) and placed under each wash tray, while the dishwasher is usually placed in the workshop and kitchen. , the environment is humid and the temperature is high. Existing insulation materials (insulation cotton) will cause moisture and damage after prolonged use, affecting the heat insulation effect and causing heat and energy loss. It also raises the temperature of the working environment and affects nearby workers. Therefore, it is desirable to be able to change the existing insulation structure to improve heat loss and improve the working environment of the workshop. \¥0 2019/097393 ?€1/162018/058886 On the other hand, in the current restaurant business, the relevant dishwasher has the opportunity to stop operating for several hours before restarting, reducing operating costs. However, when the dishwasher is turned off, the temperature of the hot water in the water tank will gradually be lost. After the restart, the electric water heater needs to raise the water stored in the water tank to the required temperature. Therefore, after the operation is stopped, the heat loss in the water tank is reduced, and after restarting, the energy consumption of the electric heating pipe can be reduced to heat the water in the water tank. Therefore, improving the insulation structure can effectively improve energy consumption.
参照图 37〇,所示分别为本公开的范例性热水器的各种示意图。图 45 中所示的范例性热水器包括: 大致长型和/或管状的延伸入所述储水容器内 以及优选设置在所述储水容器的端部或与所述端部邻接或与所述端部的端 面平行地或大致平行地延伸的进水管, 所述进水管配置成优选沿所述储水 容器的大致整个高度方向延伸以及包括可转动地设置或安装的至少一扇叶 装置, 所述扇叶装置具有可操作地连接的复数的内扇叶和外扇叶, 至少一 所述内扇叶和/或外扇叶的叶面配置成倾斜地设置和与所述进水管中的水流 的流向以预定角度相交, 以转换和通过所述进水管中的水流的力来绕轴转 动以及使所述进水管外围附近的水沿第一预定方向流动; 所述第一预定方 向优选与所述高度方向大致平行。 Referring to Figure 37 , various schematic views of an exemplary water heater of the present disclosure are shown. The exemplary water heater shown in Figure 45 includes: a generally elongated and / or tubular extension into the water storage container and preferably disposed at or adjacent the end of the water storage container or An inlet pipe extending parallel or substantially parallel to an end face of the end, the inlet pipe being configured to extend generally along substantially the entire height of the water storage container and including at least one blade device rotatably disposed or mounted, The fan blade device has a plurality of inner blades and outer blades operatively connected, at least one of the inner blades and / or the outer blades of the blades is configured to be disposed obliquely and with water flow in the inlet pipe The flow direction intersects at a predetermined angle to convert and rotate around the shaft by the force of the water flow in the inlet pipe and to flow water in the vicinity of the periphery of the inlet pipe in a first predetermined direction; the first predetermined direction is preferably The height directions are approximately parallel.
现有技术的进水管原来只是把水引入水缸顶部, 但本公开将其则改造 为长型管道, 由顶部入水口延伸, 直至接近缸底, 管道总长可优选地分成 三段, 其中设置二个接位以接上扇叶装置。 有关的扇叶装置包括分别含有 在管道内的内扇叶, 及在相连的管道外的外扇葉。 并利用进水时的 11^·水 压以及水从高流向低的位能, 推动管道的内扇叶装置。 而有关的内扇叶装 置可以带动外扇叶, 令缸内进水管附近静态的水产生流动。 该水流可以使 电热管附近的水产生流动, 使水缸内加温中和还未被加温的水加速进行混 合, 特别有利水的对流循环运作及加速达致热平衡。 The prior art inlet pipe originally only introduces water into the top of the water tank, but the present disclosure converts it into a long pipe, extending from the top water inlet to the bottom of the cylinder, and the total length of the pipe can be preferably divided into three sections, wherein two Connected to the blade device. The associated fan blade assembly includes inner blades that are respectively contained within the pipe, and outer blades that are outside the connected pipe. And use the 11 ^ · water pressure when entering the water and the water from high to low energy to push the inner fan device of the pipe. The relevant internal fan blade device can drive the outer fan blade to cause static water to flow near the inlet pipe in the cylinder. The water flow can cause the water in the vicinity of the electric heating pipe to flow, so that the heating in the water tank and the water that has not been heated are accelerated and mixed, which is particularly advantageous for the convective circulation operation of the water and the acceleration of the heat balance.
在一些实施例中,如图 4所示,还包括水压再用和导流装置, 其包括可 \¥0 2019/097393 ?€1/162018/058886 活动和可锁定地连接或安装的弹性构件以及配置成利用水温、 水流、 和/或 水压变化来可切换地在储能状态和导流状态之间转换; 其中在储能状态时, 所述水压再用和导流装置通过水压或水流来驱动或压缩和锁定弹性构件在 位, 以储存由水压或水流转换成的动能; 在导流状态时, 所述水压再用和 导流装置释放弹性构件, 通过所述弹性构件的回弹力或储存的动能来驱动 水向第二预定方向流动, 使所述储水容器内的温度不同的水能够进行快速 的混合, 以有助于达至热平衡; 所述第二预定方向优选与所述储水容器的 长度或宽度或厚度方向平行; 和/或所述第二预定方向优选与所述第一预定 方向正交, 从而通过不同方向的水流来加快不同温度的水的混和, 以有助 于达至热平衡。 In some embodiments, as shown in FIG. 4 , further comprising a water pressure reuse and a flow guiding device, including \¥0 2019/097393 ?€1/162018/058886 Active and lockably connected or mounted resilient members and configured to switch between energy storage and diversion using water temperature, water flow, and / or water pressure changes Switching between; wherein, in the energy storage state, the water pressure reuse and flow guiding device drives or compresses and locks the elastic member in position by water pressure or water flow to store kinetic energy converted by water pressure or water flow; In the flow guiding state, the water pressure reuse and the flow guiding device release the elastic member, and the spring force of the elastic member or the stored kinetic energy drives the water to flow in the second predetermined direction to make the temperature in the water storage container Different waters can be rapidly mixed to help achieve thermal equilibrium; the second predetermined direction is preferably parallel to the length or width or thickness direction of the water storage container; and / or the second predetermined direction is preferably The first predetermined directions are orthogonal such that water flow in different directions is accelerated to accelerate mixing of water at different temperatures to help achieve thermal equilibrium.
在一些实施例中,如图 6所示, 所述水压再用和导流装置采用筒型的形 式和优选具有与热水器的电热管相同的尺寸和构型; 以及配置成具有开口 端和闭口端; 以及设置或安装在所述闭口端的弹性构件和匹配的固定件, 所述弹性构件包括可操作地连接的弹簧、 盖件和相连接的与所述固定件可 分离地耦合的主体, 且配置成可切换地在第一位置和第二位置之间转换。 In some embodiments, as shown in Figure 6 , the water pressure reuse and flow guiding device is in the form of a cartridge and preferably has the same size and configuration as the electric heating tube of the water heater; and is configured to have an open end and a closed end And an elastic member and a matching fixing member disposed or mounted at the closed end, the elastic member including an operably coupled spring, a cover member and a coupled body detachably coupled to the fixing member, and The switch is configured to switch between the first position and the second position.
在一些实施例中,如图 7 7〇所示, 在所述第一位置时, 所述弹性构件 或主体与所述固定件啮合和邻接所述闭口端以保存所述弹性构件本身的回 弹力或弹性构件的通过水压或水流转换和储存的回弹力或动能, 并配置成 能够相应于预定水温或工作状态而与所述固定件分离, 以通过保存的回弹 力或动能而移动到邻接所述开口端的所述第二位置以及在移动期间能够驱 动和导引前方的水向第二预定方向流动, 以有助于水的混合和达至热平衡。 In some embodiments, as shown in FIG. 7 ,, in the first position, the elastic member or body engages with the fixing member and abuts the closed end to preserve the resilience of the elastic member itself Or a resilient or kinetic energy of the elastic member that is converted and stored by water pressure or water flow, and configured to be separated from the fixing member corresponding to a predetermined water temperature or working state to move to the abutment by the retained resilience or kinetic energy The second position of the open end and the water capable of driving and guiding the front flow during the movement move in a second predetermined direction to facilitate mixing of the water and achieve heat balance.
在所述第二位置时, 所述弹性构件配置成通过水压或水流来驱动, 以 移向和啮合所述固定件, 直至固定于或切换成所述第一位置, 以转换和储 存通过水压或水流的驱动动能并然后能够相应于预定水温或工作状况而通 过所述动能再由所述第一位置切换成所述第二位置; 其中在切换期间持续 \¥0 2019/097393 ?€1/162018/058886 地驱动和导引水流, 以使所述储水容器内的温度不同的水能够进行快速的 混合, 从而有助于达至热平衡。 In the second position, the resilient member is configured to be driven by water pressure or water flow to move and engage the fastener until it is fixed or switched to the first position for conversion and storage through the water The driving kinetic energy of the pressure or water flow can then be switched from the first position to the second position by the kinetic energy corresponding to a predetermined water temperature or operating condition; wherein the switching is continued during the switching \¥0 2019/097393 ?€1/162018/058886 The ground drives and directs the water flow so that the water of different temperatures in the water storage container can be quickly mixed, thereby contributing to the heat balance.
大体而言, 本公开的水压再用和导流装置利用加热温度及水缸 /储水 容器内压力变化, 有关水压将推动有关部件 /弹性构件, 及储存有关的能 量于弹簧 /弹性构件内, 弹簧 /弹性构件最终被底部 /端部的卡接件扣紧。 在适当时候, 可释放排气及放开卡接件, 令储存在弹簧内的能量释放, 从 而产生水流, 令水缸内的水产生流动, 使水缸内正在加温中和还未被加温 的水进行第快速混合, 而达至热平衡。 而有关的水流方向有别于进水管所 产生的方向, 能以不同方向水流加快不同温度水的混和, 达致热平衡。 In general, the water pressure reuse and flow guiding device of the present disclosure utilizes a heating temperature and a pressure change in the water tank / water storage container, the water pressure will push the relevant component / elastic member, and store the relevant energy to the spring / elastic member. Inside, the spring / elastic member is finally fastened by the bottom / end snaps. When appropriate, the exhaust can be released and the snaps released, so that the energy stored in the spring is released, thereby generating a flow of water, causing the water in the tank to flow, so that the tank is warming and not yet added. The warm water is mixed quickly and reaches the heat balance. The direction of the water flow is different from the direction of the inlet pipe, and the water flow in different directions can accelerate the mixing of different temperature waters to achieve heat balance.
在一些实施例中,如上所述, 本公开的水压再用和导流装置设计成能放 进高功率的电热管的位置内, 替代现有电热管或可安装在原本预留额外电 热管的位置。 有关装置的设计, 以管状为基楚, 开端为开放式结构, 内有 密闭闭盖及其后方以弹簧连接。 弹簧另一端接上装置密封式底部, 并且装 设弹簧卡接件及温度传感器控制等, 并且能控制可操作地连接的排气阀门 的开关。  In some embodiments, as described above, the water pressure reuse and flow guiding device of the present disclosure is designed to be placed in the position of a high-power electric heating pipe, instead of the existing electric heating pipe or can be installed in an originally reserved additional electric heating pipe. s position. The design of the device is based on a tubular shape with an open structure at the beginning and a closed lid inside and a spring connection at the rear. The other end of the spring is connected to the sealed bottom of the device, and is equipped with a spring clip and temperature sensor control, and can control the switch of the operatively connected exhaust valve.
在一些实施例中,可在不同容量的水缸 /储水容器放置具有不同劲度 系数的弹簧。 通过使用不同劲度系数的弹簧, 就能相对于不同的水缸/储 水容器容量、 压力及温度变化作出相应的调整和配合。 In some embodiments, springs having different stiffness coefficients can be placed in different capacity water / water storage containers. By using springs with different stiffness coefficients, corresponding adjustments and fits can be made to different tank / water storage tank capacity, pressure and temperature changes.
当本公开的水压再用和导流装置放进可替换式高功率的电热管的位置 时, 装置开端能与水缸内的水有所接触。 当水被电热管加热时, 水温上升, 但水缸 /储水容器容量不变时, 水压便会增加, 有关水压便会推动密闭闭 盖向底部内推, 从而压迫弹簧。 该动作能使向涌入管道内的水产生流动, 令装置开端附近的水温度混和。 When the water pressure reuse and flow guiding device of the present disclosure is placed in the position of the replaceable high power electric heating tube, the beginning of the device can come into contact with the water in the water tank. When the water is heated by the electric heating pipe, the water temperature rises, but when the capacity of the water tank / water storage container is constant, the water pressure will increase, and the water pressure will push the closed cover to push inward to the bottom, thereby pressing the spring. This action allows the flow of water into the pipeline to flow, mixing the temperature of the water near the beginning of the unit.
当进一步推动密闭闭盖到装置底部 /端部时, 会被卡接件扣紧。 有关 装置底部 /端部可优选设有温度传感器, 并且能控制排气阀门及弹簧卡接 \¥0 2019/097393 ?€1/162018/058886 件, 释放或改变水压和储存在弹簧内的能量。 并同时把管道内的水向外推 出, 产生水流, 快速混合水缸内的水达至热平衡。 有关装置前后的活塞动 作能受控于弹簧的劲度系数及温度检测和排气阀的相关控制, 使在加温过 程中可优选作多次的活塞动作, 令水缸内的水较快和较佳地混和。 When the closed lid is pushed further to the bottom / end of the device, it will be fastened by the clip. The bottom / end of the device may preferably be provided with a temperature sensor and can control the exhaust valve and the spring snap \¥0 2019/097393 ?€1/162018/058886 pieces, release or change the water pressure and the energy stored in the spring. At the same time, the water in the pipe is pushed out to generate water flow, and the water in the water tank is quickly mixed to achieve heat balance. The piston action before and after the device can be controlled by the stiffness coefficient of the spring and the related control of the temperature detection and the exhaust valve, so that the piston action can be preferably performed multiple times during the heating process, so that the water in the water tank is faster and Preferably mixed.
在一些实施例中,如图 6, 7 7〇 所示,所述弹性构件的盖件和主体优选 具有丁型的截面以及所述主体上具有在环向上分隔开的复数的凹口, 以与 所述固定件的相应的可动的钩件或凸部/件可分离地啮合。 In some embodiments, as shown in FIG. 6, 7 7 ,, the cover member and the body of the elastic member preferably have a cross section of a shape of D and the body has a plurality of notches spaced apart in a ring shape to Corresponding movable hooks or projections / pieces of the fastener are detachably engaged.
在一些实施例中, 所述水压再用和导流装置的自由端包括可转动的导 向件/转向件(未示出)和/或如图 5所示的扇叶装置, 以相应于预定工作状态 而改变所述第二预定方向, 从而通过产生不同方向的水流来加快不同温度 的水的混和, 以有助于达至热平衡。 In some embodiments, the free end of the water pressure reuse and flow guiding device includes a rotatable guide / steering member (not shown) and / or a fan blade device as shown in FIG. 5 to correspond to a predetermined The second predetermined direction is changed by the operating state to accelerate the mixing of water at different temperatures by generating water flows in different directions to help achieve thermal equilibrium.
在一些实施例中, 所述第一预定方向与所述进水管内的进水的流向大 致相反, 从而通过产生不同方向的水流来加快不同温度的水的混和, 以有 助于达至热平衡; 和/或所述弹性构件的运动方向和/或所述第二预定方向优 选与所述进水管内的进水的流向正交, 从而通过产生不同方向的水流来加 快不同温度的水的混和, 以有助于达至热平衡。 In some embodiments, the first predetermined direction is substantially opposite to the flow direction of the influent water in the inlet pipe, thereby accelerating the mixing of water at different temperatures by generating water flows in different directions to help achieve heat balance; And / or the direction of movement of the elastic member and / or the second predetermined direction is preferably orthogonal to the flow direction of the incoming water in the inlet pipe, thereby accelerating the mixing of water at different temperatures by generating water flows in different directions, To help achieve thermal balance.
在一些其它实施例中, 所述水压再用和导流装置包括内置的温度传感 器, 以相应于预定水温使与所述水压再用和导流装置在储能状态和导流状 态之间转换。 在一些实施例中, 所述储水容器配置成具有双重密封壁身或壳体, 包 括容纳水的内壁或内壳以及包围所述内壁或内壳的外壁或外壳以及在两者 之间的隔热和保温层或媒介, 优选为空气或气体夹层或真空层, 以增加保 温效果和减少水的热量流失。  In some other embodiments, the water pressure reuse and flow guiding device includes a built-in temperature sensor to cause the water pressure reuse and flow guiding device to be between the energy storage state and the diversion state corresponding to the predetermined water temperature. Conversion. In some embodiments, the water storage container is configured to have a double sealed wall or shell, including an inner or inner casing containing water and an outer wall or outer casing surrounding the inner or inner casing and a partition therebetween The heat and insulation layer or medium, preferably an air or gas interlayer or vacuum layer, increases the insulation and reduces the heat loss of the water.
由此, 通过本公开可无需使用隔热棉等隔热物料。 本公开的实施例所 \¥0 2019/097393 ?€1/162018/058886 提供的双重密封壁身外壳不但有隔热功能, 更耐用, 亦能保持加强保温效 果, 令电热水炉内热水的温度能保持一段时间。 Thus, it is possible to eliminate the need for insulating materials such as insulating cotton by the present disclosure. Embodiments of the present disclosure \¥0 2019/097393 ?€1/162018/058886 The double-sealed wall body casing is not only insulated, but also durable, and it can maintain the heat preservation effect, so that the temperature of the hot water in the electric water heater can be maintained for a period of time.
在利用红外线温度枪探测现有技术的热水炉的单层外壳温度为: 头部 94度, 中部 93度, 尾部 92度; 而改用本公开的双重密封外壳后的外壳温 度则为: 头部 34度 中部 33度 尾部 32度(大致相当于室温) 。 在一些实施例中, 所述储水容器包括与所述水压再用和导流装置可操 作地连接的排气阀门, 以相应于所述水压再用和导流装置的储能状态和导 流状态而相应地开关, 所述排气阀门优选地与所述进水管平行或大致平行 地延伸。 The temperature of the single-layer housing of the prior art water heater using an infrared temperature gun is: 94 degrees in the head, 93 degrees in the middle, and 92 degrees in the tail; and the temperature of the casing after switching to the double-sealed casing of the present disclosure is: The 34 degree middle 33 degrees tail 32 degrees (roughly equivalent to room temperature). In some embodiments, the water storage container includes an exhaust valve operatively coupled to the water pressure reuse and flow guiding device to correspond to an energy storage state of the water pressure reuse and flow guiding device and The diversion state is correspondingly switched, and the exhaust valve preferably extends parallel or substantially parallel to the inlet pipe.
在一些实施例中, 所述储水容器包括出水管, 所述出水管优选地与所 述进水管平行或大致平行地延伸。  In some embodiments, the water storage container includes an outlet pipe that preferably extends parallel or substantially parallel to the inlet pipe.
在一些实施例中, 所述储水容器包括至少一高功率电热管, 所述电热 管配置成与所述水压再用和导流装置固接或安装在所述储水容器的同一 端, 所述电热管优选地与所述水压再用和导流装置平行或大致平行地延伸 以及占用大致相同的使用空间。 载于所附的权利要求的特征 (共同地及在适当之处可单独地) 形成本 公开的一部分, 并在此引入作为参考。  In some embodiments, the water storage container includes at least one high-power electric heating tube configured to be fixed or installed at the same end of the water storage container as the water pressure reuse and flow guiding device. The electric heating tube preferably extends parallel or substantially parallel to the water pressure reuse and flow guiding device and occupies substantially the same usage space. The features of the appended claims (which may be used collectively and where appropriate) may form part of this disclosure and are hereby incorporated by reference.
虽然本文业已叙述了不同的范例或实施例, 但应该理解的是, 它们是 用于说明而不是用于限制保护范围。 例如, 在本文所提供的范例性应用中, 热水器使用电能驱动, 但在不丧失一般性的情况下, 还可根据本公开的实 质内容来使用燃气或其它能源。 应当理解的是, 不同的范例性实施例的部 分或部件在适当情况下可以相互组合和/或混合搭配, 以形成其它变型而不 丧失一般性。 Although different examples or embodiments have been described herein, it should be understood that they are not intended to limit the scope of the invention. For example, in the exemplary application provided herein, the water heater is powered using electrical energy, but gas or other energy sources may also be used in accordance with the substance of the present disclosure without loss of generality. It will be understood that portions or components of different exemplary embodiments may be combined and / or mixed with one another, where appropriate, to form other variations without loss of generality.

Claims

\¥0 2019/097393 ?〇1/162018/058886 \¥0 2019/097393 ?〇1/162018/058886
1. 热水器, 其包括: 1. A water heater, which includes:
大致长型和/或管状的延伸入所述储水容器内以及优选设置在所述储水 容器的端部或与所述端部邻接或与所述端部的端面平行地或大致平行 地延伸的进水管,所述进水管配置成优选沿所述储水容器的大致整个高 度方向延伸以及包括可转动地设置或安装的至少一扇叶装置,所述扇叶 装置具有可操作地连接的复数的内扇叶和外扇叶,至少一所述内扇叶和 /或外扇叶的叶面配置成倾斜地设置和与所述进水管中的水流的流向以 预定角度相交, 以转换和通过所述进水管中的水流的力来绕轴转动以及 使所述进水管外围附近的水沿第一预定方向流动;所述第一预定方向优 选与所述高度方向大致平行; Extending generally and / or tubularly extending into the water storage container and preferably at or adjacent to an end of the water storage container or extending parallel or substantially parallel to an end surface of the end portion An inlet pipe configured to extend generally along substantially the entire height of the water storage container and including at least one blade device rotatably disposed or mounted, the blade device having a plurality of operatively connected The inner blade and the outer blade, at least one of the inner blade and/or the outer blade has a leaf surface configured to be obliquely disposed and intersect with a flow direction of the water flow in the inlet pipe at a predetermined angle for conversion and passage a force of the water flow in the inlet pipe to pivot and to cause water in the vicinity of the periphery of the inlet pipe to flow in a first predetermined direction; the first predetermined direction is preferably substantially parallel to the height direction;
/或水压再用和导流装置, 其包括可活动和可锁定地连接或安装的弹 性构件以及配置成利用水温、 水流、 和/或水压变化来可切换地在储能 状态和导流状态之间转换; 其中在储能状态时, 所述水压再用和导流装 置通过水压或水流来驱动或压缩和锁定弹性构件在位, 以储存由水压或 水流转换成的动能; 在导流状态时, 所述水压再用和导流装置释放弹性 构件,通过所述弹性构件的回弹力或储存的动能来驱动水向第二预定方 向流动, 使所述储水容器内的温度不同的水能够进行快速的混合, 以有 助于达至热平衡;所述第二预定方向优选与所述储水容器的长度或宽度 或厚度方向平行; 和/或所述第二预定方向优选与所述第一预定方向正 交, 从而通过不同方向的水流来加快不同温度的水的混和, 以有助于达 至热平衡。 And / or a hydraulic re-use and flow guiding device comprising an elastic member that is movably and lockably connected or mounted and configured to be switchable in an energy storage state and guided by water temperature, water flow, and / or water pressure change Transition between flow states; wherein, in the energy storage state, the water pressure reuse and flow guiding device drives or compresses and locks the elastic member in position by water pressure or water flow to store kinetic energy converted from water pressure or water flow In the diversion state, the water pressure reuse and the flow guiding device release the elastic member, and the resilience of the elastic member or the stored kinetic energy drives the water to flow in the second predetermined direction, so that the water storage container is inside The different temperatures of the water are capable of rapid mixing to help achieve thermal equilibrium; the second predetermined direction is preferably parallel to the length or width or thickness direction of the water storage container; and / or the second predetermined direction Preferably, it is orthogonal to the first predetermined direction to accelerate the mixing of water at different temperatures by water flow in different directions to help achieve thermal equilibrium.
2. 如权利要求 1所述的热水器, 其特征在于:所述水压再用和导流装置的 \¥0 2019/097393 ?€1/162018/058886 自由端包括可转动的导向件/转向件和/或所述扇叶装置, 以相应于预定 工作状态而改变所述第二预定方向,从而通过产生不同方向的水流来加 快不同温度的水的混和, 以有助于达至热平衡。 2. The water heater according to claim 1, wherein: said guide means and pressure then \¥0 2019/097393 ?€1/162018/058886 The free end includes a rotatable guide / steering member and / or the fan blade device to change the second predetermined direction corresponding to a predetermined operational state, thereby Water flows in different directions are generated to accelerate the mixing of water at different temperatures to help achieve thermal equilibrium.
3. 如权利要求 所述的热水器, 其特征在于 所述第一预定方向与所述进 水管内的进水的流向大致相反,从而通过产生不同方向的水流来加快不 同温度的水的混和, 以有助于达至热平衡; 和/或所述弹性构件的运动 方向和/或所述第二预定方向优选与所述进水管内的进水的流向正交, 从而通过产生不同方向的水流来加快不同温度的水的混和, 以有助于达 至热平衡。 3. The water heater according to claim, wherein said first predetermined direction is substantially opposite to a flow direction of the influent water in said inlet pipe, thereby accelerating mixing of water at different temperatures by generating water flows in different directions, Helping to achieve heat balance; and / or the direction of movement of the elastic member and / or the second predetermined direction is preferably orthogonal to the flow of incoming water within the inlet pipe, thereby accelerating by generating water flow in different directions Mixing water at different temperatures to help achieve thermal equilibrium.
4. 如权利要求 1所述的热水器, 其特征在于:所述水压再用和导流装置包 括内置的温度传感器, 以相应于预定水温使与所述水压再用和导流装置 在储能状态和导流状态之间转换。 4. The water heater according to claim 1, wherein: said pressure means comprises a deflector and then built-in temperature sensor, so as to correspond to a predetermined temperature and then the pressure in the reservoir and the deflector The transition between the energy state and the diversion state.
5. 如权利要求 所述的热水器, 其特征在于 所述储水容器配置成具有双 重密封壁身或壳体,包括容纳水的内壁或内壳以及包围所述内壁或内壳 的外壁或外壳以及在两者之间的隔热和保温层或媒介,优选为空气或气 体夹层或真空层, 以增加保温效果和减少水的热量流失。 5. A water heater as claimed in claim, wherein said storage container is configured to have a double sealing wall or the body housing, the inner wall comprising or containing water surrounding the inner shell and the inner shell or the inner wall of the housing and an outer wall or The insulation and insulation layer or medium between the two is preferably an air or gas interlayer or vacuum layer to increase the insulation effect and reduce the heat loss of the water.
6. 如权利要求 所述的热水器, 其特征在于 所述储水容器包括与所述水 压再用和导流装置可操作地连接的排气阀门, 以相应于所述水压再用和 导流装置的储能状态和导流状态而相应地开关,所述排气阀门优选地与 所述进水管平行或大致平行地延伸。 6. The water heater of claim 1 wherein said water storage vessel includes an exhaust valve operatively coupled to said water pressure reuse and flow directing means for corresponding to said water pressure reuse and guidance The energy storage state and the flow guiding state of the flow device are correspondingly switched, and the exhaust valve preferably extends parallel or substantially parallel to the water inlet pipe.
7. 如权利要求 所述的热水器, 其特征在于 所述储水容器包括出水管, 所述出水管优选地与所述进水管平行或大致平行地延伸。 7. A water heater according to any of the preceding claims, wherein said water storage container comprises an outlet pipe, said outlet pipe preferably extending parallel or substantially parallel to said inlet pipe.
8. 如权利要求 所述的热水器, 其特征在于 所述储水容器包括至少一高 \¥0 2019/097393 ?€1/162018/058886 功率电热管,所述电热管配置成与所述水压再用和导流装置固接或安装 在所述储水容器的同一端,所述电热管优选地与所述水压再用和导流装 置平行或大致平行地延伸以及占用大致相同的使用空间。 8. A water heater as claimed in claim 1 wherein said water storage container comprises at least one high \¥0 2019/097393 ? 1/162018/058886 a power electric heating tube configured to be fixed or mounted at the same end of the water storage container as the water pressure reuse and flow guiding device, The electric heating tube preferably extends parallel or substantially parallel to the water pressure reuse and flow guiding device and occupies substantially the same usage space.
9. 如权利要求 所述的热水器,其特征在于: 所述水压再用和导流装置采 用筒型的形式和优选具有与热水器的电热管相同的尺寸和构型; 以及配 置成具有开口端和闭口端; 以及设置或安装在所述闭口端的弹性构件和 匹配的固定件, 所述弹性构件包括可操作地连接的弹簧、 盖件和相连接 的与所述固定件可分离地耦合的主体,且配置成可切换地在第一位置和 第二位置之间转换; 其中 9. The water heater according to claim 1, wherein: said water pressure reuse and flow guiding means are in the form of a cylinder and preferably have the same size and configuration as the electric heating tube of the water heater; and are configured to have an open end And a closed end; and an elastic member and a matching fixing member disposed or mounted at the closed end, the elastic member including an operatively coupled spring, a cover member, and a body coupled to the fixed member detachably coupled And configured to switchably switch between the first location and the second location;
在所述第一位置时,所述弹性构件或主体与所述固定件啮合和邻接所述 闭口端以保存所述弹性构件本身的回弹力或弹性构件的通过水压或水 流转换和储存的回弹力或动能,并配置成能够相应于预定水温或工作状 态而与所述固定件分离, 以通过保存的回弹力或动能而移动到邻接所述 开口端的所述第二位置以及在移动期间能够驱动和导引前方的水向第 二预定方向流动, 以有助于水的混合和达至热平衡; 以及  In the first position, the elastic member or body engages with the fixing member and abuts the closed end to preserve the resilience of the elastic member itself or the return or storage of the elastic member by water pressure or water flow Elastic or kinetic energy and configured to be separable from the fixture in response to a predetermined water temperature or operating condition to move to the second position adjacent the open end by the retained resilience or kinetic energy and to be capable of being driven during movement And directing the water in front to flow in a second predetermined direction to facilitate mixing of the water and achieve heat balance;
在所述第二位置时, 所述弹性构件配置成通过水压或水流来驱动, 以移 向和啮合所述固定件, 直至固定于或切换成所述第一位置, 以转换和储 存通过水压或水流的驱动动能并然后能够相应于预定水温或工作状况 而通过所述动能再由所述第一位置切换成所述第二位置;其中在切换期 间持续地驱动和导引水流, 以使所述储水容器内的温度不同的水能够进 行快速的混合, 从而有助于达至热平衡。  In the second position, the resilient member is configured to be driven by water pressure or water flow to move and engage the fastener until it is fixed or switched to the first position for conversion and storage through the water The driving kinetic energy of the pressure or water flow can then be switched from the first position to the second position by the kinetic energy corresponding to a predetermined water temperature or operating condition; wherein the water flow is continuously driven and directed during the switching so that The water of different temperatures in the water storage container can be quickly mixed to help achieve heat balance.
10.如权利要求 9所述的热水器, 其特征在于 所述弹性构件的盖件和主体 优选具有丁型的截面以及所述主体上具有在环向上分隔开的复数的凹 口, 以与所述固定件的相应的可动的钩件或凸部/件可分离地啮合。 10. The water heater according to claim 9 , wherein the cover member and the body of the elastic member preferably have a cross section of a shape of D and the body has a plurality of notches spaced apart in a ring shape to The respective movable hook members or projections / pieces of the fastener are detachably engaged.
PCT/IB2018/058886 2017-11-15 2018-11-13 Water heater WO2019097393A1 (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
HK17111858.9 2017-11-15
HK17111858 2017-11-15

Publications (1)

Publication Number Publication Date
WO2019097393A1 true WO2019097393A1 (en) 2019-05-23

Family

ID=66538949

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/IB2018/058886 WO2019097393A1 (en) 2017-11-15 2018-11-13 Water heater

Country Status (1)

Country Link
WO (1) WO2019097393A1 (en)

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2699824Y (en) * 2004-06-10 2005-05-18 天津市蝶桥包装食品机械研究所有限责任公司 Lid uncovering type dish-washing machine
CN101526261A (en) * 2009-03-20 2009-09-09 潘彬 Electric water heater
CN102512128A (en) * 2011-12-16 2012-06-27 张英华 Atomizing dish washing machine
EP2687142A2 (en) * 2012-07-20 2014-01-22 Indesit Company S.p.A. Household dish-washing machine
CN204240589U (en) * 2014-11-13 2015-04-01 厦门中同能源科技有限公司 A kind of Teat pump boiler
CN105615809A (en) * 2016-03-22 2016-06-01 卓汇化工有限公司 Cleaning device and heat recovery system thereof
CN107970011A (en) * 2017-11-15 2018-05-01 孙祈康 Water heater

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2699824Y (en) * 2004-06-10 2005-05-18 天津市蝶桥包装食品机械研究所有限责任公司 Lid uncovering type dish-washing machine
CN101526261A (en) * 2009-03-20 2009-09-09 潘彬 Electric water heater
CN102512128A (en) * 2011-12-16 2012-06-27 张英华 Atomizing dish washing machine
EP2687142A2 (en) * 2012-07-20 2014-01-22 Indesit Company S.p.A. Household dish-washing machine
CN204240589U (en) * 2014-11-13 2015-04-01 厦门中同能源科技有限公司 A kind of Teat pump boiler
CN105615809A (en) * 2016-03-22 2016-06-01 卓汇化工有限公司 Cleaning device and heat recovery system thereof
CN107970011A (en) * 2017-11-15 2018-05-01 孙祈康 Water heater

Similar Documents

Publication Publication Date Title
US8128465B2 (en) Air displacing device
CN103298390B (en) Home appliances
CN200998239Y (en) Domestic tableware-washing machine
EA029604B1 (en) Method and apparatus for drying a portable electronic device
CN108784344B (en) Heating pipe automatically cleaning electric kettle
CN204133403U (en) A kind of heat-pump-type dish-washing machine
DE60216755T2 (en) Ventilation system for household appliances, especially for washing machines
CN101138449A (en) Washing apparatus for an electric shaver
US9492057B2 (en) Device and method for a dishwasher
WO2005057090A1 (en) Heat exchanger and cleaning device with the same
CN101451769B (en) Water saving device of water heater
US20140000849A1 (en) Method and device for drying humid air
EP2935684B1 (en) Washer-dryer machine
JP2007125198A (en) Dish washing and drying machine
CN201036546Y (en) Tableware cleaning machine
CN202411030U (en) Aqueous cleaning system for gas compressor of gas turbine
CN102112032B (en) Method for operating a water-carrying household appliance
CN203369880U (en) Drying device of cleaning device
US20070261721A1 (en) Dishwasher Comprising a Drying Apparatus
WO2006136819A2 (en) Combined heater pump apparatus
CN201798512U (en) Intelligent rice soaking-free electric rice cooker
JP2007117553A (en) Dishwasher
CN208517687U (en) Clean ironing one wardrobe
CN203642492U (en) Multifunctional bathing pool
ES2116672T3 (en) Household steam cleaner.

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 18878066

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 18878066

Country of ref document: EP

Kind code of ref document: A1