CN209295419U - A kind of water treatment facilities and the water heater using the water treatment facilities - Google Patents

Abstract

The utility model relates to the water heaters of a kind of water treatment facilities and the application water treatment facilities, water treatment facilities include cylinder and be set to the intracorporal inner cylinder of cylinder, cylinder is equipped with inlet and outlet, gap between cylinder and inner cylinder forms the closed cavity of lower port, mineralising component and/or magnetized element are equipped in cavity, water inlet is connected with cavity, water outlet is connected with the water outlet of inner cylinder bottom, inner cylinder it is top closed, and the top of inner cylinder side wall is equipped with and enters the through-hole of inner cylinder from cavity for water flow.The utility model is by making cavity (rather than inner cylinder) be connected with the water inlet of cylinder, so all water flows, which can be all introduced into after cavity carries out magnetization and mineralising, to flow out, and the phenomenon that part water flow is directly flowed out from inner cylinder without magnetization and mineralising may be not present；And residence time of the water flow in cavity is long, comes into full contact with magnetising assembly and mineralising component, magnetization and remineralization efficacy are good.

Description

A kind of water treatment facilities and the water heater using the water treatment facilities

Technical field

The utility model belongs to water-treatment technology field, and in particular to a kind of water treatment facilities and applies the water treatment facilities Water heater.

Background technique

Magnetising assembly and mineralising component would generally be arranged in the device for current water treatment facilities so that water flow dissolution of minerals Microelement in matter, and there is magnetic efficiency.As (notification number is Patent No. ZL201721838848.7 CN207671854U " a kind of water treatment facilities " disclosed in utility model patent), including be accommodated in the intracorporal magnetising assembly of cylinder, Mineralising component and sterilization module；Sleeve is arranged in the cylinder, the gap between the sleeve and the cylinder is formed above and below The ring cavity of port closed, the mineralising component and the magnetising assembly are accommodated in the cavity, and the sterilization module is held It sets in the sleeve, the side wall of the sleeve is equipped with the through-hole for passing in and out the cavity out of described sleeve for water flow.

But the water treatment facilities has problems in that: 1, the water intake end of water flow and water outlet are respectively on the top of sleeve And lower part, although the side wall of sleeve is equipped with the through-hole for passing in and out water flow out of sleeve for water flow, a part of water can not enter Ring cavity and directly flowed out out of sleeve, mineralising and magnetic efficiency is not achieved in such part water；In addition, entering cyclic annular empty The water of chamber also very likely the short time stop after, that is, back flow back into sleeve and finally flow out, lead to water flow and mineralising component, magnetic The time of contact for changing component is short, and mineralising and magnetic efficiency are undesirable；2, because of the mineralising component in preparatory investment water treatment facilities Amount be it is certain, as ore is constantly consumed, the gap between ore can be gradually increased, when causing water flow by between ore Abnormal sound is generated, the use feeling of user is influenced.

The water source of water heater still relies on tap water to supply at present, with the exacerbation of pollution of waterhead, for pursuing high life For the people of quality, it is undesirable to be taken a shower using direct-fired tap water.For this problem, Patent No. The utility model patent of ZL201420193743.0 (notification number CN203797933U) discloses " a kind of New-type water heater ", institute Stating water heater includes shell, and burner is equipped in shell, and burner left end is equipped with smoke evacuation room, and burner right end and admission line connect It connects, smoke evacuation room left end is connect with exhaust blower and smoke discharging pipe respectively, and burner outer wall is equipped with heat exchanger, heat exchanger one end It is connect with upper hose, the other end is connect with outlet pipe, and upper hose is equipped with magnetizing assembly and/or mineralization device.

But water flow pass through magnetizing assembly and mineralization device when, time of contact is short, cause mineralising and magnetic efficiency undesirable, And magnetizing assembly and mineralization device split settings, on upper hose, structure is not compact enough.

Furthermore the leaving water temperature of water heater will receive the influence of inflow temperature and hydraulic pressure, when the water pressure fluctuations in water supply pipe When larger, the fluctuating range of leaving water temperature is larger, causes to be discharged sometimes hot and sometimes cold, greatly affected the comfort of user. In addition, user often can close and open the operation of water heater during bathing in order to save water, close every time The water retained in pipeline after water heater can be cooled down gradually, and it is cold that the meeting initially come out when causing to open next time is that this part retains Water, followed by the hot water after heating, and these cold water can be let go and cause waste.

Utility model content

First technical problem to be solved in the utility model is the status for the prior art, provide a kind of water flow with The water treatment facilities of mineralising component and/or magnetising assembly time of contact length.

Second technical problem to be solved in the utility model is the status for the prior art, provide a kind of water flow with The water heater using above-mentioned water treatment facilities of mineralising component and/or magnetising assembly time of contact length.

Third technical problem to be solved in the utility model is the status for the prior art, provides one kind and is avoided that The water heater of output water temperature fluctuation.

The utility model solves technical solution used by above-mentioned first technical problem are as follows: a kind of water treatment facilities, packet Include cylinder and be set to the intracorporal inner cylinder of cylinder, the cylinder be equipped with inlet and outlet, between the cylinder and inner cylinder between Gap forms the closed cavity of lower port, is equipped with mineralising component and/or magnetized element in the cavity, it is characterised in that: it is described into The mouth of a river is connected with the cavity, and the water outlet is connected with the water outlet of the inner cylinder bottom, the top envelope of the inner cylinder It closes, and the top of the inner cylinder side wall is equipped with the through-hole for entering inner cylinder from cavity for water flow.

For the time of contact for further extending water flow and magnetising assembly, mineralising component, the water inlet is located at the upper of cylinder Portion is equipped with top plate in the upper port of the cavity, is intervally distributed at least three on the top plate and enters from the inlet for water flow The leakage hole of cavity.Because having multiple leakage holes on top plate, water water flow will be entered by, which being equivalent to, is divided into multiple flow passages, and multi-strand flow enters sky It is intracavitary, relative to the mode that one stream of water enters, mineralising and better magnetization effect；In addition, the setting of top plate can also prevent mine Change the outside exudation of component.

The magnetising assembly can be there are many set-up mode, it is preferable that at least a pair of side plates is equipped in the cavity, it is each pair of Side plate is oppositely arranged and is vertically arranged to respectively the two sides of inner cylinder, and the leakage hole is distributed in the upper of region between each pair of side plate It is square, the magnetized element is equipped on each side plate, the magnetic direction and water (flow) direction of the magnetized element on each pair of side plate are perpendicular, Such water flows through the vertical cutting magnetic induction line of out-of-date meeting, makes the better magnetization effect of water flow.

In order to make water flow while magnetization, and the element that can be precipitated in mineralising component, the mineralising component are placed in Between side plate and inner cylinder, this is reasonable in design, makes the magnetization of water flow and mineralising while carrying out.

With the consumption of water flow and between ore, gap increases mineralising component in order to prevent, and the mounting of roof plate is in side plate Top, and there is the first preset clearance moved relative to the side plate for top plate between top plate and side plate, the mineralising component props up always Support is in the lower end surface of top plate.So with the consumption of ore, top plate can move down to compress mineralising component, prevent because of ore Between gap increase and make water flow generate abnormal sound.

In order to make top plate and side plate no-float, the top plate is equipped with the first caulking groove being embedded for side plate, and described first Caulking groove has certain groove depth to form first preset clearance.When ore is not consumed, side plate is only embedded in A bit of in one caulking groove, with the consumption of ore, the depth that side plate is embedded in the first caulking groove is gradually increased, i.e. top plate is to moving down It is dynamic；The setting of first caulking groove can also be oriented to the motion track of top plate.

In order to prevent top plate cannot be only displaced downwardly to by its gravity compress mineralising component state, the top plate it is upper Side is equipped with and forces on top plate the force-applying piece for moving down top plate.Force-applying piece forces on top plate downwards, and makes top plate always Keep down mobile trend, to compress mineralising component.

In order to further ensure mineralising component is compacted always, the outer wall periphery of the inner cylinder is equipped with to be extended towards cylinder Bottom plate, the bottom of the side plate be installed on bottom plate and have therebetween for side plate opposed bottom it is mobile second it is reserved between Gap.After disappearing because of the first preset clearance between top plate and side plate, ore can continue consumption and gap becomes larger, therefore bottom plate is arranged With after the disappearance of the first preset clearance, top plate moves downwardly together with side plate, to compress mineralising component always；In addition, bottom plate Setting can also prevent ore from oozing out outward.

The utility model solves technical solution used by above-mentioned second technical problem are as follows: a kind of application has at above-mentioned water Manage the water heater of device.

The utility model solves technical solution used by above-mentioned third technical problem are as follows: the water heater includes heat exchange Device and the water inlet pipe to supply water for heat exchanger, the water inlet are connected with the water inlet pipe of water heater, the water outlet and heat exchange The water inlet end of device is connected.Because water flow is not to flow out from water outlet in water treatment facilities after directly being entered by water inlet, The residence time is longer in water treatment facilities, is equivalent to the process of a mixed water, and so leaving water temperature is not in unexpected cold again Water or hot water；In addition, water treatment facilities also acts as buffer function, alleviate causes water temperature suddenly cold because water feeding pressure is fluctuated Suddenly hot problem.

Compared with prior art, the advantages of the utility model: 1, the utility model by make cavity (rather than inner cylinder) with The water inlet of cylinder is connected, and so all water flows, which can be all introduced into after cavity carries out magnetization and mineralising, to flow out, and may be not present The phenomenon that part water flow is directly flowed out from inner cylinder without magnetization and mineralising；And exist for water flow from the through-hole setting that cavity enters inner cylinder The top of inner cylinder side wall when the water in such cavity only has the position of opening for reaching through-hole, just can enter outflow in inner cylinder, in sky The intracavitary residence time is long, comes into full contact with magnetising assembly and mineralising component, and magnetization and remineralization efficacy are good；2, the utility model passes through Force-applying piece is set so that mineralising component is compacted always, to avoid ore with consumption and gap between them becomes larger, water flow is logical Out-of-date generation abnormal sound, influences user experience；3, the utility model not only makes heat by the way that water treatment facilities to be applied in water heater The water supply of hydrophone has magnetization and remineralization efficacy, additionally it is possible to alleviate the sometimes hot and sometimes cold problem of water outlet of water heater.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the water treatment facilities of the utility model embodiment；

Fig. 2 is the cross-sectional view of Fig. 1；

Fig. 3 is the cross-sectional view of the other direction of Fig. 1；

Fig. 4 is the cross-sectional view of the other direction of Fig. 1；

Fig. 5 is the structural schematic diagram of the top plate of Fig. 2；

Fig. 6 is the structural schematic diagram of the bottom plate of Fig. 2；

Fig. 7 is the structural schematic diagram that Fig. 4 is applied in water heater.

Specific embodiment

The utility model is described in further detail below in conjunction with figure embodiment.

As shown in Fig. 1~7, the gas heater of this preferred embodiment include heat exchanger 7, for heat exchanger 7 supply water water inlet Pipe 8 and water treatment facilities 10, the water inlet 11 of water treatment facilities 10 are connected with the water inlet pipe 8 of water heater, water treatment facilities 10 water outlet 12 is connected with the water inlet end of heat exchanger 7.

As shown in figs. 1 to 6, wherein water treatment facilities 10 includes cylinder 1 and the inner cylinder 2 in cylinder 1,11 He of water inlet Water outlet 12 is set on cylinder 1, and gap between cylinder 1 and inner cylinder 2 forms the closed cavity 13 of lower port, water inlet 11 with The upper port of cavity 13 is connected, and is equipped with top plate 3 in the upper port of cavity 13, is intervally distributed at least three confessions on top plate 3 Water flow from water inlet 11 enter cavity 13 leakage hole 31, wherein be located at mineralising component right above 31 aperture of leakage hole it is smaller and Quantity is more, so that water flow can more fully contact mineralising component 14.

Water outlet 12 is connected with the water outlet of 2 bottom of inner cylinder, inner cylinder 2 it is top closed, and the top of 2 side wall of inner cylinder is set There is the through-hole 21 for entering inner cylinder 2 from cavity 13 for water flow, and is equipped with the bottom plate extended towards sleeve in the outer wall periphery of inner cylinder 2 6。

A pair of side plates 4 is equipped between top plate 3 and bottom plate 6, this is oppositely arranged side plate 4 and is vertically arranged to inner cylinder respectively 2 two sides, leakage hole 31 are distributed in the top to region between side plate 4.It is equipped with magnetized element on each side plate 4, it is opposite The magnetic direction and water (flow) direction of magnetized element on two side plates 4 are perpendicular, i.e., magnetic on one of side plate 4 of each pair of side plate 4 The pole N for changing part is opposite always with the pole S of magnetized element on another side plate 4, and Fig. 3, arrow show water (flow) direction, such water in 4 Stream when flowing downward can vertical cutting magnetic induction line, make the better magnetization effect of water flow.In the present embodiment, magnetized element can be magnetic Iron.

Mineralising component 14 can be filled in for the one or several kinds of limonite, medical stone etc., mineralising component 14 top plate 3, In the space that bottom plate 6, side plate 4 and 2 outer wall of inner cylinder surround.In order to prevent mineralising component 14 with the consumption of water flow and ore it Between gap increase, cause water to flow through out-of-date generation abnormal sound, the top and bottom of side plate 4 are respectively arranged on top plate 3 and bottom plate 6, And there is first preset clearance mobile relative to side plate 4 for top plate 3 between top plate 3 and side plate 4, mineralising component 14 is supported on always The lower end surface of top plate 3 has second preset clearance 61 mobile for 4 opposed bottom 6 of side plate between side plate 4 and bottom plate 6.

Top plate 3 is equipped with the first caulking groove 32 being embedded for side plate 4, and the first caulking groove 32 has certain groove depth to be formed First preset clearance；Bottom plate 6 is equipped with the second caulking groove being embedded for side plate 4, and the second caulking groove has certain groove depth with shape At the second preset clearance 61.When ore is not consumed, because of the supporting role of mineralising component 14, side plate 4 is only embedded in the first caulking groove 32 and second a bit of in caulking groove, with the consumption of ore, the depth that side plate 4 is embedded in the first caulking groove 32 is gradually increased, that is, is pushed up Plate 3 moves down, and after the first caulking groove 32 is embedded in by side plate 4 completely, with the consumption of ore, top plate 3 is moved down with side plate 4 Until the second preset clearance 61 disappears, so guarantee that ore is compacted always.

And the top of top plate 3, which is equipped with, forces in the force-applying piece 5 for moving down top plate 3 on top plate 3, and force-applying piece 5 is downward It forces on top plate 3, and top plate 3 is made to remain the trend moved down, prevent top plate 3 only cannot under its gravity It is displaced downwardly to the state for compressing mineralising component 14.In the present embodiment, force-applying piece 5 is the spring in compressive state, the spring upper end It offsets with the top inner wall of cylinder 1, lower end offsets with top plate 3；And spring is disc-shaped, therefore water flow will not be stopped.

After the water treatment facilities 10 of the present embodiment makes all water flows all and can be introduced into cavity 13 to carry out magnetization and mineralising Outflow, and when the water in cavity 13 only has the position of opening for reaching through-hole 21, it just can enter outflow in inner cylinder 2, in cavity 13 The interior residence time is long, comes into full contact with magnetising assembly and mineralising component 14, and magnetization and remineralization efficacy are good.

The water treatment facilities 10 be applied to gas heater in when, because water flow in water treatment facilities 10 residence time compared with It is long, it is equivalent to the process of a mixed water, so leaving water temperature is not in unexpected cold water or hot water again；In addition, water process fills It sets 10 and also acts as buffer function, alleviate the problem for causing water temperature sometimes hot and sometimes cold because water feeding pressure is fluctuated.

Claims (10)

1. a kind of water treatment facilities, including cylinder (1) and the inner cylinder (2) being set in cylinder (1), the cylinder (1) be equipped with into The mouth of a river (11) and water outlet (12), the gap between the cylinder (1) and inner cylinder (2) form the closed cavity of lower port (13), Mineralising component (14) and/or magnetized element are equipped in the cavity (13), it is characterised in that: the water inlet (11) and the sky Chamber (13) is connected, and the water outlet (12) is connected with the water outlet of the inner cylinder (2) bottom, the top of the inner cylinder (2) Closing, and the top of the inner cylinder (2) side wall is equipped with the through-hole (21) for entering inner cylinder (2) from cavity (13) for water flow.

2. water treatment facilities according to claim 1, it is characterised in that: the water inlet (11) is located at the upper of cylinder (1) Portion is equipped with top plate (3) in the upper port of the cavity (13), be intervally distributed on the top plate (3) at least three for water flow from Water inlet (11) enters the leakage hole (31) of cavity (13).

3. water treatment facilities according to claim 2, it is characterised in that: be equipped at least a pair of side plates in the cavity (13) (4), each pair of side plate (4) is oppositely arranged and is vertically arranged to respectively the two sides of inner cylinder (2), and the leakage hole (31) is distributed in each pair of The top in region between side plate (4) is equipped with the magnetized element on each side plate (4), the magnetized element on each pair of side plate (4) Magnetic direction is perpendicular with water (flow) direction.

4. water treatment facilities according to claim 3, it is characterised in that: the mineralising component (14) is placed in side plate (4) Between inner cylinder (2).

5. water treatment facilities according to claim 4, it is characterised in that: the top plate (3) is installed on the top of side plate (4) Portion, and there is first preset clearance mobile relative to side plate (4) for top plate (3), the mineralising between top plate (3) and side plate (4) Component (14) is supported on the lower end surface of top plate (3) always.

6. water treatment facilities according to claim 5, it is characterised in that: the top plate (3) is equipped with and is embedded for side plate (4) The first caulking groove (32), first caulking groove (32) has certain groove depth to form first preset clearance.

7. water treatment facilities according to claim 5, it is characterised in that: the top of the top plate (3) is equipped with and forces in top The force-applying piece (5) for moving down top plate (3) on plate (3).

8. water treatment facilities according to claim 5, it is characterised in that: the outer wall periphery of the inner cylinder (2) is equipped with direction The bottom plate (6) that cylinder (1) extends, the bottom of the side plate (4) are installed on bottom plate (6) and have for side plate (4) therebetween Mobile the second preset clearance (61) of opposed bottom (6).

9. the water heater that a kind of application has the right to require water treatment facilities described in any claim in 1~8.

10. water heater according to claim 9, it is characterised in that: the water heater includes heat exchanger (7) and is heat exchange The water inlet pipe (8) that device (7) supplies water, the water inlet (11) is connected with the water inlet pipe (8) of water heater, the water outlet (12) and The water inlet end of heat exchanger (7) is connected.