CN207831514U - A kind of efficient indoor air-purifier multiple purifying component - Google Patents

Abstract

The utility model discloses a kind of structure novel, the efficient indoor air-purifier multiple purifying component of Reasonable Arrangement filter layer, including components to be embedded in shell, and the component is embedded in shell and is divided into three cavitys by partition board, and three cavitys are connected to by pipeline；Three cavitys are respectively the first cavity, the second cavity, third cavity, and are both provided with a filter assemblies in each cavity；The filter assemblies being placed in first cavity are coarse filtration layer, and the filter assemblies being placed in second cavity are activated carbon filter layer, and the filter assemblies being placed in the third cavity are light matchmaker's filter layer；A kind of efficient indoor air-purifier multiple purifying component provided by the utility model, the filter assemblies of purification assembly are provided separately, and devise multiple exhaust pipes, an exhaust pipe can be selectively opened when use, thus multiple components can be avoided to work at the same time in the case where not needing excess filter component, save the energy.

Description

A kind of efficient indoor air-purifier multiple purifying component

Technical field

The utility model is related to purifier technical field more particularly to a kind of efficient indoor air-purifier multiple purifyings Component.

Background technology

With the development of science and technology, and people's living standards continue to improve, user the quality of life is constantly proposed compared with High requirement, in addition, the substance for endangering people's health that science and technology derives is also very much, such as formaldehyde, particle suspensions, especially It is indoor, and sucking can cause the discomfort of body, more easily ill doped with the air of above-mentioned harmful substance to people for a long time.

Mostly the interior space is filtered using air purifier in the prior art, existing air purifier is all single Secondary filtering can extremely realize individually the clarifier internal junction of multi-filtering for harmful substance filter effect unobvious in air Structure is complex, and pipeline is more, meanwhile, power consumption is larger, is not suitable for family's use.

Publication No. CN106813310A, the applying date are that one of on November 27th, 2015 is entitled《Indoor highly effective air Clarifier》Chinese utility model patent describe a kind of clarifier for capableing of multi-filtering, still, according to disclosed file As can be seen that only there are one filter assemblies for design inside it, and a variety of filter screens are combined with each other, although design can in this way Play the role of filtering Various Complex harmful substance in air, still, if a kind of only harmful substance is exceeded in air, that Other kinds of filter layer is only to furnish, and does not play practical function, is not best structure type.

Utility model content

The purpose of this utility model is to provide a kind of structure novel, the efficient indoor air-purifier of Reasonable Arrangement filter layer is used Multiple purifying component.

To achieve the goals above, the utility model provides the following technical solutions：

A kind of efficient indoor air-purifier multiple purifying component disclosed by the utility model, the purification assembly is flush-mounted in net Change in device, including：

Component is embedded in shell, and the component is embedded in shell and is divided into three cavitys by partition board, and three cavitys pass through Pipeline is connected to；

Three cavitys are respectively the first cavity, the second cavity, third cavity, and are both provided in each cavity One filter assemblies；

The filter assemblies being placed in first cavity are coarse filtration layer, and the filter assemblies being placed in second cavity are Activated carbon filter layer, the filter assemblies being placed in the third cavity are light matchmaker's filter layer；

First cavity is formed with a blast pipe, and the blast pipe is connected to the coarse filtration layer, is connected to each cavity The pipeline in be both provided with fan, using the fan can will the air in upstream cavity body introduce downstream cavity in；

Each cavity is each formed with an exhaust pipe, the exhaust pipe extend at least partially into the component be embedded in shell with In gap between filter assemblies；

The component is embedded in and is formed with air duct between shell and the filter assemblies, described in the wind warp be discharged by the exhaust pipe Air duct is circulated to the air draft face that the component is embedded in shell.

Further, the coarse filtration layer includes at least three strainers, and described in the blast pipe to the exhaust pipe The aperture of strainer is sequentially reduced；

The upper end of first cavity is formed with deck, and the strainer is connected in the deck, and under the strainer End is reserved with gap with the partition board.

Further, the upper surface of the partition board between first cavity and second cavity is equipped with collection hawk, institute The lower face and the upper surface of the collection hawk for stating strainer are reserved with gap, and the collection hawk can paste what strainer obstructed Particulate matter.

Further, the exhaust pipe being placed in first cavity is downtake pipe, close to the downtake pipe The lower face of the strainer reclines the upper surface of the partition board between first cavity and second cavity.

Further, first cavity and the second cavity are connected to by the first gas-guide tube, the activated carbon filter layer with The outlet side of first gas-guide tube is connected to, and the other end of the activated carbon filter layer is formed with the exhaust pipe, and the row Tracheae is second exhaust pipe.

Further, second cavity is connected to the third cavity by the second gas-guide tube, and is placed in the third Light matchmaker's filter layer in cavity is UV filters, inside more ultraviolet radiator are installed；

The outlet side of second gas-guide tube is connected to smooth matchmaker's filter layer, and the other end shape of smooth matchmaker's filter layer At there is the exhaust pipe, which is third exhaust pipe.

Further, the downtake pipe, the first gas-guide tube, be mounted on fan, and the purification in the second gas-guide tube There is component a controller, three fans to be electrically connected with the controller, and is controlled and switched by the controller.

Further, the embedded shell of the component is formed as the air draft face far from the blast pipe side；

The air draft face is in fenestral fabric, and the downtake pipe, second exhaust pipe, the wind of third exhaust pipe discharge are equal By being arranged outside the duct flows to the air draft face.

In the above-mentioned technical solutions, a kind of efficient indoor air-purifier multiple purifying component provided by the utility model, The filter assemblies of purification assembly are provided separately, and devise multiple exhaust pipes, when use can be selectively opened a row Tracheae thus can avoid multiple components from working at the same time in the case where not needing excess filter component, save the energy；Separately Outside, the outlet air of a exhaust pipe can be introduced at one and carry out outer row by the design in air duct in purification assembly, structure novel, simple, but It is that the effect that plays is but very practical.

Description of the drawings

In order to illustrate the technical solutions in the embodiments of the present application or in the prior art more clearly, below will be to institute in embodiment Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only described in the utility model Some embodiments, for those of ordinary skill in the art, other drawings may also be obtained based on these drawings.

Fig. 1 is that a kind of structure for efficient indoor air-purifier multiple purifying component that the utility model embodiment provides is shown It is intended to.

Reference sign：

1, purification assembly；2, component is embedded in shell；3, the first cavity；4, the second cavity；5, third cavity；6, air duct；7, it filters Net；8, deck；9, downtake pipe；10, fan；11, the first gas-guide tube；12, the second gas-guide tube；13, second exhaust pipe；14、 Third exhaust pipe；15, partition board；16, collect hawk；17, air inlet pipe；18, activated carbon filter layer；19, light matchmaker filter layer；20, ultraviolet Line lamp.

Specific implementation mode

In order to make those skilled in the art more fully understand the technical solution of the utility model, below in conjunction with attached drawing pair The utility model is further detailed.

It is shown in Figure 1；

A kind of efficient indoor air-purifier multiple purifying component 1 of the utility model, the purification assembly 1 is flush-mounted in net Change in device, including：

Component is embedded in shell 2, and component is embedded in shell 2 and is divided into three cavitys by partition board, and three cavitys are connected by pipeline It is logical；

Three cavitys are respectively the first cavity 3, the second cavity 4, third cavity 5, and are both provided with a mistake in each cavity Filter component；

The filter assemblies being placed in the first cavity 3 are coarse filtration layer, and the filter assemblies being placed in the second cavity 4 are activated carbon Filter layer 18, the filter assemblies being placed in third cavity 5 are light matchmaker filter layer 19；

First cavity 3 is formed with a blast pipe 17, and blast pipe 17 is connected to coarse filtration layer, is connected in the pipeline of each cavity It is both provided with fan 10, the air in upstream cavity body can be introduced in the cavity in downstream using the fan 10；

Each cavity is each formed with an exhaust pipe, exhaust pipe extend at least partially into component be embedded in shell 2 and filter assemblies it Between gap in；

Component is embedded in and is formed with air duct 6 between shell 2 and filter assemblies, and the wind being discharged by exhaust pipe is circulated to component through air duct It is embedded in the air draft face of shell 2.

Specifically, present embodiment discloses one kind have multiple filtration component, and multi-filtering component separately lay it is net Change component 1, which is mainly used for indoor air-purifier, but be not limited to that indoor air-purifier, can also use in office What is capable of in the device of air inlet and the outlet.Wherein, the purification assembly in being different from the prior art, purification disclosed by the utility model Filter assemblies inside component 1 are separately laid, wherein it is to be only capable of to be located at the filter assemblies in topmost, that is, the first cavity 3 The coarse filtration layer for handling suspended particulate matter, selectively can only open the exhaust pipe positioned at the first cavity 3, in this way, in sky Harmful substance is few in gas, or only uses the device in the air environment of suspended particulate, so that it may to consume the energy as little as possible, only Filter assemblies in the first cavity 3 are filtered processing, although filter effect and effect in the prior art, nothing By being or from effect, to be all substantially better than the structure of the prior art from structure.Equally, the filter assemblies in the second cavity 4 and The using priciple of filter assemblies in third cavity 5 is consistent in the first cavity 3, is all selectively to beat according to demand Open the pipeline between them, selective outlet air and wind-guiding.

Preferably, coarse filtration layer includes at least three strainers 7 in said program, and by blast pipe 17 to exhaust pipe strainer 7 Aperture be sequentially reduced；The upper end of first cavity 3 is formed with deck 8, and strainer 7 is connected in deck 8, and the lower end of strainer 7 with Partition board 15 is reserved with gap.In order to improve the filter effect of filter assemblies in the first cavity 3, the present embodiment uses at least Three layers of strainer 7, and be reserved with gap between every layer of strainer 7 are used for the circulation of wind, meanwhile, each strainer 7 according to wind direction aperture according to Secondary reduction, can be step by step by the isolation of the suspended particulate of different-grain diameter, removal.In addition, the strainer 7 in the present embodiment passes through the first chamber The deck 8 on 3 top of body connects and fixes, wherein the deck 8 can be a trough body structure, and the middle part of groove body has card slot, card slot Size be just adapted to the strainer 7, after strainer 7 is connected in the groove body, be fixed using fastener, such as bolt, in this way Entire strainer 7 is all the structure that can be dismounted, and facilitates later maintenance.

Preferably, the upper surface of the partition board 15 in the present embodiment between the first cavity 3 and the second cavity 4 is equipped with collection hawk 16, the lower face of strainer 7 and the upper surface of collection hawk 16 are reserved with gap, and collection hawk 16 can paste that strainer obstructs Grain substance.Collection hawk 16 is used with the plate body for pasting function, can is double faced adhesive tape, can be combined with each other on one side, separately Have on one side and paste the one side glue in face or other kinds of structure, either which kind of structure, the purpose is to allow collection hawk 16 to have There is certain viscosity, the particulate matter isolated out by 7 component of strainer can be pasted.

Preferably, the exhaust pipe being placed in the first cavity 3 is downtake pipe 9, the strainer 7 of close downtake pipe 9 Lower face reclines the upper surface of the partition board 15 between the first cavity 3 and the second cavity 4.In addition, the first cavity 3 and the second cavity 4 It is connected to by the first gas-guide tube 11, activated carbon filter layer 18 is connected to the outlet side of the first gas-guide tube 11, and activated carbon filter layer 18 other end is formed with exhaust pipe, and the exhaust pipe is second exhaust pipe 13.Second cavity 4 and third cavity 5 pass through second Gas-guide tube 12 be connected to, and the light matchmaker filter layer 19 being placed in third cavity 5 be UV filters, inside more purples are installed Outside line lamp 20；The outlet side of second gas-guide tube 12 is connected to light matchmaker filter layer 19, and the other end of light matchmaker filter layer 19 is formed with Exhaust pipe, the exhaust pipe are third exhaust pipe 14.In addition, downtake pipe 9, the first gas-guide tube 11, second are led in the embodiment Tracheae 12, and the purification assembly 1 has a controller, three fans 10 are electrically connected with the controller, and are controlled by controller Switch.The utility model controls internal fan 10 by the controller, and fan 10 generally uses extractor fan, After the fan 10 is opened, it can realize exhausting, to the air in cavity by certain guiding role, such as ought only open first exhaust When fan 10 in pipe 9, extraneous air is entered by air inlet pipe in the first cavity 3 of device, passes through coarse filtration in the first cavity 3 The filtering of layer, is discharged by downtake pipe 9；Similarly, the fan 10 in the first gas-guide tube 11 is only opened, air will pass sequentially through slightly Filter layer and activated carbon filter layer 18, then be discharged by second exhaust pipe 13.After the fan 10 of second gas-guide tube 12 is opened principle with Said program is identical.In this way can be as needed, it is selectively opened some fan 10, and form different air flow paths Diameter.

Preferably, the embedded shell 2 of component is formed as air draft face far from 17 side of blast pipe in the present embodiment；Air draft face is in grid Shape structure, the wind that downtake pipe 9, second exhaust pipe 13, third exhaust pipe 14 are discharged are flowed to by air duct 6 outside air draft face Row.The air draft face of the device is main outlet air surface, and the outlet air of three exhaust ducts finally all converges at air draft face, and finally by device Air outlet discharge.

In the above-mentioned technical solutions, a kind of efficient indoor air-purifier multiple purifying component 1 provided by the utility model, The filter assemblies of purification assembly 1 are provided separately, and devise multiple exhaust pipes, when use can be selectively opened a row Tracheae thus can avoid multiple components from working at the same time in the case where not needing excess filter component, save the energy；Separately Outside, the outlet air of a exhaust pipe can be introduced at one and carry out outer row by the design in air duct 6 in purification assembly 1, structure novel, simple, But the effect played is but very practical.

Above certain exemplary embodiments that the utility model is only described by way of explanation, undoubtedly, for Those skilled in the art be not interpreted as the limitation to the utility model claims protection domain partially.

Claims (9)

1. a kind of efficient indoor air-purifier is flush-mounted in multiple purifying component (1), the purification assembly (1) in clarifier, special Sign is, including：

Component is embedded in shell (2), and the component is embedded in shell (2) is divided into three cavitys by partition board, and three cavitys are logical Piping is connected to；

Three cavitys are respectively the first cavity (3), the second cavity (4), third cavity (5), and equal in each cavity It is provided with a filter assemblies；

The filter assemblies being placed in first cavity (3) are coarse filtration layer, the filter assemblies being placed in second cavity (4) For activated carbon filter layer (18), the filter assemblies being placed in the third cavity (5) are light matchmaker filter layer (19)；

First cavity (3) is formed with a blast pipe (17), and the blast pipe (17) is connected to the coarse filtration layer, and connection is every Fan (10) is both provided in the pipeline of a cavity, under the air in upstream cavity body capable of being introduced using the fan (10) In the cavity of trip.

2. a kind of efficient indoor air-purifier multiple purifying component according to claim 1, which is characterized in that Mei Gesuo State cavity and be each formed with an exhaust pipe, the exhaust pipe extend at least partially into the component be embedded in shell (2) and filter assemblies it Between gap in；

The component, which is embedded between shell (2) and the filter assemblies, is formed with air duct (6), and the wind being discharged by the exhaust pipe is through institute It states air duct (6) and is circulated to the air draft face that the component is embedded in shell (2).

3. a kind of efficient indoor air-purifier multiple purifying component according to claim 2, which is characterized in that described thick Filter layer includes at least three strainers (7), and the aperture of the strainer (7) described in the blast pipe (17) to the exhaust pipe is successively Reduce；

The upper end of first cavity (3) is formed with deck (8), and the strainer (7) is connected in the deck (8), and described The lower end of strainer (7) is reserved with gap with the partition board (15).

4. a kind of efficient indoor air-purifier multiple purifying component according to claim 3, which is characterized in that described The upper surface of partition board (15) between one cavity (3) and second cavity (4) is equipped with collection hawk (16), the strainer (7) Lower face with it is described collection hawk (16) upper surface be reserved with gap, the collection hawk (16) can paste strainer and obstruct Particulate matter.

5. a kind of efficient indoor air-purifier multiple purifying component according to claim 4, which is characterized in that be placed in institute It is downtake pipe (9) to state the exhaust pipe in the first cavity (3), under the strainer (7) of the downtake pipe (9) End face reclines the upper surface of the partition board (15) between first cavity (3) and second cavity (4).

6. a kind of efficient indoor air-purifier multiple purifying component according to claim 5, which is characterized in that described One cavity (3) is connected to the second cavity (4) by the first gas-guide tube (11), and the activated carbon filter layer (18) is led with described first The outlet side of tracheae (11) is connected to, and the other end of the activated carbon filter layer (18) is formed with the exhaust pipe, and the exhaust Pipe is second exhaust pipe (13).

7. a kind of efficient indoor air-purifier multiple purifying component according to claim 6, which is characterized in that described Two cavitys (4) are connected to the third cavity (5) by the second gas-guide tube (12), and the light being placed in the third cavity (5) Matchmaker's filter layer (19) be UV filters, inside more ultraviolet radiator (20) are installed；

The outlet side of second gas-guide tube (12) is connected to smooth matchmaker's filter layer (19), and smooth matchmaker's filter layer (19) The other end is formed with the exhaust pipe, which is third exhaust pipe (14).

8. a kind of efficient indoor air-purifier multiple purifying component according to claim 7, which is characterized in that described Fan (10) is mounted in one exhaust pipe (9), the first gas-guide tube (11), the second gas-guide tube (12), and the purification assembly (1) has There are a controller, three fans (10) to be electrically connected with the controller, and is controlled and switched by the controller.

9. a kind of efficient indoor air-purifier multiple purifying component according to claim 8, which is characterized in that described group Part is embedded in shell (2) and is formed as the air draft face far from the blast pipe (17) side；

The air draft face is in fenestral fabric, the downtake pipe (9), second exhaust pipe (13), third exhaust pipe (14) row The wind gone out is flowed to outside the air draft face by the air duct (6) and is arranged.