阅读说明：本技术 一种解决热水设施与出水端口之间管路中冷水加热的方法 (Method for heating cold water in pipeline between hot water facility and water outlet port ) 是由 叶东 于 2019-04-22 设计创作，主要内容包括：本发明属于民用生活领域,公开了一种处理热水设施和出水端口之间管路中冷水加热的简易系统和方法；在开启热水龙头时,通过水流的动态动作将位于将热水出水口前端的温控阀门关闭,通过水流推进器的作用,将未达设定温度的水源转由导流管向冷水管逆向推进,重新排入热水设施端中循环加热,直至水温达到设定温度时,温控阀重新打开,热水水源重新由此排出,同时,位于冷水出水管接口处的逆止阀关闭,避免了冷水管的水源由此渗入热水管中,位于出水端口前的集成装置安装便捷,无需连接外部电源,由集成装置中的微型水流发电机和蓄电池为相关部件提供工作电源,确保了无论是新装修环境或已装修好的环境都能便捷安装,同时也达到环保节能的目的。(The invention belongs to the field of civil life and discloses a simple system and a simple method for heating cold water in a pipeline between a hot water treatment facility and a water outlet port; when the hot water faucet is opened, the temperature control valve at the front end of the hot water outlet is closed through the dynamic action of water flow, the water source which does not reach the set temperature is reversely pushed to the cold water pipe through the flow guide pipe under the action of the water flow propeller and is discharged into the hot water facility end again for circulating heating, the temperature control valve is opened again until the water temperature reaches the set temperature, the hot water source is discharged again, meanwhile, the check valve at the interface of the cold water outlet pipe is closed, the water source of the cold water pipe is prevented from permeating into the hot water pipe, the integrated device positioned in front of the water outlet port is convenient to install and does not need to be connected with an external power supply, a micro water flow generator and a storage battery in the integrated device provide working power supplies for related parts, the installation convenience is ensured no matter whether the environment is newly repaired or the environment which is well repaired, and the purposes.)

1. A method of addressing cold water heating in a conduit between a hot water utility and a water outlet port, comprising: (1) the water flow circulating propeller, (2) a miniature water flow generator, (3) a storage battery, (4) a water flow inductor, (5) a temperature control valve, (6) a flow guide pipe, (7) a water flow check valve, (8) a water outlet port, (9) a hot water facility, (10) a hot water outlet pipe, and (11) a cold water outlet pipe; wherein, (8), (9), (10), (11) are the fixed parts of user original fixation; (1) the water flow circulation propeller is connected to the lower end of a hot water outlet of the hot water facility; the other components (2) are a miniature water flow generator, (3) a storage battery, (4) a water flow sensor, (5) a temperature control valve, (6) a flow guide pipe and (7) a water flow check valve, and the front end of the water outlet port is connected with an external power supply, and the storage battery (2) and the miniature water flow generator (3) in the miniature water flow generator work together to provide electric energy for all the components (4), (5), (6) and (7) to work.

2. The apparatus according to claim 01, wherein (1) the water circulation propeller is connected to a lower end of a hot water outlet of the hot water facility; (3) the storage battery is connected to the front end of the water flow sensor (4) and continuously charged by the miniature water flow generator (2); (4) the water flow sensor is connected to the front end of the temperature control valve (5), and the temperature control valve (5) is automatically closed by sensing the water flow which flows after the water outlet port is opened and does not reach the set temperature; and meanwhile, a water flow check valve (7) positioned at the intersection of the flow guide pipe (6) and the cold water outlet pipe (11) is opened, water flow which does not reach the set temperature is refluxed into the cold water outlet pipe through the flow guide pipe (6) under the action of the water flow circulating propeller (1), and then is circularly heated reversely through the hot water facility (9) until the water temperature in the hot water pipe reaches the set temperature of a user, (5) the temperature control valve is opened again, (7) the water flow check valve is closed simultaneously, a water source is not discharged to the cold water pipe any more, and is recovered to be discharged again from the hot water outlet port, and at the moment, the water outlet port enters a normal use mode.

3. The simple method for heating cold water in a pipeline between a hot water facility and a water outlet according to claim 01, wherein (1) the water circulation propeller is connected below the hot water outlet of the hot water facility and automatically operates by water flow induction to propel water circulation to accelerate the water flow speed, wherein when the rear temperature control valve is closed, the water flow which does not reach the set temperature in the pipeline can be discharged into the cold water outlet pipeline by backflow through the flow guide pipe and then heated by the hot water facility in a backflow manner to meet the purpose of reaching the set water temperature.

4. The miniature water flow generator according to claim 01, wherein the water flow in the pipeline continuously provides electricity storage energy for the storage battery (3) in continuous motion by using the action of opening the water outlet port of the user, so as to ensure that the user can use the generator without connecting an external power supply to the water outlet port.

5. The storage battery (3) according to claim 01 is connected to the front end of the water flow sensor (4) to provide working power for the components (4), (5), (6) and (7).

6. The water flow sensor (4) as claimed in claim 01, connected to the front end of the temperature control valve (5), and further actuating (5) the temperature control valve to start operation by using the dynamic action of water flow in the pipeline after the user opens the hot water outlet.

7. The thermostat valve (5) according to claim 01, which is connected to the front end of the outlet port, and the valve leading to the hot water outlet port is closed by the command from the water flow sensor (4), so that the water flow which does not reach the set temperature changes the traveling direction and is discharged to the cold water pipeline through the flow guide pipe (6).

8. The draft tube (6) according to claim 01, wherein the junction between the hot water outlet tube and the cold water outlet tube connected to the front end of the water outlet port is closed (5), and when the temperature control valve is closed, the water flow is discharged to the cold water pipe through the draft tube (6) via the opened water flow check valve (7).

9. The water flow check valve (7) as claimed in claim 01, which is connected to the intersection of the draft tube (6) and the cold water outlet tube (11), and is controlled by the water flow sensor (4), and the temperature control valve and the water flow check valve (7) are simultaneously actuated to discharge the water flow with changed direction into the hot water facility in the reverse direction for reheating, so that the water source can be continuously and circularly heated.

10. The outlet port (8) according to claim 01, wherein the component is a component originally provided by a user, and is only used as a clear and definite description of the embodiment and an auxiliary description.

11. A hot water installation according to claim 01 (9), wherein the user-supplied component is a component that is available and is only used as a clear and definite description of the embodiment and as an auxiliary description.

12. A hot water outlet pipe (10) according to claim 01, wherein the component is a user-specific component, and is only used as a clear and definite description of the embodiment and as an auxiliary description.

13. A cold water outlet pipe according to claim 01 (11), wherein the component is a component originally provided for a user, and is only used as a clear and definite description of the embodiment and is used as an auxiliary description.

[ technical field ] A method for producing a semiconductor device

The invention belongs to the technical field of civil life, and particularly relates to a system and a method for heating cold water in a pipeline between a hot water facility and a water outlet port.

[ background of the invention ]

At present civilian formula hot water facility, it is far away to have most heating end and outlet end distance, when using the user to open hot water tap, there is the unable heating of the cold water of very big part in the water pipe of prestoring, can only discharge its hot water source after arranging to the greatest extent, cause and use the user just to use when rivers temperature reaches the temperature that hot water facility end set for, lead to the water source that the temperature is not reached to a great part to waste, also caused the uncomfortable experience impression of certain degree for the user of using simultaneously.

The existing products and technical schemes on the market at present mainly comprise a water storage type kitchen appliance, an instant heating type faucet, a heating type pipeline, a water storage tank type backwater heating and the like.

Wherein, the precious storage water tank body in water storage formula kitchen is great, the convenient installation of all water outlet port of being not convenient for, secondly the water storage capacity has certain restriction, generally can only provide the time of hot water for a few minutes in succession, it needs wait for a heating cycle again to continue to use hydrothermal, bring inconvenience for the user of use, simultaneously water storage formula kitchen is precious to need near the water outlet port to connect external power source, and need to possess more powerful power just can heat the cold water source in the water tank, can cause the energy resource consumption of certain degree.

The instant heating type faucet needs to provide a relatively high-power output for the instant heating type faucet, and a user without a power supply for the water outlet port accessory also has certain influence, so that all water outlet ports in the use environment of the user can not be guaranteed to provide instant heating water, meanwhile, the phenomenon that the water temperature is unstable can occur according to the strength of water flow and the like of part of the instant heating type faucet, and uncomfortable experience feeling can be brought to the user.

Wherein, add hot type pipeline, can ensure stable temperature, but need use the user to decorate the environment in the home environment when decorating the environment in advance pre-buried, then need demolish basic site pre-buried installation again to the environment of finishing of having decorated, just so bring higher installation cost to the user of using, and the inconvenience of construction installation, the later stage also can have the difficulty of certain degree to the maintenance of pre-buried pipeline in addition, moreover, it is also higher to add the power consumption energy consumption of hot type pipeline, from another angle, this scheme also fails to reach the effect of using convenient and energy-concerving and environment-protective.

Wherein, the heating of the box return water of water storage, need install the water storage heating cabinet that has certain volume near the delivery port, the mode that uses the valve to close is earlier with cold water in the pipeline to the storage water tank, heat again by in the storage water tank to up to standard temperature after open the valve with hot water backward flow to the hot-water line in discharge again, this scheme is similar with water storage formula kitchen treasured, need install the storage water tank that has certain volume near the delivery port that has vacant space, it just can use also to connect external power supply simultaneously, to various different environment, also there is the inconvenience of certain degree, also cause certain influence to whole pleasing to the eye after the installation simultaneously.

To current product and technical scheme on the market, all there is the electric energy consumption height, must connect external power source at the play water port, and the great installation of being not convenient for of storage water tank volume, play water temperature unstability, various problems such as hot water memory space is less, one the one hand will reduce for the user of use and experience the impression, and on the other hand has also increased the energy cost who uses the user.

[ summary of the invention ]

The invention aims to provide a simple system device which is economic, convenient and fast to install, convenient and comfortable to use, and aims to solve the problems that in the current civil household life field, inconvenience is brought to all users, experience feeling is poor, electric energy consumption is high, waste of water resources is caused, and the like, and further improve and achieve the purposes of environmental protection and energy conservation.

In order to achieve the purpose, the invention adopts the following technical scheme.

A system apparatus and method for ensuring cooling water heating in a line between a hot water utility and an outlet port, comprising: (1) the water flow circulating propeller, (2) a miniature water flow generator, (3) a storage battery, (4) a water flow sensor, (5) a temperature control valve, (6) a flow guide pipe, (7) a water flow check valve, (8) a water outlet port, (9) a hot water facility, (10) a hot water outlet pipe, and (11) a cold water outlet pipe.

Wherein (8), (9), (10) and (11) are all the system components contained in the invention, and the original fixed components of the user are used, and (1), (2), (3), (4), (5), (6) and (7).

When using the user to open hot water port, hot water facility starts work simultaneously, and (5) the temperature-sensing valve in this device can come control water flow according to rivers temperature to the direction, and the temperature-sensing valve can close out hot water outlet port when rivers do not reach the settlement temperature.

Furthermore, a water flow check valve (7) positioned at the intersection of the guide pipe (6) and the cold water pipe (11) is opened at the same time, and the water flow circulation propeller (1) positioned below the hot water facility end starts to work to reversely propel the water flow which does not reach the set temperature to the cold water pipe through the guide pipe (6), so that the water flow which does not reach the set temperature reversely enters the hot water facility end through the cold water pipe again to be reheated, and the water temperature is continuously and circularly heated until the water temperature reaches the temperature value set by a user.

Further, when the temperature of the water source reaches a set value, the port of the check valve (7) located at the intersection of the cold water pipe is closed, meanwhile, the port of the hot water faucet is reopened through the temperature control valve (5), the stable hot water source is discharged from the port, at the moment, the temperature control valve (5) and the check valve (7) stop simultaneously, and the water outlet port enters a normal use mode.

Furthermore, a short time period is needed for the normal hot water outlet of the water outlet port, and the specific water outlet time is determined according to the length of the pipeline used by a user.

Furthermore, each part in the system has small volume and convenient installation and can be divided into two major parts, wherein the water flow circulation propeller (1) is a part and is connected to the lower end of a hot water facility end; the other parts (2), (3), (4), (5), (6) and (7) are connected to the front end of the water outlet port in a concentrated manner.

By applying the technical scheme of the invention, the water flow circulation propeller (1) is a part and is arranged and connected below the end of the hot water facility; all the other devices (2), (3), (4), (5), (6) and (7) can be integrated into a whole and directly installed and connected at the water outlet port of the front end of the water outlet port, an external power supply does not need to be connected, the power supply is provided for related parts through a built-in storage battery to work, meanwhile, the built-in (2) miniature water flow generator continuously charges the storage battery (3) through the movement of water flow, the trouble that a user needs to install the external power supply is avoided, the device ensures the stability of water flow temperature, the small size and the convenient installation of each part are realized, excessive change to the original environment of the user is avoided, and meanwhile, the purpose of saving water energy and electric energy is also achieved.

[ description of the drawings ]

Fig. 1 is a system configuration diagram of a method of treating cold water heating in a pipeline between a hot water facility and an outlet port according to the present invention. The components in the figure are as follows:

(1) a water circulation propeller;

(2) a micro flow generator;

(3) a battery;

(4) a water flow sensor;

(5) a temperature-sensing valve;

(6) a flow guide pipe;

(7) a water flow check valve;

(8) a water outlet port;

(9) a hot water facility;

(10) hot water outlet pipe

(11) A cold water outlet pipe;

[ detailed description ] embodiments

The technical principles in the solution of the present invention will now be clearly and completely described in conjunction with the accompanying drawings of the specification of the present invention, but the embodiments described by referring to the drawings of the specification below are exemplary and intended to explain the present invention, and should not be construed as limiting the present invention.

In the following description, suffixes such as "part", "original", or "unit" used to denote original parts are used only for the sake of facilitating the description of the present invention, and have no specific meaning by themselves, and thus, the "part", "original", or "unit" may be used mixedly.

In order to solve the problems that cold water in a pipeline between a hot water facility and a water outlet port in the market is difficult to heat, the water temperature is unstable, or the equipment is too large and inconvenient to install, the water outlet port needs to be connected with an external power supply, the power consumption is high and the like, the experience feeling of a user is reduced, and the use cost is improved, the embodiment of the invention provides the water outlet instant heating system device and the method which are easy to install, the use cost can be effectively reduced, the experience feeling of the user is improved, and a new mode is created for environmental protection and energy conservation.

The invention consists of (1) a water circulation propeller, (2) a miniature water flow generator, (3) a storage battery, (4) a water flow sensor, (5) a temperature control valve, (6) a flow guide pipe, (7) a water flow check valve, (8) a water outlet port, (9) a hot water facility, (10) a hot water outlet pipe and (11) a cold water outlet pipe; wherein, (8), (9), (10), (11) are the original fixed parts of users, because the system device of the invention needs to be connected to the original parts of users, in order to explain the technical scheme of the invention more vividly, so add original part into this embodiment, guarantee to express the technical principle of this embodiment more accurately.

When a user opens the hot water port, (4) the water flow sensor closes the temperature control valve (5) leading to the hot water outlet through dynamic water flow action of not reaching the set temperature, and simultaneously, the water flow check valve (7) positioned at the intersection of the diversion pipe (6) and the cold water outlet pipe (11) is opened, at the moment, a water source which cannot be discharged from the hot water port is discharged into the cold water pipe (11) through the diversion pipe (6) and is reheated reversely through the hot water facility (9), and water flow which does not reach the set temperature is continuously and circularly heated in the water pipe and the hot water facility.

When the components start to work, the water outlet port (1) of the hot water facility (9) also starts to work through water flow induction, and at the moment, the water flow is continuously pushed forwards by the water flow induction device (1), so that the aim of continuously circularly heating the water flow which does not reach the set temperature in the pipeline and the hot water facility is fulfilled.

The (4), (5), (6) and (7) in the system all use the power supply provided by the (3) storage battery to continuously work, and the (2) miniature water flow generator provides continuous electricity storage electric energy for the (3) storage battery through the continuous movement of water flow.

Further, when the water temperature in the pipeline reaches the set temperature of a user, (5) the temperature control valve is opened again, and simultaneously (7) the water check valve is closed to prevent water from continuing flowing to the cold water pipe, and meanwhile, the phenomenon that cold water in the cold water pipe flows back to the hot water pipe is avoided, and meanwhile, a hot water source required by the user is used and is normally discharged from the water outlet port (8), and the water outlet port enters a normal use mode.

When the water temperature reaches the set temperature, (4), (5), (6) and (7) stop working, and (1), (2) and (3) continue working until the user stops working after closing the water source.