Heat purifying and purifying all-in-one machine

Abstract

The utility model discloses a purifying and heating all-in-one machine, which comprises a control circuit and is characterized by comprising a primary filtering assembly and a secondary filtering assembly, and a secondary filtering water inlet channel is arranged between the primary filtering assembly and the secondary filtering assembly; the first-stage filtering assembly is provided with a water inlet path; the first-stage filtering assembly is further connected with a first-stage filtering hot water path used for supplying water to the outside, and a heater assembly is arranged on the first-stage filtering hot water path; the secondary filtering assembly is also provided with a purified water outlet path; and the booster pump is arranged on a water flow path between the water inlet waterway and the purified water outlet waterway. The water purifier has the advantages of heating and filtering domestic water, directly discharging drinking water, and being low in cost, compact in structure, capable of reminding replacement of the filter element and low in replacement cost.

Description

TECHNICAL FIELD

[0001] The utility model relates to a kind of domestic instant hot water and drinking water supply, and especially relates to net heat integrated machine. BACKGROUND

[0002] Domestic water purifier product, for the convenience of user living habits, more and more adopt thick film heating tube mode to heat drinking water, realize with use and take, burn as much as use, avoid the trouble of waiting for boiling water and storing hot water.For example, Chinese utility model patent 202320971182.1 discloses a net heat integrated system, with raw water purification, normal temperature pure water direct output, heating pure water direct output and pipeline machine supply function etc..For example, Chinese utility model patent 202323647376.5 discloses a built-in water tank instant integrated water purifier, which can output normal temperature pure water through normal temperature pure water pipeline, and when user needs hot water or warm water, it can also heat pure water through instant module to output hot water or warm water, with three water outlet modes, which can meet the diversified use needs of users.In the water purifier, pure water tank is arranged as the pressureless water source of instant module, which can guarantee the stability of water source pressure of instant module, and the working stability of instant module is guaranteed.For example, Chinese invention patent application 202411194544.6 discloses a water purifier, which comprises: a precision filtration assembly; a water inlet waterway with a booster pump, which is communicated with the inlet of the precision filtration assembly; a normal temperature water outlet waterway, which can be communicated with the water outlet of the precision filtration assembly; a first temperature detection component, which is used to obtain the temperature of normal temperature water flowing into or flowing out of the precision filtration assembly; a flow detection component, which is used to obtain the flow of normal temperature water flowing out of the water outlet of the precision filtration assembly; a water storage tank, which can be communicated with the water outlet of the precision filtration assembly; a heating element, which is used to heat the pure water in the water storage tank; a hot water outlet waterway communicated with the water storage tank; etc.The application can solve the problem of inaccurate water outlet temperature caused by unstable pure water flow output by precision filtration assembly due to water source pressure. SUMMARY

[0003] The utility model discloses a kind of life water heating and filtration, drinking water direct output, low cost, compact structure, with filter core replacement reminder, the net heat integrated machine of small replacement cost.

[0004] The utility model discloses a technical scheme that solves the above technical problems: a pure hot integrated machine, comprising a control circuit, a first filter assembly and a second filter assembly, the first filter assembly and the second filter assembly have a second filter water inlet waterway between them, the first filter assembly has a water inlet waterway, the first filter assembly is further connected with a first filter hot water waterway for external water supply, a heater assembly is arranged on the first filter hot water waterway, the second filter assembly further has a pure water outlet waterway, and a booster pump is arranged on the water flow path between the water inlet waterway and the pure water outlet waterway. The raw water enters the first filter assembly through the water inlet waterway, is heated by the heater assembly of the first filter hot water waterway and then output to the hot water interface of external equipment such as a domestic water faucet. The coarse filter water obtained after the first filter assembly is used to treat the pure water, is further treated by the second filter assembly through the second filter water inlet waterway, and then the pure water is delivered to external equipment such as a pure water faucet through the pure water outlet waterway. The booster pump can increase the water outlet speed of the domestic water faucet and / or the pure water faucet on the water flow pipeline.

[0005] To optimize the above technical scheme, the following measures are taken: the first filter assembly is further connected with a first filter cold water waterway for external water supply, and the first filter cold water waterway and the first filter hot water waterway have or do not have a shared part of the pipeline. The first filter cold water waterway and the first filter hot water waterway can be independent waterways, or they can share a section of the waterway at the outlet end of the first filter assembly and then separate into two independent waterways. Some power or monitoring equipment can be arranged on the shared waterway to save manufacturing costs and simplify redundant components. The booster pump is arranged on the shared part of the pipeline of the first filter cold water waterway and the first filter hot water waterway and is connected to the second filter water inlet waterway, the cold water connection port and the hot water connection port through the communication pipes. The booster pump is arranged on the shared section of the domestic hot water and cold water, can realize simultaneous boosting of the domestic water and the pure water by one booster pump, and is located at the rear end of the first filter assembly, so that the silt particles in the raw water can be filtered out, the pump body is prevented from being damaged and the service life is prolonged. The cold water connection port and the hot water connection port on the bracket are used for quickly connecting the domestic water faucet. The booster pump is arranged on the pure water outlet waterway. The booster pump is used to increase the water outlet speed of the pure water here.

[0006] The booster pump is arranged on the water inlet waterway. The booster pump is used to simultaneously boost the domestic water and the purified water. However, different from other schemes, the raw water in the booster pump has a certain risk of damaging or clogging the pump body if there are particles and silt, so the booster pump has certain requirements. The secondary filter assembly also has a waste water drainage waterway. When the secondary filter assembly adopts the reverse osmosis membrane technology, the waste water generated by the secondary filter assembly is discharged through the waste water drainage waterway. The inner core part of the primary filter assembly can be directly observed from outside; the primary filter assembly is provided with an illuminating piece at or near a position of the primary filter assembly. The primary filter assembly and the secondary filter assembly are connected with the support; the support has a purified water connecting port, a waste water outlet, and also has a water inlet connecting port, a hot water connecting port and / or a cold water connecting port. The support has a transparent part for observing the use condition of the inner core of the primary filter assembly. The transparent part includes an open port or a semi-open port or shares a transparent wall material with the primary filter assembly or does not share a transparent wall material with the primary filter assembly.

[0007] The utility model discloses a water purifying and heating integrated machine, which has the characteristics that the primary filter assembly and the secondary filter assembly are connected with the support; the support has a purified water connecting port, a waste water outlet, and also has a water inlet connecting port, a hot water connecting port and / or a cold water connecting port; the support has a transparent part for observing the use condition of the inner core of the primary filter assembly; the transparent part includes an open port or a semi-open port or shares a transparent wall material with the primary filter assembly or does not share a transparent wall material with the primary filter assembly. BRIEF DESCRIPTION OF DRAWINGS

[0008] Figure 1 It is a pipeline connection schematic view of the utility model embodiment;

[0009] Figure 2 It is a pipeline connection schematic view of the utility model embodiment;

[0010] Figure 3 It is a pipeline connection schematic view of the utility model embodiment;

[0011] Figure 4 It is a pipeline connection schematic view of the utility model embodiment;

[0012] Figure 5A schematic diagram of pipeline connection for the embodiment of the present application;

[0013] Figure 6 A schematic diagram of pipeline connection for the embodiment of the present application. DETAILED DESCRIPTION

[0014] The present application will be further described in detail below in combination with the accompanying embodiments.

[0015] The reference signs are explained as follows: a first-stage filtering assembly 1, a water inlet waterway 11, a first-stage filtering cold water waterway 12, a first-stage filtering hot water waterway 13, a second-stage filtering assembly 2, a second-stage filtering water inlet waterway 21, a waste water discharge waterway 22, a clean water outlet waterway 23, a heater assembly 3, a booster pump 4, a support 5, a water inlet connecting port 51, a cold water connecting port 52, a hot water connecting port 53, a clean water connecting port 54, a waste water outlet 55, a control circuit 56, a transparent part 57, an illuminating part 57a, a municipal water pipe 6, a domestic water faucet 7, and a clean water faucet 8.

[0016] Embodiment: Refer to Figures 1 to 6The integrated machine for purifying and heating water comprises a control circuit 56, wherein: the integrated machine for purifying and heating water comprises a first filtering assembly 1 and a second filtering assembly 2, and the first filtering assembly 1 and the second filtering assembly 2 are connected through a second filtering water inlet channel 21; the first filtering assembly 1 is provided with a water inlet channel 11; the first filtering assembly 1 is further connected with a first filtering hot water channel 13 for supplying water to the outside, and the first filtering hot water channel 13 is provided with a heater assembly 3; the second filtering assembly 2 is further provided with a purified water outlet channel 23; and a booster pump 4 is arranged on the water flow path between the water inlet channel 11 and the purified water outlet channel 23. Raw water enters the first filtering assembly 1 through the water inlet channel 11, is heated by the heater assembly 3 of the first filtering hot water channel 13, and is then output to the hot water interface of the external equipment such as a water faucet 7. The obtained rough filtered water from the first filtering assembly 1 is treated again by the second filtering assembly 2 through the second filtering water inlet channel 21, and then the purified water is delivered to the external equipment such as a purified water faucet 8 through the purified water outlet channel 23. The booster pump 4 can increase the water outlet speed of the water used by the water faucet 7 and / or the purified water faucet 8 on the water flow pipe. The first filtering assembly 1 is further connected with a first filtering cold water channel 12 for supplying water to the outside, and the first filtering cold water channel 12 and the first filtering hot water channel 13 have or do not have a shared part of the pipe. The first filtering cold water channel 12 and the first filtering hot water channel 13 can be independent water channels, or can share a section of the water channel at the outlet end of the first filtering assembly 1 and then be separated into two independent water channels. Some power or monitoring equipment can be arranged on the shared water channel to save manufacturing costs and simplify redundant components. The booster pump 4 is arranged on the shared part of the pipe of the first filtering cold water channel 12 and the first filtering hot water channel 13, and is connected with the second filtering water inlet channel 21, a cold water connection port 52 and a hot water connection port 53 through the communication pipes. The booster pump 4 is arranged on the shared section of the hot water and cold water of the domestic water, can realize simultaneous boosting of the domestic water and the purified water by one booster pump 4, and is located at the rear end of the first filtering assembly 1, so that the silt particles in the raw water can be filtered out to prevent the pump body and prolong the service life. The cold water connection port 52 and the hot water connection port 53 on the bracket 5 are used for quickly connecting the domestic water faucet. The booster pump 4 is arranged on the purified water outlet channel 23. The booster pump 4 is used to increase the water outlet speed of the purified water.

[0017] The booster pump 4 is arranged on the water inlet channel 11. The booster pump 4 is used to simultaneously boost the domestic water and the purified water in the booster pump 4, but different from other solutions, the raw water in the booster pump 4 has a certain risk of damaging or clogging the pump body if there are particles and silt, so the booster pump 4 has certain requirements. The secondary filter assembly 2 also has a waste water discharge channel 22. When the secondary filter assembly 2 adopts the reverse osmosis membrane technology, the waste water generated is discharged through the waste water discharge channel 22. The inner core part of the primary filter assembly 1 can be directly observed from the outside, and the lighting member 57a is arranged on or near the primary filter assembly 1. The primary filter assembly 1 and the secondary filter assembly 2 are connected with the support 5, and the support 5 has a purified water connecting port 54, a waste water outlet 55, and also has a water inlet connecting port 51, a hot water connecting port 53 and / or a cold water connecting port 52. The support 5 has a transparent part 57 for observing the use of the inner core of the primary filter assembly 1. The transparent part 57 includes an open port or a semi-open port or shares a transparent wall material with the primary filter assembly 1 or does not share a transparent wall material with the primary filter assembly 1.

[0018] Although the utility model has been described in combination with the preferred embodiments, it is not intended to limit the utility model, any person skilled in the art can make various changes, equivalent replacement and modification to the subject matter listed here without departing from the spirit and scope of the utility model, therefore the protection scope of the utility model should be limited by the scope defined by the claims.

Claims

1. Heat recovery all-in-one machine comprising a control circuit (56), characterized by the fact that: The net heat all-in-one machine is characterized by comprising a primary filter assembly (1) and a secondary filter assembly (2), the primary filter assembly (1) and the secondary filter assembly (2) have a secondary filter water inlet waterway (21) therebetween; the primary filter assembly (1) has a water inlet waterway (11); the primary filter assembly (1) is further connected with a primary filter hot water waterway (13) for supplying water externally, the primary filter hot water waterway (13) is provided with a heater assembly (3); the secondary filter assembly (2) further has a clean water outlet waterway (23); and a booster pump (4) is arranged on the water flow path between the water inlet waterway (11) and the clean water outlet waterway (23).

2. The heat-only integrated machine of claim 1, wherein: The primary filter assembly (1) is further connected with a primary filter cold water waterway (12) for supplying water externally, and the primary filter cold water waterway (12) and the primary filter hot water waterway (13) have or do not have a shared part of pipeline.

3. The heat-only integrated machine of claim 2, wherein: The booster pump (4) is arranged on the shared part of pipeline of the primary filter cold water waterway (12) and the primary filter hot water waterway (13), and is connected with the secondary filter water inlet waterway (21), a cold water connecting port (52) and a hot water connecting port (53) through a communication pipe respectively.

4. The heat-only integrated machine of claim 1 wherein: The booster pump (4) is arranged on the clean water outlet waterway (23).

5. The heat-only integrated machine of claim 1 wherein: The booster pump (4) is arranged on the water inlet waterway (11).

6. The heat-only integrated machine of claim 1 wherein: The secondary filter assembly (2) further has a waste water discharge waterway (22).

7. The heat-only integrated machine of claim 1 wherein: The inner core part of the primary filter assembly (1) can be directly observed from outside, and the primary filter assembly (1) is provided with an illuminating member (57a) thereon or in the vicinity thereof.

8. The heat-only integrated machine of claim 1 wherein: The primary filter assembly (1) and the secondary filter assembly (2) are connected with a support (5), the support (5) has a clean water connecting port (54) and a waste water outlet (55), and further has a water inlet connecting port (51), a hot water connecting port (53) and / or a cold water connecting port (52).

9. The heat-only integrated machine of claim 8, wherein: The support (5) has a transparent part (57) for observing the use condition of the inner core of the primary filter assembly (1).

10. The heat recovery unit of claim 9, wherein: The transparent part (57) comprises an open port, a semi-open port, a transparent wall material shared with the primary filter assembly (1) or a transparent wall material not shared with the primary filter assembly (1).

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