CN208967981U - Deodoration system - Google Patents

Abstract

The utility model is suitable for air deodorization technical field, a kind of deodoration system is provided, including outdoor unit, indoor unit and the matched controller for changing wind；The outdoor unit includes outdoor machine shell, the air inlet pipeline being arranged in the chamber enclosure, air outlet pipeline and matched air intake blower fan and air-out blower fan；The indoor unit includes ultrasonic atomizatio deodorizing device.Deodoration system provided by the utility model, indoor stink can be exported to outdoor by setting and outdoor fresh air is introduced into indoor outdoor unit and vegetation water can be become to the indoor unit of odor molecules in fine mist absorption room air, it effectively removes peculiar smell and concentrates place stink, solve peculiar smell and concentrate the technical problem that stink diffuses in place.

Description

Deodoration system

Technical field

The utility model belongs to air deodorization technical field, is to be related to a kind of deodoration system more specifically.

Background technique

Foul smell is easily caused in the places such as public lavatory, refuse transfer station or garbage compression station, bacterium is bred, thus highly beneficial In the propagation of disease, therefore such peculiar smell concentrates the deodorization in place most important.And especially public lavatory, it is used as modern city Public place, surrounding enviroment clean, are with fresh air in lavatory, have been the important civilization marks of modern urban construction.

It is exactly that foul smell diffuses everywhere that peculiar smell, which concentrates the problems of field, at present, not only influence toileting person or operator Mood also produces pollution to environment.How a research theme of people growing interest is become for peculiar smell concentration place deodorization.

Utility model content

The purpose of this utility model is to provide a kind of deodoration systems, it is intended to solve existing peculiar smell and concentrate place foul smell four Place diffuses, can not deodorization the technical issues of.

In order to achieve the above purposes, the technical solution adopted by the utility model is: a kind of deodoration system, including for changing wind Outdoor unit, indoor unit and matched controller；

The outdoor unit includes outdoor machine shell, the air inlet pipeline being arranged in the chamber enclosure, air outlet pipeline and mating Air intake blower fan and air-out blower fan；

The indoor unit includes ultrasonic atomizatio deodorizing device.

Further, the outdoor unit further includes the heat exchanger for air inlet and the outlet to be carried out to heat exchange, described Be equipped with air-inlet cavity and air-out chamber in outdoor machine shell, the air-inlet cavity be equipped with for the outdoor air inlet being connected to, the outlet air Chamber be equipped with for the outdoor air outlet being connected to, the air-inlet cavity is connected to through the heat exchanger with the air inlet pipeline, described Air-out chamber is connected to through the heat exchanger with the air outlet pipeline.

Further, the heat exchanger include heat exchanger core, the heat exchanger shell being disposed around outside the heat exchanger core with And the heat exchanger core rack for installing the heat exchanger core and being connected with the heat exchanger shell；The heat exchanger core is with extremely The polygon prism contour structures of few four sides, the heat exchanger core also have first end face and second end face, the heat exchanger core Wherein four sides be respectively the side A, the side B, the side C and the side D, the heat exchanger core, which is equipped with, several runs through the side A The air-out passage and several air intake passages through the side B and the side D in face and the side C；The heat exchange Shell, the heat exchanger core and the heat exchanger core rack are enclosed multiple heat exchange chambers respectively, wherein four heat change chamber Room is respectively first chamber, second chamber, third chamber and the 4th chamber, and the first chamber is connected to the air outlet pipeline, The third chamber is connected to the air-out chamber；The second chamber is connected to the air-inlet cavity, the 4th chamber with it is described Air inlet pipeline connection, the first chamber are connected with the third chamber by the air-out passage, the second chamber and institute The 4th chamber is stated to be connected by the air intake passage.

Further, the heat exchanger core includes several first corrugation components and several second corrugation components；Described One corrugation component includes the first baffler and the first corrugated sheet for being set to first group of partition side, the second corrugation group Part includes the second baffler and the second corrugated sheet for being set to second group of partition side, the first corrugation component and described Second corrugation modular construction is identical；First baffler is square plate, and first corrugated sheet is rectangular corrugated sheet, Ruo Gansuo It states the first corrugation component and is spaced setting in column, each second corrugation component is set between each first corrugation component, it is described The wave direction of first corrugated sheet and the wave direction of second corrugated sheet are vertically arranged；First corrugated sheet and neighbouring Second baffler is connected, first baffler and described second that first corrugated sheet is connected with first corrugated sheet Baffler forms the air-out passage；Second corrugated sheet is connected with neighbouring first baffler, second corrugation Second baffler and first baffler that plate is connected with second corrugated sheet form the air-out passage.

Further, the first chamber is equipped with the first opening being connected to the air outlet pipeline, and the second chamber is set There is second be connected to the air inlet pipeline opening, the third chamber is equipped with the third opening being connected to the air-out chamber, institute It states the 4th chamber and is equipped with the 4th opening being connected to the air-inlet cavity；First opening is located at the side A side and closes on The first end face, the third opening are located at the side C side and close on the second end face, and second opening is located at The side D side and the second end face is closed on, the 4th opening is located at the side B side and closes on the first end Face.

Further, the outdoor unit further includes the ionization cleaning module for purifying the air inlet and the outlet of the outdoor unit, The ionization cleaning module is set in the outdoor machine shell and the neighbouring air inlet and the air outlet, the ionization purification Module and the controller are electrically connected.

Further, the ultrasonic atomizatio deodorizing device includes existing for holding the ultrasonic atomizatio cabinet of vegetation water and setting The intracorporal ultrasonic atomizer of ultrasonic atomizatio case, the ultrasonic atomizatio cabinet offer the case for the vegetation water loss after atomization Body outlet；The indoor unit further includes for feeding the supply case of vegetation water to the ultrasonic atomizatio cabinet, for being the benefit The replenishment pump of supply power is provided to case and for monitoring the first liquid level sensor that liquid is high in the ultrasonic atomizatio cabinet, institute It states controller to be electrically connected with the replenishment pump and first liquid level sensor, the controller is according to first liquid The signal of level sensor controls the opening and closing of the replenishment pump.

Further, the replenishment pump is connected to by water supplying pipe with the ultrasonic atomizatio cabinet, the ultrasonic atomizatio cabinet Also it is connected to by outlet pipe with the supply case.

Further, the deodoration system further includes the ammonia gas sensor for monitoring indoor ammonia concentration, the ammonia Sensor and the controller are electrically connected, and the controller controls the outdoor unit according to the signal of the ammonia gas sensor And/or the opening and closing of the indoor unit.

Further, the deodoration system further includes the control cabinet for installing the controller, is set on the control cabinet There are the pressure button for outdoor unit described in force start and/or the indoor unit, the pressure button and controller electricity Property connection.

Indoor stink can be exported to outdoor by setting and by outdoor fresh air by deodoration system provided by the utility model It is introduced into indoor outdoor unit and vegetation water can be become to the indoor unit of odor molecules in fine mist absorption room air, have Effect, which removes odors, concentrates place stink, solves peculiar smell and concentrates the technical problem that stink diffuses in place.

Detailed description of the invention

Fig. 1 is schematic diagram when deodoration system provided by the embodiment of the utility model is applied；

Fig. 2 is the schematic diagram of outdoor unit in Fig. 1；

Fig. 3 is schematic diagram one of of the outdoor unit after removing upper cover plate in Fig. 1；

Fig. 4 is two of schematic diagram of the outdoor unit after removing upper cover plate in Fig. 1；

Fig. 5 be in Fig. 1 schematic diagram of the outdoor unit after removal upper cover plate, the first side plate, the second side plate and lower plate it One；

Fig. 6 is A direction view in Fig. 5；

Fig. 7 be in Fig. 1 schematic diagram of the outdoor unit after removal upper cover plate, the first side plate, the second side plate and lower plate it Two；

Fig. 8 is B direction view in Fig. 7；

Fig. 9 is a kind of schematic diagram of embodiment of heat exchanger core in Fig. 5；

Figure 10 is the schematic diagram of another embodiment of heat exchanger core in Fig. 5；

Figure 11 is the schematic diagram of the first corrugation component in Figure 10；

Figure 12 is the schematic diagram of indoor unit and control cabinet in Fig. 1；

Figure 13 is the schematic diagram of ultrasonic atomizatio deodorizing device in Figure 12；

Figure 14 is the perspective diagram of ultrasonic atomizatio deodorizing device in Figure 12.

In figure: 1- outdoor unit；101- outdoor machine shell；10101- upper cover plate；The first side plate of 10102-；10103- second side Plate；10104- internal partition；1011- air-inlet cavity；10111- air inlet；1012- air-out chamber；10121- air outlet；102- blast pipe Road；103- air outlet pipeline；104- air intake blower fan；105- air-out blower fan；106- heat exchanger；1061- heat exchanger core；10611-A Side；The side 10612-B；The side 10613-C；The side 10614-D；10615- first end face；10616- second end face；10617- Air-out passage；10618- air intake passage；The first heat exchanger plate of 1061a-；The second heat exchanger plate of 1061b-；The first corrugation of 1061c- Component；The first baffler of 1061c1-；The first corrugated sheet of 1061c2-；1061d- the second corrugation component；1061d1- second is obstructed Plate；The second corrugated sheet of 1061d2-；1062- heat exchange rack；1063- first chamber；10631- first is open；The second chamber of 1064- Room；10641- second is open；1065- third chamber；10651- third opening；The 4th chamber of 1066-；10661- the 4th is open； 107- ionizes cleaning module；108- power-operated shutter switch；109- Air Filter；110- protective net；111- flashing board；2- indoor unit； 201- ultrasonic atomizatio deodorizing device；2011- ultrasonic atomizatio cabinet；20111- tank outlet；2012- ultrasonic atomizer；2013- wind Fan；2014- protecting box；202- supply case；The first liquid level sensor of 203-；The second liquid level sensor of 204-；205- water supplying pipe； 206- outlet pipe；207- supply case Installation cabinet；3- control cabinet；31- forces button；32, display screen；4, indoor.

Specific embodiment

In order to which technical problem to be solved in the utility model, technical solution and beneficial effect is more clearly understood, with Lower combination accompanying drawings and embodiments, the present invention will be further described in detail.It should be appreciated that specific reality described herein It applies example to be only used to explain the utility model, is not used to limit the utility model.

It should be noted that the orientation or positional relationship of the instructions such as term " height ", "upper", "lower", "front", "rear" is base In orientation or positional relationship shown in the drawings, be merely for convenience of describing the present invention and simplifying the description, rather than indicate or It implies that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as Limitations of the present invention.

It should also be noted that, unless otherwise clearly defined and limited, " installation ", " connected ", " connection ", " fixation ", Terms such as " settings " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be with It is mechanical connection, is also possible to be electrically connected；It can be directly connected, two can also be can be indirectly connected through an intermediary The interaction relationship of connection or two elements inside a element.For the ordinary skill in the art, Ke Yigen The concrete meaning of above-mentioned term in the present invention is understood according to concrete condition.

In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more of the features.In addition, " multiple ", " several " are meant that two or more, unless Separately there is clearly specific restriction.

Referring to Figure 1, Fig. 2, Fig. 3, Fig. 4, Figure 12 and Figure 14, now to the embodiment of deodoration system provided by the utility model It is illustrated.Deodoration system, including the outdoor unit 1, indoor unit 2 and matched controller for changing wind, controller is for controlling The operating of whole system processed, can be in industrial circle common control element or control dress unit, for example, industrial personal computer (such as grind Magnificent IPC-610H model), PLC (such as S7-300 model), single-chip microcontroller (such as 51 series) or control circuit.

Indoor unit 2 includes ultrasonic atomizatio deodorizing device 201, and ultrasonic atomizatio deodorizing device 201 is existing apparatus, can be led to It crosses ultrasonic atomizer and vegetation water is become into fine mist, containing among effective deodorization molecule in fine mist (drop) has Bioactivity, chemical activity, conjugated double bond isoreactivity group, can have an effect, fine mist can not only from different peculiar smell The effectively aerial odor molecules of absorption, while also the spatial configuration for the odor molecules being adsorbed can be made to change, it cuts Chemical combination key in weak odor molecules is easy to be chemically reacted with other molecules so that the unstability of odor molecules increases, To reach taste removal, deodorization, effective Air purification is played.

Outdoor unit 1 includes outdoor machine shell 101,104 and of air inlet pipeline 102, air outlet pipeline 103 and matched air intake blower fan Air-out blower fan 105.Air inlet pipeline 102, air outlet pipeline 103 major part be arranged in chamber enclosure 101, air inlet pipeline 102 One end be connected to interior, the other end is connected to outdoor, be used for from outdoor to interior introducing fresh air, air intake blower fan 104 for into Air pipe line 102 introduces fresh air and provides power；One end of air outlet pipeline 103 is connected to interior, and the other end is connected to outdoor, is used for Indoor stink (and in conjunction with malodor molecules after vegetation water fine mist) export is outdoor, and air-out blower fan 105 is discharge pipe The pumping operation on road 103 provides power.

When using deodoration system provided by the embodiment of the utility model, controller itself or operator can pass through control Device makes outdoor unit 1 and indoor unit 2 work at the same time or respectively work independently to reach the effect of (peculiar smell concentration place) indoor deodorization Fruit.When outdoor unit 1 operates, air inlet pipeline 102 and air outlet pipeline 103 can operate simultaneously, can be with individual operation.

Indoor stink can be exported to outdoor by setting and by room by deodoration system provided by the embodiment of the utility model Outer Leads to new breeze is to indoor outdoor unit and the room that vegetation water can be become to odor molecules in fine mist absorption room air Interior machine effectively removes peculiar smell and concentrates place stink, solves peculiar smell and concentrates the technical problem that stink diffuses in place.

Fig. 2 to Fig. 8 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, outdoor unit 1 It further include for that will flow into the air inlet in air inlet pipeline 102 and flow out the heat of the outlet air progress heat exchange in air outlet pipeline 103 Exchanger 106, outdoor machine shell 101 is interior to be equipped with air-inlet cavity 1011 and air-out chamber 1012, certain air-inlet cavity 1011 and air-out chamber 1012 It can not be connected to.Air-inlet cavity 1011 be equipped with for the outdoor air inlet 10111 being connected to, air-out chamber 10112 be equipped be used for With the outdoor air outlet 10121 being connected to, air-inlet cavity 1011 is connected to through heat exchanger 106 with air inlet pipeline 102, and air-out chamber 1012 passes through Heat exchanger is connected to air outlet pipeline 103.In this way, air inlet path: outdoor-air inlet 10111- air-inlet cavity 1011- heat exchanger In the room 106- air inlet pipeline 102-；Outlet air path: interior-air outlet pipeline 103- heat exchanger 106- air-out chamber 1012- air outlet Outside the room 10121-.When winter, when opening outdoor unit 1 to indoor introducing fresh air because outdoor temperature is lower, will cause it is indoor relatively Cold makes indoor outlet air (having certain temperature) directly carry out heat with the indoor fresh air of inflow by the way that heat exchanger 106 is arranged Amount exchange, greatly improves the temperature of fresh air, and energy saving.Optionally, air-out chamber 1012 can be by upper cover plate 10102, second Side plate 10103, part internal partition 10104, middle partition, lower plate, end plate enclose；Air-inlet cavity 1011 can be by upper cover plate 10102, the first side plate 10101, part internal partition 10104, middle partition, lower plate, end plate enclose.

Fig. 4 to Figure 10 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, heat exchange Device 106 includes heat exchanger core 1061, heat exchanger shell and heat exchanger core rack 1062, and heat exchanger core rack 1062 is for loading peace Heat exchanger core 1061 is filled, heat exchanger shell is disposed around outside heat exchanger core 1061 and heat exchanger core rack 1062 and forms multiple heat exchanging chambers Room, heat exchanger core rack 1062 are connected with heat exchanger shell.It will be understood here that heat exchanger shell might not be independently of outdoor unit The partial shell of shell 101, heat exchanger shell may be common sparing with the partial shell of outdoor machine shell 101, i.e., certain heat exchanger shells Shell (plate body) component part outdoor machine shell 101, for example, the composition upper cover plate 10101 of heat exchanger shell, the first side plate 10102, The components such as the second side plate 10103, internal partition 10104 and lower plate are equally the components for forming outdoor machine shell 101.

Heat exchanger core 1061 is the polygon prism contour structures at least four sides, i.e. heat exchanger core 1061 can be four The polygon prisms contour structures such as prism, pentagonal prism, hexagonal prisms.Certainly, here it should also be understood that in order to guarantee certain heat exchange effect Rate, heat exchanger core 1061 should be heat-conducting components.

Heat exchanger core 1061 also has first end face 10615 and second end face 10616, wherein four sides of heat exchanger core 1061 Face is respectively the side A 10611, the side B 10612, the side C 10613 and the side D 10614.Heat exchanger core 1061 is equipped with several run through The air-out passage 10617 and several air inlets through the side B 10612 and the side D 10614 of the side A 10611 and the side C 10613 Channel 10618.It should here be understood that the structure of an air intake passage 10618 not necessarily single hole channel, an air intake passage 10618 may be porous channel or combination hole path；The structure of an air-out passage 10617 not necessarily single hole channel, One air-out passage 10617 may be porous channel or combination hole path.

It is enclosed at least four heat exchanging chambers respectively between heat exchanger shell, heat exchanger core 1061 and heat exchanger core rack 1062 Room, four heat exchange chambers therein are respectively as follows: first chamber 1063, second chamber 1064, third chamber 1065 and the 4th chamber 1066。

Wherein, the side A 10611, heat exchanger shell, heat exchanger core rack 1062 are enclosed first chamber 1063, the side C 10613, heat exchanger shell, heat exchanger core rack 1062 are enclosed third chamber 1065, and the side B 10612, heat exchanger shell, heat are handed over Core substituting machine frame 1062 is enclosed second chamber 1063, and the side D 10614, heat exchanger shell, heat exchanger core rack 1062 are enclosed 4th chamber 1066.

Wherein, first chamber 1063 is connected to air outlet pipeline 103, and third chamber 1065 is connected to air-out chamber 1012, and second Chamber 1064 is connected to air-inlet cavity 1011, and the 4th chamber 1066 is connected to air inlet pipeline 102；First chamber 1063 and third chamber 1065 are connected by air-out passage 10617, and second chamber 1064 is connected with the 4th chamber 1066 by air intake passage 10618, the One chamber 1063 is not connected to second chamber 1064 and the 4th chamber 1066 respectively, and second chamber 1064 and third chamber 1065 are not Connection.

In this way, path of the air inlet through over-heat-exchanger 106 are as follows: air-inlet cavity 1011- second chamber 1064- air intake passage The 4th chamber 1066- air inlet pipeline 102 of 10618-, path of the outlet air through over-heat-exchanger 106 are as follows: the first chamber of air outlet pipeline 103- Room 1063- air-out passage 10617- third chamber 1065- air-out chamber 1012.The heat exchange of air inlet (fresh air) and outlet air, which mainly passes through, to be set The air intake passage 10618 in heat exchanger core 1061 is set to exchange with the progress heat of air-out passage 10617.

Fig. 4 to Figure 10 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, the side A 10611 are oppositely arranged with the side C 10613, and the side the side B 10612 and D 10614 is oppositely arranged, i.e., in the outer of heat exchanger core 1061 Circumferential surface, the side the side A 10611 and C 10613 be it is non-conterminous, the side the side B 10612 and D 10614 is also non-conterminous, but A Side 10611 is adjacent with the side B 10612, and the side C 10613 is adjacent with the side D 10614.

Air intake passage 10618 and air-out passage 10617 are linear type channel, and each air intake passage 10618 and each outlet air are logical Road 10617 is spaced apart in column respectively, each air intake passage 10618 and the interlaced setting of each air-out passage 10617, i.e., each air inlet Clearance space between channel 10618 is respectively provided with air-out passage 10617, each air intake passage 10618 and air-out passage 10617 is adjacent, and each air-out passage 10617 is also adjacent with air intake passage 10618, ensures that air intake passage 10618 in this way With the higher heat exchanger effectiveness of air-out passage 10617.

Fig. 5 to Fig. 8 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, heat exchange Core 1061 is quadrangular contour structures.

Fig. 4 to Fig. 8 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, heat exchange Core 1061 is cuboid contour structures, and air-out passage 10617 is arranged perpendicular to the side A 10611 and the side C 10613, air intake passage 10618 are arranged perpendicular to the side B 10612 and the side D 10614.

Fig. 4 to Fig. 8 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, the first chamber Room 1063 is equipped with the first opening 10631 be connected to air outlet pipeline 103, and second chamber 1064 is equipped with being connected to air-inlet cavity 1011 Second opening 10641, third chamber 1065 are equipped with the third opening 10651 being connected to air-out chamber 1012, and the 4th chamber 1066 is set There is the 4th be connected to air inlet pipeline 102 opening 10661.

First opening 10631 is located at 10611 side of the side A and closes on first end face 10615, and third opening 10651 is located at C 10613 side of side and second end face 10616 is closed on, the second opening 10641 is located at 10614 side of the side D and closes on second end Face 10616, the 4th opening 10661 are located at 10612 side of the side B and close on first end face 10615, i.e., the first 10631 Hes of opening The two sides that third opening 10651 is located at heat exchanger core, can make in this way outlet air it is average be distributed to first chamber In 1063, and third chamber 1065 is fifty-fifty more flowed by each air-out passage 10617, avoids outlet air " short circuit " --- It avoids only being flowed into third chamber 1065 from individual several air-out passages 10617；Second opening 10641 and the 4th opening 10661 Also the two sides of heat exchanger core are located at, can make air inlet is average to be distributed in second chamber 1064 in this way, and compared with It is flowed into the 4th chamber 1066 fifty-fifty to pass through each air intake passage 10618, avoids air inlet " short circuit " --- it avoids only from individual Several air intake passages 10618 are flowed into the 4th chamber 1066.Above structure can make outlet air more logical uniformly across each outlet air Road 10617 is flowed into third chamber 1065 from first chamber 1063, make air inlet more uniformly across each air intake passage 10618 from Second chamber 1064 is flowed into the 4th chamber 1066, can maximumlly improve the heat exchange efficiency of air inlet and outlet air in this way.

Fig. 9 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, heat exchanger core 1061 Including several first heat exchanger plate 1061a and several second heat exchanger plate 1061b.The heat of first heat exchanger plate 1061a and second Power board 1061b is square plate structure, and the first heat exchanger plate 1061a and the second heat exchanger plate 1061b all have centainly The structure size of thickness (plate thickness), the first heat exchanger plate 1061a and the second heat exchanger plate 1061b are identical, several first heat Power board 1061a is spaced setting in column, and the second heat exchanger plate 1061b, each first heat are arranged between each first heat exchanger plate 1061a Power board 1061a is tightly connected with adjacent each second heat exchanger plate 1061b respectively, the first heat exchanger plate 1061a each in this way and Each second heat exchanger plate 1061b is enumerated from level to level connects just composition heat exchanger core 1061.

It is respectively equipped with air-out passage 10617 on each first heat exchanger plate 1061a, distinguishes on each second heat exchanger plate 1061b Equipped with air intake passage 10618, each air intake passage 10618 and the interlaced setting of each air-out passage 10617.In fact, the first heat Power board 1061a and the second heat exchanger plate 1061b practical is same structure, the first heat exchanger plate 1061a and the second heat exchange Plate 1061b is provided with channel on perpendicular to thickness direction, and the channel on the first heat exchanger plate 1061a is air-out passage 10617, the channel on the second heat exchanger plate 1061b is air intake passage 10618, the heat of the first heat exchanger plate 1061a and second When power board 1061b is tightly connected, it is vertically arranged air-out passage 10617 with air intake passage 10618.Above-mentioned heat exchanger core 1061 structures are simple to manufacture, and heat exchanger effectiveness is high.

0 and Figure 11 referring to Figure 1, as a kind of specific embodiment of deodoration system provided by the utility model, heat is handed over Changing core 1061 includes several first corrugation component 1061c and several second corrugation component 1061d.First corrugation component 1061c Including the first baffler 1061c1 and the first corrugated sheet 1061c2 for being set to first group of side partition 1061c1, the second corrugation group Part 1061d includes the second baffler 1061d1 and the second corrugated sheet 1061d2 for being set to second group of partition side.

First corrugation component 1061c and the second corrugation component 1061d structure snd size are identical, i.e. the first baffler The structure size of 1061c1 and the second baffler 1061d1 are identical, the first corrugated sheet 1061c2 and the second corrugated sheet 1061d2 Structure size it is identical, and the type of attachment of first group of partition 1061c1 and the first corrugated sheet 1061c2 with second group every The type of attachment of plate 1061d1 and the second corrugated sheet 1061d2 are also identical.First corrugated sheet 1061c2 and the second corrugated sheet 1061d2 is common corrugated sheet structure, can be specifically rectangular wave type corrugated sheet, sinusoidal waveform corrugated sheet or triangle Wave mode corrugated sheet etc., wave direction are exactly the wave mode extending direction of corrugated sheet.

First baffler 1061c1 is square plate, and the first corrugated sheet 1061c2 is rectangular corrugated sheet, several first corrugation groups Part 1061c is spaced setting in column, and each second corrugation component 1061d, and first watt are arranged between each first corrugation component 1061c Wave (corrugation) extending direction of stupefied plate 1061c2 and wave (corrugation) extending direction of the second corrugated sheet 1061d2 are vertically arranged, First corrugated sheet 1061c2 is also connected with the second neighbouring baffler 1061d1 other than connecting with first group of partition 1061c1, Such first corrugated sheet 1061c2 forms outlet air with neighbouring the first baffler 1061c1 being connected and the second baffler 1061d1 and leads to Road 10617.Second corrugated sheet 1061d2 other than being connect with second group of partition 1061d1, also with the first neighbouring baffler 1061c1 is connected, such second corrugated sheet 1061d2 with adjacent to the first baffler 1061c1 and the second baffler 1061d1 that are connected Form air intake passage 10618.In this way, each first corrugation component 1061c and each second corrugation component 1061d enumerate connection from level to level Get up just composition heat exchanger core 1061.Above-mentioned 1061 structure of heat exchanger core is simple to manufacture, and heat exchanger effectiveness is high.

0 and Figure 11 referring to Figure 1, as a kind of specific embodiment of deodoration system provided by the utility model, first The physical dimension of baffler 1061c1 and the first corrugated sheet 1061c2 are identical.

Fig. 3 to Fig. 5 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, outdoor unit 1 It further include the ionization cleaning module 107 for purifying the indoor air inlet and the outlet, ionization cleaning module 107 is set to outdoor unit It is electrically connected in shell 101 and adjacent to air inlet 10111 and air outlet 10121, ionization cleaning module 107 and controller, by controlling The opening and closing of device control ionization cleaning module 107, usually ionizes opening and closing and the air intake blower fan 104, air-out blower fan of cleaning module 107 105 opening and closings are consistent.Ionization cleaning module 107 belongs to existing equipment, the impurity in air inlet and the outlet can be carried out electricity From absorption, the outlet air to guarantee the fresh air entered the room and past outdoor discharge is clean enough.

As a kind of specific embodiment of deodoration system provided by the utility model, ionizing cleaning module 107 can divide It is two groups, one group is located in air-inlet cavity 1011, for being fed wind-powered electricity generation from except impurity, another group are located in air-out chamber 1012, is used for Wind-powered electricity generation is provided from except impurity.

Fig. 3 to Fig. 5 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, air inlet 10111 and air outlet 10121 be equipped with power-operated shutter switch 108, to prevent from having insect from air inlet when outdoor unit 1 does not work 10111 and air outlet 10121 enter.Power-operated shutter switch 108 and controller are electrically connected, and are opened by controller control power-operated shutter The opening and closing for closing 108, when air intake blower fan 104, air-out blower fan 105 are opened, controller controls power-operated shutter switch 108 and opens.

Fig. 4 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, air inlet 10111 Air Filter 109 is respectively equipped with air outlet 10121 to carry out further dust removal operation to air inlet and the outlet.

Fig. 3 is referred to, as a kind of specific embodiment of deodoration system provided by the utility model, air inlet 10111 It is equipped with the protective net 110 for protecting air inlet 10111 and air outlet 10121 with air outlet 10121, to prevent artificial destruction Or prevent animal from entering air inlet 10111 and air outlet 10121.Optionally, protective net 110 can be two and be respectively used to protect The independent component of air inlet 10111 or air outlet 10121 is also possible to one while for protecting air inlet 10111 and going out 10121 integrated member of air port.

Fig. 2 is referred to, as a kind of specific embodiment of deodorizing device provided by the utility model, protective net 110 is Plate (sheet metal thin plates) equipped with multiple grate openings, grate opening correspond to air inlet and/or air outlet position to be conducive to enter the wind And outlet air, plate are jointly mounted to the outside of outdoor machine shell 101.

Fig. 3 and Fig. 4 are referred to, as a kind of specific embodiment of deodoration system provided by the utility model, outdoor unit 1 It further include the flashing board 111 for preventing air inlet 10111 and air outlet 10121 into rain.Optionally, flashing board 111 is plate The top of air inlet 10111 and air outlet 10121 is arranged in arc protective cover plate made of bending, arc protective cover plate.

Referring to Figure 12 to Figure 14, as a kind of specific embodiment of deodoration system provided by the utility model, ultrasound Atomization deodorizing device 201 includes for holding the ultrasonic atomizatio cabinet 2011 of vegetation water and being arranged in ultrasonic atomizatio cabinet 2011 Ultrasonic atomizer 2012, ultrasonic atomizatio cabinet 2011 offer for atomization after vegetation water loss tank outlet 20111.

Indoor unit 2 further includes for feeding the supply case 202 of vegetation water to ultrasonic atomizatio cabinet 2011, for being supply case 202 offers feed the replenishment pump of power and for monitoring the first high liquid level sensor 203 of liquid in ultrasonic atomizatio cabinet 2011, Supply case 202, replenishment pump and ultrasonic atomizatio cabinet 2011 are sequentially connected in series to form water pipe, controller and replenishment pump and the first liquid Level sensor 203 is electrically connected, opening and closing of the controller according to the signal control replenishment pump of the first liquid level sensor 203.

There are many usages for first liquid level sensor 203, for example, liquid level can be monitored in real time in it, set when liquid level is lower than Controller control replenishment pump is opened when definite value, and when liquid level is higher than setting value, controller control replenishment pump is closed；In another example first Liquid level sensor 203 is arranged in a certain height of ultrasonic atomizatio cabinet 2011, when the first liquid level sensor 203 is in this height On when having detected liquid, controller controls replenishment pump and closes, when the first liquid level sensor 203 does not detect in this height To when having liquid, controller control replenishment pump is always on.

By the first high liquid level sensor of liquid in setting supply case, replenishment pump and monitoring ultrasonic atomizatio cabinet, make ultrasound The vegetation water being atomized in cabinet 2011 realizes automatic supply, mitigates the operation intensity of operator.

Referring to Figure 13, as a kind of specific embodiment of deodoration system provided by the utility model, ultrasonic atomizatio is removed Taste device 201 further includes the fan 2013 for the vegetation water blowout tank outlet 20111 after being atomized, so that the plant after atomization Thing liquid can be flowed into interior as early as possible.

Referring to Figure 14, as a kind of specific embodiment of deodoration system provided by the utility model, indoor unit 2 is also wrapped It includes for monitoring the second high liquid level sensor 204 of liquid in ultrasonic atomizatio cabinet 2011, controller and the second liquid level sensor 204 It is electrically connected, the setting height of the second liquid level sensor 204 is greater than the setting height of the first liquid level sensor 203.Second liquid level Sensor 204 can there are two usages, first, the second liquid level sensor 204 can be used as the spare of the first liquid level sensor 203 It uses, after the damage of the first liquid level sensor 203, controller can control benefit according to the signal of the second liquid level sensor 204 To the opening and closing of pump；Second, the first liquid level sensor 203 and the second liquid level sensor 204 can be used cooperatively, the first level sensing The different height on ultrasonic atomizatio cabinet 2011 is arranged in device 203 and the second liquid level sensor 204, when the first liquid level sensor 203 when can't detect liquid level, and controller controls replenishment pump and opens, when the second liquid level sensor detects liquid level, controller control Replenishment pump processed is closed.

2 and Figure 13 referring to Figure 1, as a kind of specific embodiment of deodoration system provided by the utility model, supply Pump is connected to by water supplying pipe 205 with ultrasonic atomizatio cabinet 2011, and ultrasonic atomizatio cabinet 2011 also passes through outlet pipe 206 and supply case 202 connections.Ultrasonic atomizatio deodorizing device 201 is generally located at indoor roof, once the first liquid level sensor 203 and the second liquid When level sensor 204 damages, controller may control replenishment pump and ceaselessly supplement vegetation water to ultrasonic atomizatio cabinet 2011, this Sample vegetation water may be full of and overflow from ultrasonic atomizatio cabinet 2011, by adding connection supply case 202 and ultrasonic atomizatio The outlet pipe of cabinet 2011 can also guarantee that vegetation water will not be from ultrasonic atomizatio cabinet 2011 in the case where liquid level sensor failure Middle spilling.Certainly it should here be understood that, outlet pipe 206 be arranged in the height on ultrasonic atomizatio cabinet 2011 certainly should be greater than etc. In liquid level sensor (the first liquid level sensor or the second liquid level sensor), the height on ultrasonic atomizatio cabinet 2011 is set.

Referring to Figure 14, as a kind of specific embodiment of deodoration system provided by the utility model, the first liquid level is passed Sensor 203 is capacitance level gauge, and the first liquid level sensor 203 is set to the outside of ultrasonic atomizatio cabinet 2011, avoids and plant Thing liquid directly contacts.

Referring to Figure 14, as a kind of specific embodiment of deodoration system provided by the utility model, the second liquid level is passed Sensor 204 is capacitance level gauge, and the second liquid level sensor 204 is set to the outside of ultrasonic atomizatio cabinet 2011, avoids and plant Thing liquid directly contacts.

As a kind of specific embodiment of deodoration system provided by the utility model, ultrasonic atomizatio cabinet 2011 is transparent Component.

As a kind of specific embodiment of deodoration system provided by the utility model, the first liquid level sensor 203 and Two liquid level sensors 204 can also be ultrasonic type liquidometer, inductance-type liquidometer etc..

3 and Figure 14 referring to Figure 1, as a kind of specific embodiment of deodoration system provided by the utility model, ultrasound Being atomized deodorizing device 201 further includes the protecting box 2014 for being located at 2011 periphery of ultrasonic atomizatio cabinet.

As a kind of specific embodiment of deodoration system provided by the utility model, indoor unit 2 further includes for monitoring The third liquid level sensor of liquid level, third liquid level sensor are connected with controller in supply case 202, and controller can pass through third Liquid level sensor monitors the liquid level of supply case 202, and when being lower than setting value such as the liquid level of supply case 202, controller can be to behaviour Author's alarm.Third liquid level sensor can also be ultrasonic type liquidometer, inductance-type liquidometer or capacitance level gauge etc..

It is provided by the embodiment of the utility model as a kind of specific embodiment of deodoration system provided by the utility model Deodoration system further includes the ammonia gas sensor for monitoring indoor ammonia concentration, and ammonia gas sensor and controller are electrically connected, control Device processed is according to the outer machine of signal control room of ammonia gas sensor and/or the opening and closing of indoor unit.

Referring to Figure 12, as a kind of specific embodiment of deodoration system provided by the utility model, the utility model The deodoration system that embodiment provides further includes the control cabinet 3 for installing controller, and control cabinet 3, which is equipped with, is used for force start room The pressure button 31 of outer machine 1 and/or indoor unit 2 forces button 31 and controller to be electrically connected.When ammonia gas sensor failure, Controller fails to start outdoor unit 1 and/or indoor unit 2, operator can be controlled by forcing button 31 outdoor unit 1 and/or The starting of indoor unit 2.

As a kind of specific embodiment of deodoration system provided by the utility model, control cabinet 3 is equipped with for controlling The gear adjusting button of the operation range of outdoor unit 1 and/or indoor unit 2, gear adjusting button and controller are electrically connected.

Referring to Figure 1 and Figure 12, as a kind of specific embodiment of deodoration system provided by the utility model, ultrasonic mist Change the setting height that the setting height of deodorizing device 201 indoors is greater than control cabinet 3, the setting height of control cabinet 3 is greater than supply The setting height of case 202.Generally, the top of the setting of ultrasonic atomizatio deodorizing device 201 indoors, control cabinet 3 are mounted on wall On, supply case 202 is arranged on the ground.

Referring to Figure 12, as a kind of specific embodiment of deodoration system provided by the utility model, mend in order to prevent It is destroyed to case, supply case 202 is mounted in supply case Installation cabinet 207.

Referring to Figure 1, as a kind of specific embodiment of deodoration system provided by the utility model, ultrasonic atomizatio cabinet 2011 setting of tank outlet 20111 is being put near indoor air inlet pipeline 102 (at distal opening), such air inlet pipeline The vegetation water fine mist that ultrasonic atomizatio deodorizing device 201 generates can be rapidly diffused into entire interior by 102 air inlet, with more Remove odors molecule well.

As a kind of specific embodiment of deodoration system provided by the utility model, replenishment pump is set in control cabinet 3.

It is provided by the embodiment of the utility model as a kind of specific embodiment of deodoration system provided by the utility model Deodoration system further includes the temperature sensor for monitoring room temperature, and temperature sensor and controller are electrically connected.

It is provided by the embodiment of the utility model as a kind of specific embodiment of deodoration system provided by the utility model Deodoration system further includes the humidity sensor for monitoring indoor humidity, and humidity sensor and the controller are electrically connected.

It is provided by the embodiment of the utility model as a kind of specific embodiment of deodoration system provided by the utility model Deodoration system further includes for communicating to connect wireless communication module with external terminal, and wireless communication module electrically connects with controller It connects.External terminal can be computer, mobile phone, tablet computer etc., and operator can be by external terminal control controller to deodorization System is controlled, and operator can equally observe the working order of whole system in external terminal.

Referring to Figure 12, as a kind of specific embodiment of deodoration system provided by the utility model, the utility model The deodoration system that embodiment provides further includes the display screen 32 being arranged on control cabinet 3, and display screen 32 and controller are electrically connected. Display screen 32 can show indoor temperature, humidity, the liquid level of ultrasonic atomizatio cabinet 2011, the liquid level in supply case 202 and The information such as the working condition of indoor unit 2, outdoor unit 1.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model Protection scope within.

Claims (10)

1. deodoration system, which is characterized in that including outdoor unit, indoor unit and the matched controller for changing wind；

The outdoor unit includes outdoor machine shell, the air inlet pipeline being arranged in the outdoor machine shell, air outlet pipeline and matched Air intake blower fan and air-out blower fan；

The indoor unit includes ultrasonic atomizatio deodorizing device.

2. deodoration system as described in claim 1, which is characterized in that the outdoor unit further include for by air inlet and the outlet into The heat exchanger of row heat exchange, is equipped with air-inlet cavity and air-out chamber in the outdoor machine shell, the air-inlet cavity be equipped with for The air inlet of outdoor connection, the air-out chamber be equipped with for the outdoor air outlet being connected to, the air-inlet cavity is through the heat exchange Device is connected to the air inlet pipeline, and the air-out chamber is connected to through the heat exchanger with the air outlet pipeline.

3. deodoration system as claimed in claim 2, which is characterized in that the heat exchanger includes heat exchanger core, is disposed around institute State the heat exchanger shell outside heat exchanger core and the heat exchange for installing the heat exchanger core and being connected with the heat exchanger shell Core rack；The heat exchanger core is the polygon prism contour structures at least four sides, and the heat exchanger core also has first End face and second end face, wherein four sides of the heat exchanger core are respectively the side A, the side B, the side C and the side D, described Heat exchanger core is equipped with several air-out passages through the side A and the side C and several through the side B and described The air intake passage of the side D；The heat exchanger shell, the heat exchanger core and the heat exchanger core rack are enclosed multiple change respectively Hot chamber, wherein four heat exchange chambers are respectively first chamber, second chamber, third chamber and the 4th chamber, described One chamber is connected to the air outlet pipeline, and the third chamber is connected to the air-out chamber；The second chamber and the air inlet Chamber connection, the 4th chamber are connected to the air inlet pipeline, and the first chamber and the third chamber pass through the outlet air Channel conductive, the second chamber are connected with the 4th chamber by the air intake passage.

4. deodoration system as claimed in claim 3, which is characterized in that the heat exchanger core include several first corrugation components with And several second corrugation components；The first corrugation component includes the first baffler and is set to first baffler side First corrugated sheet, the second corrugation component include the second baffler and the second corrugation for being set to second baffler side Plate, the first corrugation component are identical with the second corrugation modular construction；First baffler be square plate, described first Corrugated sheet is rectangular corrugated sheet, and several first corrugation components are spaced setting in column, set between each first corrugation component Each second corrugation component is set, the wave direction of first corrugated sheet is vertical with the wave direction of second corrugated sheet to be set It sets；First corrugated sheet is connected with neighbouring second baffler, and first corrugated sheet is connected with first corrugated sheet First baffler and second baffler form the air-out passage；Second corrugated sheet and neighbouring described the One baffler is connected, second baffler and first baffler that second corrugated sheet is connected with second corrugated sheet Form the air-out passage.

5. deodoration system as described in claim 3 or 4, which is characterized in that the first chamber is equipped with and the air outlet pipeline First opening of connection, the second chamber are equipped with the second opening being connected to the air inlet pipeline, and the third chamber is equipped with The third opening being connected to the air-out chamber, the 4th chamber are equipped with the 4th opening being connected to the air-inlet cavity；Described One opening is located at the side A side and closes on the first end face, and the third opening is located at the side C side and closes on The second end face, second opening are located at the side D side and close on the second end face, and the 4th opening is located at The side B side and close on the first end face.

6. deodoration system as claimed in claim 2, which is characterized in that the outdoor unit further includes for purifying the outdoor unit The ionization cleaning module of air inlet and the outlet, the ionization cleaning module is set in the outdoor machine shell and the neighbouring air inlet With the air outlet, the ionization cleaning module and the controller are electrically connected.

7. the deodoration system as described in any one of claim 1-4 and 6, which is characterized in that the ultrasonic atomizatio deodorizing device Including for holding vegetation water ultrasonic atomizatio cabinet and setting in the intracorporal ultrasonic atomizer of ultrasonic atomizatio case, it is described super Sound atomization cabinet offers the tank outlet for the vegetation water loss after atomization；The indoor unit further includes for the ultrasound The supply case of atomization cabinet supply vegetation water feeds the replenishment pump of power and for monitoring for providing for the supply case State the first high liquid level sensor of liquid in ultrasonic atomizatio cabinet, the controller and the replenishment pump and first level sensing Device is electrically connected, and the controller controls the opening and closing of the replenishment pump according to the signal of first liquid level sensor.

8. deodoration system as claimed in claim 7, which is characterized in that the replenishment pump passes through water supplying pipe and the ultrasonic atomizatio Cabinet connection, the ultrasonic atomizatio cabinet also pass through outlet pipe and are connected to the supply case.

9. the deodoration system as described in any one of claim 1-4 and 6, which is characterized in that the deodoration system further includes using In the ammonia gas sensor for monitoring indoor ammonia concentration, the ammonia gas sensor and the controller are electrically connected, the controller Signal according to the ammonia gas sensor controls the opening and closing of the outdoor unit and/or the indoor unit.

10. the deodoration system as described in any one of claim 1-4 and 6, which is characterized in that the deodoration system further includes using In the control cabinet for installing the controller, the control cabinet is equipped with for outdoor unit and/or the interior described in force start The pressure button of machine, the pressure button and the controller are electrically connected.