CN105546669B - A kind of air-purifying module - Google Patents

A kind of air-purifying module Download PDF

Info

Publication number
CN105546669B
CN105546669B CN201610068313.XA CN201610068313A CN105546669B CN 105546669 B CN105546669 B CN 105546669B CN 201610068313 A CN201610068313 A CN 201610068313A CN 105546669 B CN105546669 B CN 105546669B
Authority
CN
China
Prior art keywords
module
low pressure
adsorption module
connection sheet
adsorption
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Active
Application number
CN201610068313.XA
Other languages
Chinese (zh)
Other versions
CN105546669A (en
Inventor
马文炳
施佳佳
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Ma Wenbing
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to CN201610068313.XA priority Critical patent/CN105546669B/en
Publication of CN105546669A publication Critical patent/CN105546669A/en
Application granted granted Critical
Publication of CN105546669B publication Critical patent/CN105546669B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/10—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering
    • F24F8/192—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by separation, e.g. by filtering by electrical means, e.g. by applying electrostatic fields or high voltages
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/02—Plant or installations having external electricity supply
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/40—Electrode constructions
    • B03C3/41—Ionising-electrodes
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/40—Electrode constructions
    • B03C3/45—Collecting-electrodes
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B03—SEPARATION OF SOLID MATERIALS USING LIQUIDS OR USING PNEUMATIC TABLES OR JIGS; MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C—MAGNETIC OR ELECTROSTATIC SEPARATION OF SOLID MATERIALS FROM SOLID MATERIALS OR FLUIDS; SEPARATION BY HIGH-VOLTAGE ELECTRIC FIELDS
    • B03C3/00—Separating dispersed particles from gases or vapour, e.g. air, by electrostatic effect
    • B03C3/34—Constructional details or accessories or operation thereof
    • B03C3/66—Applications of electricity supply techniques
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F8/00—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying
    • F24F8/20—Treatment, e.g. purification, of air supplied to human living or working spaces otherwise than by heating, cooling, humidifying or drying by sterilisation

Abstract

The present invention relates to a kind of air-purifying module, including ionization module, adsorption module and filter dam module, mechanically connect and be electrically connected by sliding slot and concaveconvex structure respectively between adsorption module and ionization module and between adsorption module and filter dam module.The matched design of boss and/or groove combination in the sliding slot and sliding slot of the present invention so that adsorption module and ionization module and three module of filter dam module are as can the entirety that can simply split of perfect combination again.Size and configuration can change according to being actually needed, and realize product seriation, are adapted to different occasion different type of machines.Modular construction of the present invention, configuration is flexible, is suitable for being assembled into the air purifier of various specifications, or installed and used in the various spaces for needing air purification.

Description

A kind of air-purifying module
Technical field
The invention belongs to air purifier technical field, and more particularly to a kind of air-purifying module, it is suitable for assembling Into the air purifier of various specifications, or installed and used in the various spaces for needing air purification.
Background technology
Air pollution, environmental degradation have become the topic that the whole world is paid close attention to jointly, in recent years, with social economy The attention degree of health is continuously improved in development and improvement of living standard, people, rarely have before PM2.5 etc. hear of but The environmental quality indicators for directly affecting health start widely to be paid close attention to.In fact, surrounding air matter in recent years Amount drastically influence daily life, or even because air quality problems cause breathing problem etc..Therefore air The application of clarifier is more and more extensive.For standardization, large-scale production is better achieved, facilitates the assembling of air purifier, carry High efficiency, reduces production cost, and the present inventor has successfully researched and developed modular air-purifying module.
The content of the invention
It is an object of the invention to propose a kind of air-purifying module, design is scientific and reasonable for it, self structure modularization, It is convenient to assemble, and is suitable for being assembled into the air purifier of various specifications, or installed in the various spaces for needing air purification Use.
The present invention solve technical problem technical solution be：A kind of air-purifying module, has modular construction, including electricity From module, adsorption module and filter dam module, between the adsorption module and ionization module and adsorption module and filter dam module it Between be connected respectively by sliding slot with concaveconvex structure；The connection includes mechanically connecting and is electrically connected.
The ionization module includes ionization polarization skeleton, the ionization polarization net being embedded in it and the ionization for being arranged at its both ends At low pressure end cap lid is ionized at ionization lid and ionization high pressure end cap；The ionization polarization skeleton includes the ionization high pressure end cap at both ends With ionization low pressure end cap, the small lateral support seal and big lateral support seal of both sides, are installed on ionization high pressure end cap Tungsten filament connection sheet A and tungsten filament connection sheet B, the aluminium column connection sheet for being installed on ionization low pressure end cap and ionization net connection shrapnel, and Connect aluminium column, the tungsten filament of installation with tungsten filament connection sheet A with tungsten filament connection sheet B through aluminium column connection sheet respectively；The ionization low-pressure end Aluminium column at lid is fixed with metallic screw, and the aluminium column at the ionization high pressure end cap is fixed with high insulated screw；The ionization pole Change net to be made of ionization polarization screen frame frame, ionization polarization square, metal mesh and metal mesh connection sheet, the metal mesh is installed on electricity From in polarization screen frame frame, the metal mesh connection sheet is installed in the card slot of ionization polarization screen frame frame one end and is connected with metal mesh Logical, the ionization polarization square is buckled in ionization polarization screen frame frame and is tightened with sunk screw fixed integral；The ionization is low Ionization lid is made of ionization lid plastic A, electrode slice AA, tubular rivet AA and spring AA at pressure side lid, the ionization high pressure end cap Place's ionization lid is made of ionization lid plastic B, electrode slice AB, tubular rivet AB and spring AB, and the ionization lid plastic A is equipped with installation The sinking locating ring and location hole of electrode slice AA, electrode slice AA is put in ionization lid plastic A locating rings, and respectively with hollow riveting It is integral through electrode slice AA location holes, the location hole of ionization lid plastic A and spring AA combinations to follow closely AA, the ionization lid plastic B is equipped with the sinking locating ring and location hole of installation electrode slice AB, and electrode slice AB is put in ionization lid plastic B locating rings, and point Not Yong tubular rivet AB it is integral through electrode slice AB location holes, the location hole of ionization lid plastic B and spring AB combinations.
The adsorption module is by adsorption module skeleton and is installed on the adsorption module lid A and adsorption module lid B at both ends and forms； The adsorption module lid A is by adsorption module lid plastic A, electrode slice BA, electrode slice BB, tubular rivet BA, tubular rivet BB, spring BA, spring B B form, the adsorption module lid B by adsorption module lid plastic B, electrode slice BC, electrode slice BD, tubular rivet BC, Tubular rivet BD, spring B C, spring B D compositions；The adsorption module lid plastic A is equipped with installation electrode slice BA's and electrode slice BB Sinking locating ring and location hole, electrode slice BA and electrode slice BB are put in respectively in the locating ring of adsorption module lid plastic A, and point Not Yong tubular rivet BA and tubular rivet BB pass through electrode slice BA and electrode slice BB location holes, the positioning of adsorption module lid plastic A Hole and spring B A and spring B B combination are integral；The adsorption module lid plastic B is equipped with installation electrode slice BC and electrode slice BD Sinking locating ring and location hole, electrode slice BC and electrode slice BD are put in respectively in the locating ring of adsorption module lid plastic B, and Determined respectively with tubular rivet BC and tubular rivet BD through electrode slice BC and electrode slice BD location holes, adsorption module lid plastic B Position hole and spring B C and spring B D combination are integral；The adsorption module skeleton includes the adsorption module end cap plastic A at both ends With adsorption module end cap plastic B, the adsorption module side plate plastic of sidepiece, is installed on the adsorption module of adsorption module end cap plastic A It is the high tabletting connection sheet A of low voltage sheet connection sheet A, adsorption module, low pressure input chip AA, low pressure input chip BA, low pressure input chip CA, low Input chip DA, high input voltage piece AA and high input voltage piece BA are pressed, is installed on the adsorption module low voltage sheet of adsorption module end cap plastic B The high tabletting connection sheet B of connection sheet B, adsorption module, low pressure input chip AB, low pressure input chip BB, low pressure input chip CB, low pressure input Piece DB, high input voltage piece AB and high input voltage piece BB, and respectively through adsorption module low voltage sheet connection sheet A, adsorption module low pressure The adsorption module low voltage sheet of the high tabletting connection sheet B connections installation of the high tabletting connection sheet A of piece connection sheet B, adsorption module, adsorption module With the high tabletting of adsorption module；Adsorption module low voltage sheet and the high tabletting both sides of adsorption module are respectively equipped with by adsorption module side plate plastic The adsorption module strip of positioning.
The filter dam module is made of filter dam module framework and filter dam module cover skeleton by snapping connection；The filter dam Module framework filters dam functional component as built in filter dam module framework plastic and sets filter dam module low pressure connection sheet AA, filter dam module Low pressure connection sheet AB, filter dam module low pressure connection sheet AC, filter dam module low pressure connection sheet AD are formed；The filter dam module lid tabulare Frame sets filter dam module low pressure connection sheet BA, filter dam module low pressure connection sheet BB, filter dam module low by filter dam module cover plastic Press connection sheet BC, filter dam module low pressure connection sheet BD, filter dam module low pressure connection sheet CA and filter dam module low pressure connection sheet CB and Into.
The sliding slot and concaveconvex structure is to be respectively arranged at adsorption module lid plastic A and adsorption module lid in adsorption module The adsorption module sliding slot and groove group of plastic B both sides, be arranged at ionization low pressure end cap in ionization module and ionize high pressure end cap Ionization module sliding slot and boss group and the filter dam module sliding slot and boss for being arranged at filter dam module cover skeleton in filter dam module Group.
The adsorption module for metal plate type, among plastics break-through every hollow plate formula, the line/rib of pin+six honeycomb fashion, line/pin+ Cylindrical column honeycomb fashion or line/pin+cube barrel mast honeycomb fashion.
Dust collecting part in the adsorption module is divided into break-through among plastics and refers to every hollow plate formula with break-through among special plastic Every hollow plate as base material, every the both sides of hollow plate, either one side provides spraying or print in spraying area for break-through among special plastic Brush with conductive capability high molecular material, spraying area can according to module appearance and size, voltage, base material every Ullage from etc. performance And change, break-through among first special plastic is revolved every hollow plate as bottom material, second special plastic centre break-through every hollow plate Turnback is put in first special plastic centre break-through every on hollow plate；Among three pieces special plastic break-through every hollow plate according to the Break-through is put in second special plastic centre break-through every on hollow plate every the pattern of hollow plate among a piece of special plastic；4th special type Break-through is put in three pieces special plastic every hollow plate according to break-through among second special plastic every the pattern of hollow plate among plastics Between break-through every on hollow plate, and so on according to determining to stack quantity needed for air-purifying module size C, this mode that stacks will Conductive trough A, conductive trough B are formed, using heat seal process by adjacent middle break-through every the side heat seal of hollow plate, conductive trough A, lead Electric groove B adds different voltages plus high pressure and low pressure every hollow plate both sides respectively at both ends, forms pressure difference；Or conductive trough A, conduction Groove B adds different voltages plus low pressure and high pressure every hollow plate both sides respectively at both ends, forms pressure difference.Here every hollow plate it is hollow away from Determined from by design dust containing capacity, the voltage difference of two electrodes, the performance such as the electric appliance intensity of material that positions two metal sheets.
Dust collecting part in the adsorption module is divided into the rib honeycomb fashion of line+six and refers to using six rib honeycombed electrodes as low pressure Pole, is connected to the electrode fixing brackets of six rib honeycombed electrode both sides as high-field electrode, through six rib honeycombs electricity using metal wire Each hole of pole, and ensure per metal line on the center line of the corresponding aperture of six rib honeycomb electrodes, it is equidistant apart from side.Here line arrives Hole wall distance is determined by design dust containing capacity, the voltage difference of two electrodes, the performance such as the electric appliance intensity of material that positions two electrodes It is fixed；Line can also be used to metal needle, metal strip etc. here instead, six rib honeycombs change cylinder, tetragonal prism etc. into changing according to actual conditions.
The metal mesh is the superposition of the corrugated metal mesh of individual layer, the overlay network of multiple layer metal net or metal mesh and sponge Overlay network of net, plastic wire and the overlay network of sponge, metal mesh and plastics polarization net etc..
The reinforcing rib pattern of ionization polarization square and ionization polarization the screen frame frame derive for example there are wall scroll shape, more bar shapeds, Honeycombed or triangle etc..
The pattern of the ionization module mesolow pole is derivatized with six prismatics, cylinder, square cylindricality, slice-shaped or thin slice beading Shape etc.；The pattern of the ionization module mesohigh pole is derivatized with cylinder, cylinder spine shape, zigzag or carbon brush shape etc..
The clamping end head at the adsorption module low voltage sheet both ends is each passed through adsorption module end cap plastic A and adsorption module end Lid plastic B is simultaneously connected to card adsorption module low voltage sheet connection sheet A and adsorption module low voltage sheet connection sheet B by being buckled；The suction The clamping end head at attached module high voltage piece both ends is each passed through adsorption module end cap plastic A and adsorption module end cap plastic B and by card Button is connected to card the high tabletting connection sheet A of adsorption module and the high tabletting connection sheet B of adsorption module.The adsorption module low voltage sheet two The clamping end head difference at end is regular through adsorption module end cap plastic A, adsorption module end cap plastic B each after corresponding aperture, Between adsorption module low voltage sheet connection sheet A and adsorption module low voltage sheet, adsorption module low voltage sheet connection sheet B and adsorption module low pressure Piece buckle connects card, by the use of adsorption module end cap as supporting surface, plays adsorption module low voltage sheet connection sheet A, absorption mould The elastic reaction of block low voltage sheet connection sheet B itself, pins each adsorption module low voltage sheet, while is also switched on connecting each adsorption module low Tabletting.The clamping mode of the high tabletting of adsorption module is identical with adsorption module low voltage sheet.
The filter dam functional component is sprayed or filled out as carrier using cellularpiston base material, bent wave base material or circular hole plastic basis material Fill the catalyst or its mixture for removing harmful substance；The harmful substance include ammonia, formaldehyde, acetaldehyde, benzene, toluene and/or Dimethylbenzene.Specifically, spray pointedly to remove the catalyst of a certain material or the intermixture of many kinds of substance；It is filled with and is directed to Property except the pellet such as the catalyst or the particle of intermixture of many kinds of substance of a certain material, column.
The low-voltage circuit of the ionization module is：
1）Low pressure is connected by ionizing electrode slice AA, tubular rivet AA, spring AA and aluminium column that the ionization at low pressure end cap is built Contact pin and then connection metal mesh connection sheet and metal mesh, then aluminium column is connected by aluminium column connection sheet；Alternatively,
2）Low pressure is by control source connection sheet A, aluminium column connection sheet and then connects metal mesh connection sheet and metal mesh, then by Aluminium column connection sheet connects aluminium column；Alternatively,
3）Low pressure is by control source connection sheet B, aluminium column connection sheet and then connects metal mesh connection sheet and metal mesh, then by Aluminium column connection sheet connects aluminium column；Alternatively,
4）Low pressure enters aluminium column, aluminium column connection sheet and then connects metal mesh and connects by the hollow part of small lateral support seal Contact pin, metal mesh, then aluminium column is connected by the hollow part of small lateral support seal；Alternatively,
5）Low pressure enters aluminium column, aluminium column connection sheet and then connects metal mesh and connects by the hollow part of big lateral support seal Contact pin, metal mesh, then aluminium column is connected by the hollow part of big lateral support seal；
The high-tension circuit of the ionization module is：
1）High pressure sequentially enters electrode slice AB, tubular rivet AB, spring AB, the tungsten filament of the ionization lid at ionization high pressure end cap Connection sheet A and tungsten filament；Alternatively,
2）High pressure sequentially enters tungsten filament connection sheet A and tungsten filament；Alternatively,
3）High pressure sequentially enters tungsten filament connection sheet B, tungsten filament；
The low-voltage circuit of adsorption module is：
Low-voltage by low pressure input chip BA, low pressure input chip DA, low pressure input chip AA, low pressure input chip CA individually Electrode slice BA, the spring B A being connected in adsorption module low voltage sheet connection sheet A, adsorption module lid A are connected by tubular rivet BA And it is fixed on adsorption module plastic A, spring B A and is connected to adsorption module low voltage sheet connection sheet A, adsorption module low voltage sheet connection sheet A It is connected to adsorption module low voltage sheet；Low pressure input chip CB, low pressure input chip AB, low pressure input chip DB, low pressure input chip BB difference It is connected separately to adsorption module low voltage sheet connection sheet B；Electrode slice BC, spring B C in adsorption module lid B pass through tubular rivet BC Connect and be fixed on the adsorption module plastic B, spring B C and be connected to adsorption module low pressure connection sheet B, adsorption module low voltage sheet connects Contact pin B is connected to adsorption module low voltage sheet；It is not required to pick out after low-voltage access in adsorption module, when entering back into other modules, Low pressure input chip BA, low pressure input chip DA, low pressure input chip AA, low pressure input chip CA, low pressure input chip CB, low pressure input chip AB, low pressure input chip DB, low pressure input chip BB, electrode slice BA and electrode slice BC are the access point of low-voltage in adsorption module； Need to pick out after low-voltage access in adsorption module, when entering back into other modules, low pressure input chip BA, low pressure input chip DA, low pressure Input chip AA, low pressure input chip CA, low pressure input chip CB, low pressure input chip AB, low pressure input chip DB, low pressure input chip BB, electricity Pole piece BA and electrode slice BC be adsorption module in low-voltage access point and/or pick out a little；Adsorption module low voltage sheet connection sheet A, Adsorption module low voltage sheet connection sheet B, adsorption module low voltage sheet are all indispensable in two kinds of forms, remaining parts is according to absorption The I/O mode of the low-voltage of module is selectively installed；
The high-tension circuit of adsorption module is：
High voltage is individually connected to the high tabletting connection sheet of adsorption module by high input voltage piece AA, high input voltage piece BA Electrode slice BB, spring B B in A, adsorption module lid A are connected by tubular rivet BB and are fixed on adsorption module plastic A, spring BB is connected to the high tabletting connection sheet A of adsorption module, and the high tabletting connection sheet A of adsorption module is connected to the high tabletting of adsorption module；High pressure Input chip BB, high input voltage piece AB are individually connected to the high tabletting connection sheet B of adsorption module；Electrode in adsorption module lid B Piece BD, spring B D, which are connected by tubular rivet BD and be fixed on the adsorption module plastic B, spring B D, is connected to adsorption module high pressure Connection sheet B, the high tabletting connection sheet B of adsorption module are connected to the high tabletting of adsorption module；After the access of adsorption module high voltage appearance not Need to pick out, when entering back into other modules, high input voltage piece AA, high input voltage piece BA, high input voltage piece BB, high input voltage piece AB, Electrode slice BB, electrode slice BD are the access point of adsorption module high voltage appearance；Need to pick out after the access of adsorption module high voltage appearance, into When entering other modules, high input voltage piece AA, high input voltage piece BA, high input voltage piece BB, low pressure input chip AB, electrode slice BB, electricity Pole piece BD is the access point of adsorption module high voltage appearance and/or picks out a little；The high tabletting connection sheet A of adsorption module, adsorption module are high Tabletting connection sheet B, the high tabletting of adsorption module are all indispensable in two kinds of forms, remaining parts is electric according to the height of adsorption module The I/O mode of pressure is selectively installed；
It is described filter dam module low-voltage circuit be：
1）Filter optional one in the filter dam module low pressure connection sheet AC and filter dam module low pressure connection sheet AD in dam module framework It is a with filter dam module cover skeleton in filter dam module low pressure connection sheet BA be connected, and with the low pressure input chip in adsorption module BA is connected；Alternatively,
2）Filter optional one in the filter dam module low pressure connection sheet AC and filter dam module low pressure connection sheet AD in dam module framework It is a with filter dam module cover skeleton in filter dam module low pressure connection sheet BA be connected, and with the low pressure input chip in adsorption module BB is connected；Alternatively,
3）Filter optional one in the filter dam module low pressure connection sheet AA and filter dam module low pressure connection sheet AB in dam module framework It is a with filter dam module cover skeleton in filter dam module low pressure connection sheet BB be connected, and with the low pressure input chip in adsorption module DA is connected；Alternatively,
4）Filter optional one in the filter dam module low pressure connection sheet AA and filter dam module low pressure connection sheet AB in dam module framework It is a with filter dam module cover skeleton in filter dam module low pressure connection sheet BB be connected, and with the low pressure input chip in adsorption module DB is connected；Alternatively,
5）Filter dam module low pressure connection sheet CA in filter dam module cover skeleton is connected with filter dam module low pressure connection sheet BA Connect, and connected with the low pressure input chip BA in adsorption module；Alternatively,
6）Filter dam module low pressure connection sheet CA in filter dam module cover skeleton is connected with filter dam module low pressure connection sheet BB Connect, and connected with the low pressure input chip DA in adsorption module；Alternatively,
7）Filter dam module low pressure connection sheet CA in filter dam module cover skeleton is connected with filter dam module low pressure connection sheet BA Connect, and connected with the low pressure input chip BB in adsorption module；Alternatively,
8）Filter dam module low pressure connection sheet CA in filter dam module cover skeleton is connected with filter dam module low pressure connection sheet BB Connect, and connected with the low pressure input chip DB in adsorption module.
Floating dust, pollutant in air, when passing through ionization module, under the action of high-voltage electrostatic field, make the two poles of the earth cathode and Gas ionization between anode, produces substantial amounts of free electron, ion, causes by the dust in air particle of ionization module and thin Bacterium etc. and the particle that is ionized with reference to and it is charged.Wind turbine under the effect of external force, Charged particle and bacterium etc. enter absorption Module, respectively to heteropole electrode movement under the action of electric field force, so that dust particles and bacterium in air etc. and gas Separation, has purified gas, and charged grit is deposited on polar board surface, and then the effect of dust cleaning and sterilizing.In dam module is filtered, With mixing such as activated carbon, efficient formaldehyde catalyst and ozone catalysts and spray attachment is in aluminium base surface, so as to reach in air The harmful substance such as formaldehyde play filtering and decompose.Ozoniferous characteristic is produced using high-pressure electrostatic, with the oxygen atom of free state For energy source, under the effect of more component noble metals, quickly by Formaldehyde decomposition into carbon dioxide and water.It realize room temperature, stabilization, The function of long-acting decomposing formaldehyde；Ozone decomposed catalyst is contacted with ozone at the same time, accelerates ozone decomposed to be reduced into oxygen.
Adsorption module of the present invention is combined with the boss in the sliding slot and sliding slot of ionization module and filter dam module and/or groove Matched design, wherein sliding slot are positioned before and after playing and left and right positioning action, and the male-female engagement in sliding slot plays cooperation up and down Effect so that adsorption module and ionization module and three module of filter dam module become can perfect combination can simply split again it is whole Body.
Air-purifying module appearance and size A × B × C of the present invention can arbitrarily become according to being actually needed with different type of machines requirement Change.When air-purifying module appearance and size changes, the appearance and size of ionization module, adsorption module and filter dam module becomes therewith Change, except the related size of each parts should become outside the pale of civilization therewith in module, relevant configuration and design should also change therewith.Example Such as, reinforcing rib increases or decreases, and the increase and decrease of the increasing person's of adding deduct adsorption module strip quantity in rigging screw hole even cancels peace It is loaded few, the high tabletting of adsorption module low voltage sheet, adsorption module, the growth or shortening of aluminium column and tungsten filament, increase or decrease, and adsorbs mould The installation of block strip or bar etc..When adsorption module low voltage sheet and the change in size of the high tabletting of adsorption module, may draw at this time The pitch of fins risen between adjacent adsorption module low voltage sheet and the high tabletting of adsorption module is uneven, can adsorbed according to actual conditions The both sides of module low voltage sheet and the high tabletting of adsorption module increase or remove adsorption module strip, quantity according to appearance and size A from By controlling, the positioning of adsorption module strip is completed by adsorption module side plate plastic.According to size and configuration variation, it is possible to achieve production Product seriation, is adapted to different occasion different type of machines.
Modular construction of the present invention, and self structure modularization, configuration is flexible, is suitable for being assembled into the air of various specifications Clarifier, or installed and used in the various spaces for needing air purification.
Brief description of the drawings
Fig. 1 is a kind of embodiment structure diagram of the present invention.
Fig. 2 is ionization module structural decomposition diagram in a kind of embodiment of the present invention shown in Fig. 1.
Fig. 3 be in a kind of embodiment of the present invention shown in Fig. 1 at the ionization low pressure end cap of ionization module ionization lid or Ionize and lid structure diagram is ionized at high pressure end cap.
Fig. 4 is the ionization polarization skeleton structure signal of ionization module in a kind of embodiment of the present invention shown in Fig. 1 Figure.
Fig. 5 is ionization polarization skeleton A direction views in Fig. 4.
Fig. 6 is ionization polarization skeleton B direction views in Fig. 4.
Fig. 7 is ionization polarization skeleton C direction views in Fig. 4.
Fig. 8 is ionization polarization skeleton D direction views in Fig. 4.
Fig. 9 is the ionization polarization web frame schematic diagram of ionization module in a kind of embodiment of the present invention shown in Fig. 1.
Figure 10 is adsorption module structural decomposition diagram in a kind of embodiment of the present invention shown in Fig. 1.
Figure 11 is the adsorption module lid A or adsorption module of adsorption module in a kind of embodiment of the present invention shown in Fig. 1 Lid B structure schematic diagram.
Figure 12 is the adsorption module skeleton structure signal of adsorption module in a kind of embodiment of the present invention shown in Fig. 1 Figure.
Figure 13 is adsorption module skeleton E direction views in Figure 12.
Figure 14 is adsorption module skeleton F direction views in Figure 12.
Figure 15 is adsorption module skeleton G direction views in Figure 12.
Figure 16 is filter dam modular structure decomposition diagram in a kind of embodiment of the present invention shown in Fig. 1.
Figure 17 is the filter dam module framework structural representation that dam module is filtered in a kind of embodiment of the present invention shown in Fig. 1 Figure.
Figure 18 is that the filter dam module cover skeleton structure that dam module is filtered in a kind of embodiment of the present invention shown in Fig. 1 is shown It is intended to.
Figure 19 is the adsorption module sliding slot and groove group of adsorption module in a kind of embodiment of the present invention shown in Fig. 1 Structure diagram.
Figure 20 is the ionization module sliding slot and boss group of ionization module in a kind of embodiment of the present invention shown in Fig. 1 Structure diagram.
Figure 21 is the filter dam module sliding slot and boss group that dam module is filtered in a kind of embodiment of the present invention shown in Fig. 1 Structure diagram.
Figure 22 is a kind of embodiment adsorption module of the present invention shown in Fig. 1, ionization module and filter dam module pass through suction Attached module both sides adsorption module sliding slot and groove group respectively with ionization module sliding slot and boss group and filter dam module sliding slot and boss The schematic diagram that group is connected.
Figure 23 for adsorption module low voltage sheet connection sheet in adsorption module in a kind of embodiment of the present invention shown in Fig. 1 with The high tabletting connection sheet of adsorption module low voltage sheet, adsorption module and the high tabletting clamping structure schematic diagram of adsorption module.
Figure 24 is adsorption module low voltage sheet and absorption mould in adsorption module in a kind of embodiment of the present invention shown in Fig. 1 The high tabletting structure schematic diagram of block, wherein（a）Adsorption module low voltage sheet,（b）The high tabletting of adsorption module.
Figure 25 for adsorption module low voltage sheet connection sheet in adsorption module in a kind of embodiment of the present invention shown in Fig. 1 and The high tabletting connection sheet structure diagram of adsorption module, wherein（a）Adsorption module low voltage sheet connection sheet,（b）The high tabletting of adsorption module Connection sheet.
Figure 26 for adsorption module low voltage sheet connection sheet in adsorption module in a kind of embodiment of the present invention shown in Fig. 1 with The high tabletting connection sheet of adsorption module low voltage sheet, adsorption module and the high tabletting clamping structure side schematic view of adsorption module.
Figure 27 is that the reinforcing rib pattern of ionization polarization square and ionization polarization screen frame frame derives citing signal in ionization module Figure, wherein（a）Wall scroll shape,（b）More bar shapeds,（c）Honeycombed,（d）Triangle.
Figure 28 is that the pattern of ionization module mesolow pole derives example schematic front view and right view, wherein（a）Six ribs Shape,（b）Cylinder,（c）Square cylindricality,（d）Slice-shaped,（e）Thin slice beading shape.
Figure 29 is that the pattern of ionization module mesohigh pole derives example schematic front view and right view, wherein（a）Cylinder Shape,（b）Cylinder spine shape,（c）Zigzag,（d）Carbon brush shape.
Figure 30 is adsorption module derivative structure pattern --- break-through is every hollow plate formula schematic diagram among plastics.
Figure 31 is adsorption module derivative structure pattern shown in Figure 30 --- break-through is shown every hollow plate formula distribution of electrodes among plastics It is intended to.
Figure 32 is adsorption module derivative structure pattern --- the rib honeycomb fashion schematic diagram of line+six.
Figure 33 is adsorption module derivative structure pattern shown in Figure 32 --- the rib beehive type electrode distribution schematic diagram of line+six.
The invention will be further described with specific embodiment below in conjunction with the accompanying drawings.
Embodiment
Embodiment 1：One of air-purifying module.
As shown in Fig. 1 to Figure 26, it includes ionization module 1, adsorption module 2 and filter dam module 3 by being arranged at absorption mould Adsorption module end cap plastic A 2-3-1 and the adsorption module sliding slot and groove of adsorption module end cap plastic B 2-3-2 both sides in block 2 Group 2-4 is respectively with being arranged at the ionization module cunning that low pressure end cap 1-3-1 is ionized in ionization module 1 and ionizes high pressure end cap 1-3-8 Groove and boss group 1-5 and the filter dam module sliding slot and boss group 3-3 for being arranged at filter dam module cover skeleton 3-2 in filter dam module 3 Realize and mechanically connect and be electrically connected.
Ionization module 1 includes ionization polarization skeleton 1-3, the ionization polarization net 1-4 being embedded in it and is arranged at its both ends Ionize ionization lid 1-1 at low pressure end cap and ionize ionization lid 1-2 at high pressure end cap；Ionization polarization skeleton 1-3 includes the electricity at both ends From high pressure end cap 1-3-8 and ionization low pressure end cap 1-3-1, the small lateral support seal 1-3-3 of both sides and big lateral support are close Sealing 1-3-7, is installed on tungsten filament connection sheet A 1-3-4 and tungsten filament connection sheet B 1-3-14, the installation of ionization high pressure end cap 1-3-8 In the aluminium column connection sheet 1-3-9 and ionization net connection shrapnel 1-3-5 of ionization low pressure end cap 1-3-1, and connected respectively through aluminium column Piece 1-3-9 connects aluminium column 1-3-2, the tungsten filament 1-3-6 of installation with tungsten filament connection sheet A 1-3-4 with tungsten filament connection sheet B 1-3-14； Aluminium column 1-3-2 at ionization low pressure end cap 1-3-1 is fixed with metallic screw 1-3-10；Ionize the aluminium column at high pressure end cap 1-3-8 1-3-2 is fixed with high insulated screw 1-3-11；Ionization polarization net 1-4 is by ionization polarization screen frame frame 1-4-4, ionization polarization square 1- 4-2, metal mesh 1-4-3 and metal mesh connection sheet 1-4-1 compositions, metal mesh 1-4-3 are installed on ionization polarization screen frame frame 1-4-4 Interior, metal mesh connection sheet 1-4-1 is installed in the card slot of ionization polarization screen frame frame 1-4-4 one end and is connected with metal mesh 1-4-3 Logical, ionization polarization square 1-4-2 is buckled in ionization polarization screen frame frame 1-4-4 and is tightened with sunk screw fixed integral；Ionization Ionization lid 1-1 is by ionization lid plastic A 1-1-3, electrode slice AA 1-1-1, tubular rivet AA 1-1-2 and spring at low pressure end cap AA 1-1-4 are formed, and are ionized ionization at high pressure end cap and are covered 1-2 by ionization lid plastic B 1-2-3, electrode slice AB 1-2-1, hollow riveting AB 1-2-2 and spring AB 1-2-4 compositions are followed closely, the sinking that ionization lid plastic A 1-1-3 are equipped with installation electrode slice AA 1-1-1 is determined Position circle and location hole, electrode slice AA 1-1-1 are put in ionization lid plastic A 1-1-3 locating rings, and use tubular rivet AA respectively 1-1-2 is combined into one through electrode slice AA 1-1-1 location holes, the location hole of ionization lid plastic A 1-1-3 and spring AA 1-1-4 Overall, ionization lid plastic B 1-2-3 are equipped with the sinking locating ring and location hole of installation electrode slice AB 1-2-1, by electrode slice AB 1-2-1 is put in ionization lid plastic B 1-2-3 locating rings, and passes through electrode slice AB 1-2-1 with tubular rivet AB 1-2-2 respectively Location hole, the location hole of ionization lid plastic B 1-2-3 and spring AB 1-2-4 combinations are integral.
Adsorption module 2 is by adsorption module skeleton 2-3 and is installed on the adsorption module lid A 2-1 and adsorption module lid B at both ends 2-2 is formed；Adsorption module lid A 2-1 by adsorption module lid plastic A 2-1-5, electrode slice BA 2-1-1, electrode slice BB 2-1-2, Tubular rivet BA 2-1-3, tubular rivet BB 2-1-4, spring B A 2-1-7, spring B B 2-1-6 compositions, adsorption module lid B 2-2 is by adsorption module lid plastic B 2-2-5, electrode slice BC 2-2-1, electrode slice BD 2-2-2, tubular rivet BC 2-2-3, sky Heart rivet BD 2-2-4, spring B C 2-2-7, spring B D 2-2-6 compositions；Adsorption module lid plastic A 2-1-5 are equipped with installation electricity The sinking locating ring and location hole of pole piece BA 2-1-1 and electrode slice BB 2-1-2, by electrode slice BA 2-1-1 and electrode slice BB 2-1-2 is put in the locating ring of adsorption module lid plastic A 2-1-5 respectively, and uses tubular rivet BA 2-1-3 and hollow riveting respectively Nail B 2-1-4 pass through electrode slice BA 2-1-1 and electrode slice BB 2-1-2 location holes, the positioning of adsorption module lid plastic A 2-1-5 Hole and spring B A 2-1-7 and spring B B 2-1-6 combinations are integral；Adsorption module lid plastic B 2-2-5 are equipped with installation electrode The sinking locating ring and location hole of piece BC 2-2-1 and electrode slice BD 2-2-2, by electrode slice BC 2-2-1 and electrode slice BD 2- 2-2 is put in the locating ring of adsorption module lid plastic B 2-2-5 respectively, and uses tubular rivet BC 2-2-3 and tubular rivet respectively BD 2-2-4 pass through electrode slice BC 2-2-1 and electrode slice BD 2-2-2 location holes, the positioning of adsorption module lid plastic B 2-2-5 Hole and spring B C 2-2-7 and spring B D 2-2-6 combinations are integral；Adsorption module skeleton 2-3 includes the adsorption module at both ends End cap plastic A 2-3-1 and adsorption module end cap plastic B 2-3-2, the adsorption module side plate plastic 2-3-3 of sidepiece, is installed on suction Adsorption module low voltage sheet connection sheet A 2-3-6, the high tabletting connection sheet A 2-3- of adsorption module of attached module end cap plastic A 2-3-1 10th, low pressure input chip AA 2-3-4, low pressure input chip BA 2-3-5, low pressure input chip CA 2-3-8, low pressure input chip DA 2-3- 7th, high input voltage piece AA 2-3-9 and high input voltage piece BA 2-3-11, are installed on the absorption of adsorption module end cap plastic B 2-3-2 It is module low voltage sheet connection sheet B 2-3-17, high tabletting connection sheet B 2-3-13 of adsorption module, low pressure input chip AB 2-3-19, low Press input chip BB 2-3-18, low pressure input chip CB 2-3-15, low pressure input chip DB 2-3-16, high input voltage piece AB 2-3-14 With high input voltage piece BB 2-3-12, and respectively through adsorption module low voltage sheet connection sheet A 2-3-6, adsorption module low voltage sheet connect The high tabletting connection sheet B 2-3-13 connections peace of high tabletting connection sheet A 2-3-10 of contact pin B 2-3-17, adsorption module, adsorption module The high tabletting 2-3-21 of adsorption module low voltage sheet 2-3-20 and adsorption module of dress；Adsorption module low voltage sheet 2-3-20 and adsorption module High tabletting 2-3-21 both sides are respectively equipped with the adsorption module strip 2-3-22 positioned by adsorption module side plate plastic 2-3-3.
Filter dam module 3 is made of filter dam module framework 3-1 and filter dam module cover skeleton 3-2 by snapping connection；Filter dam Module framework 3-1 filters dam functional component 3-1-3 as built in filter dam module framework plastic 3-1-2 and sets filter dam module low pressure connection Piece AA 3-1-1, filter dam module low pressure connection sheet AB 3-1-4, filter dam module low pressure connection sheet AC 3-1-5, filter dam module low pressure Connection sheet AD 3-1-6, form；The filter dam module cover skeleton 3-2 sets filter dam mould by filter dam module cover plastic 3-2-4 Block low pressure connection sheet BA 3-2-1, filter dam module low pressure connection sheet BB 3-2-3, filter dam module low pressure connection sheet BC 3-2-6, filter Dam module low pressure connection sheet BD 3-2-7, filter dam module low pressure connection sheet CA 3-2-2 and filter dam module low pressure connection sheet CB 3- 2-5 is formed.
Adsorption module uses metal plate type, adsorption module low voltage sheet 2-3-20 and the high tabletting 2-3-21 of adsorption module as schemed Shown in 24.
Metal mesh 1-4-3 is the corrugated metal mesh of individual layer.
The reinforcing rib of ionization polarization square 1-4-2 and ionization polarization screen frame frame 1-4-4 are shown in Figure 27 for wall scroll shape 1-4-A.
Low pressure is extremely shown in Figure 28, high pressure extremely cylinder 1-3-6-A tungsten filaments 1-3-6 for six prismatic 1-3-2-A aluminium columns 1-3-2 See Figure 29.
The clamping end head at adsorption module low voltage sheet 2-3-20 both ends is each passed through adsorption module end cap plastic A 2-3-1 and suction Attached module end cap plastic B 2-3-2 are connected to card adsorption module low voltage sheet connection sheet A 2-3-6 and adsorption module is low by being buckled Tabletting connection sheet B 2-3-17；The clamping end head at the high tabletting 2-3-21 both ends of adsorption module is each passed through adsorption module end cap Plastic A 2-3-1 and adsorption module end cap plastic B 2-3-2 are simultaneously connected to card the high tabletting connection sheet A of adsorption module by being buckled The 2-3-10 and high tabletting connection sheet B 2-3-13 of adsorption module.The adsorption module low voltage sheet 2-3-20 and high tabletting 2-3- of adsorption module The side of 21 each own clamping end heads have material dig mouth drop design, it is therefore an objective to pull open the high tabletting 2-3-21 of adsorption module and The distance between two electrodes of adsorption module low voltage sheet 2-3-20.Referring to Figure 23, Figure 25 and Figure 26
Filter dam functional component 3-1-3 coats the catalyst for removing formaldehyde using cellularpiston base material as carrier.
The low-voltage circuit of the ionization module is：The electrode slice AA 1- that low pressure is covered by ionizing the ionization at low pressure end cap 1-1, tubular rivet AA 1-1-2, spring AA 1-1-4 and aluminium column connection sheet 1-3-9 then connect metal mesh connection sheet 1-4-1 and Metal mesh 1-4-3, then by aluminium column connection sheet 1-3-9 connection aluminium columns 1-3-2.
The high-tension circuit of the ionization module is：High pressure sequentially enters the electrode slice of ionization lid 1-2 at ionization high pressure end cap AB 1-2-1, tubular rivet AB 1-2-2, spring AB 1-2-4, tungsten filament connection sheet A 1-3-4 and tungsten filament 1-3-6.
The low-voltage circuit of adsorption module is：Low-voltage by low pressure input chip BA 2-3-5, low pressure input chip DA 2-3-7, Low pressure input chip AA 2-3-4, low pressure input chip CA 2-3-8 are individually connected to adsorption module low voltage sheet connection sheet A 2-3- Electrode slice BA 2-1-1, spring B A 2-1-7 in 6, adsorption module lid A 2-1 are connected and consolidated by tubular rivet BA 2-1-3 Adsorption module low voltage sheet connection sheet A 2-3-6 are connected to due to adsorption module plastic A 2-1-5, spring B A 2-1-7, adsorb mould Block low voltage sheet connection sheet A 2-3-6 are connected to adsorption module low voltage sheet 2-3-20；Low pressure input chip CB 2-3-15, low pressure input Piece AB 2-3-19, low pressure input chip DB 2-3-16, low pressure input chip BB 2-3-18 are individually connected to adsorption module low pressure Piece connection sheet B 2-3-17；Electrode slice BC 2-2-1, spring B C 2-2-7 in adsorption module lid B 2-2 pass through tubular rivet BC 2-2-3, which is connected and is fixed on the adsorption module plastic B 2-2-5, spring B C 2-2-7, is connected to adsorption module low pressure connection sheet B 2-3-17, adsorption module low voltage sheet connection sheet B2-3-17 are connected to adsorption module low voltage sheet 2-3-20；It is not required to after low-voltage access Pick out, when entering back into other modules, low pressure input chip BA 2-3-5, low pressure input chip DA 2-3-7, low pressure input chip AA 2-3- 4th, low pressure input chip CA 2-3-8, low pressure input chip CB 2-3-15, low pressure input chip AB 2-3-19, low pressure input chip DB 2- 3-16, low pressure input chip BB 2-3-18, electrode slice BA 2-1-1 and electrode slice BC 2-2-1 are that low-voltage connects in adsorption module Access point；The parts that parts are not used are selectively installed in adsorption module or not, low-voltage is inputted by low pressure Piece BA 2-3-5 enter, and are passed through adsorption module low voltage sheet connection sheet A 2-3-6 successively and are passed through adsorption module low voltage sheet 2-3-20.
The high-tension circuit of adsorption module is：High voltage passes through high input voltage piece AA 2-3-9, high input voltage piece BA 2-3-11 Individually be connected to electrode slice BB 2-1-2 in adsorption module high tabletting connection sheet A 2-3-10, adsorption module lid A 2-1, Spring B B 2-1-6 are connected by tubular rivet BB2-1-4 and are fixed on adsorption module plastic A 2-1-5, spring B B 2-1-6 companies It is connected to adsorption module high tabletting connection sheet A 2-3-10, the high tabletting connection sheet A 2-3-10 of adsorption module and is connected to adsorption module height Tabletting 2-3-21；High input voltage piece BB 2-3-12, high input voltage piece AB 2-3-14 are individually connected to adsorption module high pressure Piece connection sheet B 2-3-13；Electrode slice BD 2-2-2, spring B D 2-2-6 in adsorption module lid B 2-2 pass through tubular rivet BD 2-2-4, which is connected and is fixed on the adsorption module plastic B 2-2-5, spring B D 2-2-6, is connected to adsorption module high pressure connection sheet B 2-3-13, the high tabletting connection sheet B 2-3-13 of adsorption module are connected to the high tabletting 2-3-21 of adsorption module；After high voltage access not It need to pick out, when entering back into other modules, high input voltage piece AA 2-3-9, high input voltage piece BA 2-3-11, high input voltage piece BB 2-3-12, high input voltage piece AB 2-3-14, electrode slice BB 2-1-2, electrode slice BD 2-2-2 are adsorption module high voltage appearance Access point；The parts that parts are not used are selectively installed in adsorption module or not, high voltage passes through adsorption module The electrode slice BD 2-2-2 for covering B 2-2 enter, and are passed through the spring of tubular rivet BD 2-2-4 connection adsorption module lid B 2-2 successively BD 2-2-6 access the high tabletting 2-3-21 of adsorption module after being passed through adsorption module high pressure connection sheet B 2-3-13.
Filter dam module low-voltage circuit be：Filter dam module framework 3-1 in filter dam module low pressure connection sheet AC 3-1-5 and Optional one is connected with the filter dam module low pressure in filter dam module cover skeleton 3-2 in filter dam module low pressure connection sheet AD 3-1-6 Piece BA 3-2-1 are connected, and are connected with the low pressure input chip BA 2-3-5 in adsorption module.
Embodiment 2：The two of air-purifying module.
Adsorption module uses plastics centre break-through every hollow plate formula, referring to Figure 30 and Figure 31, i.e. dust collecting part in adsorption module Be divided among plastics break-through every hollow plate formula, among special plastic break-through every hollow plate 2-4-3 as base material, among special plastic Break-through either sprays in unilateral regulation spraying area 2-4-A every the both sides of hollow plate 2-4-3 or prints the height with conductive capability Molecular material.Regard break-through among first special plastic as bottom material every hollow plate 2-4-3, second special plastic centre break-through every Hollow plate 2-4-3 rotations 180 degree is put in first special plastic centre break-through every on hollow plate 2-4-3；Among three pieces special plastic Break-through is put in second special plastic according to break-through among first special plastic every hollow plate 2-4-3 every the pattern of hollow plate 2-4-3 Middle break-through is every on hollow plate 2-4-3；Break-through is among hollow plate 2-4-3 is according to second special plastic among 4th special plastic Break-through is put among three pieces special plastic break-through every on hollow plate 2-4-3 every the pattern of hollow plate 2-4-3, and so on according to air Determine to stack quantity needed for 1 size C of cleaning module, this mode that stacks will form conductive trough A 2-4-1, conductive trough B 2-4- 2, using heat seal process by adjacent middle break-through every the side heat seal of hollow plate, conductive trough A 2-4-1, conductive trough B 2-4-2 Different voltages are added every hollow plate both sides plus high pressure and low pressure respectively at both ends, form pressure difference；Or conductive trough A 2-4-1, lead Electric groove B 2-4-2 add different voltages plus low pressure and high pressure every hollow plate both sides respectively at both ends, form pressure difference.Here every hollow plate Hollow distance by design dust containing capacity, two electrodes voltage difference, position the property such as the electric appliance intensity of material of two metal sheets It can determine.
Remaining is same as Example 1.
Embodiment 3：The three of air-purifying module.
Adsorption module uses the rib honeycomb fashion of line+six, referring to Figure 32 and Figure 33, i.e., the dust collecting part in adsorption module be divided into line+ Six rib honeycomb fashions, using six rib honeycombed electrode 2-5-1 as low pressure pole, six rib honeycombed electrode 2-5-1 are connected to by metal wire The electrode fixing bracket 2-5-2 of both sides through each hole of six rib honeycomb electrodes, and ensures to exist per metal line as high-field electrode It is equidistant apart from side on the center line of the corresponding aperture of six rib honeycomb electrode 2-5-1.Here line holds dirt to hole wall distance by design Amount, the voltage difference of two electrodes, the performance such as the electric appliance intensity of material that positions two electrodes determine.
Remaining is same as Example 1.
4 ~ embodiment of embodiment 8：The four of air-purifying module to it eight.
The rib of pin+six honeycomb fashion, line+cylindrical column honeycomb is respectively adopted to its eight adsorption module in the four of air-purifying module Formula, pin+cylindrical column honeycomb fashion, line+cube barrel mast honeycomb fashion and pin+cube barrel mast honeycomb fashion.Remaining is same as Example 1.
9 ~ embodiment of embodiment 12：The nine of air-purifying module to it 12.
The nine of air-purifying module to its 12 metal mesh 1-4-3 be respectively the overlay network of multiple layer metal net, metal mesh The overlay network of overlay network and metal mesh and plastics the polarization net of overlay network, plastic wire and sponge with sponge.Remaining and embodiment 1 It is identical.
13 ~ embodiment of embodiment 15：The 13 of air-purifying module to it 15.
The 13 of air-purifying module are to its 15 ionization polarization square 1-4-2's and ionization polarization screen frame frame 1-4-4 Reinforcing rib is respectively that more bar shaped 1-4-B and honeycombed 1-4-C, triangle 1-4-D are shown in Figure 27.Remaining is same as Example 1.
16 ~ embodiment of embodiment 19：The 16 of air-purifying module to it 19.
The 16 of air-purifying module to its 19 low pressure pole is cylinder 1-3-2-B, square cylindricality 1-3-2- C, slice-shaped 1-3-2-D or thin slice beading shape 1-3-2-E aluminium columns 1-3-2 are shown in Figure 28；High-pressure stage respectively cylinder 1-3-6-A, Cylinder spine shape 1-3-6-B, zigzag 1-3-6-C or carbon brush shape 1-3-6-D tungsten filaments 1-3-6 are shown in Figure 29.Remaining and 1 phase of embodiment Together.
20 ~ embodiment of embodiment 23：The 20 of air-purifying module to it 23.
The low-voltage circuit of the 20 of air-purifying module to its 23 ionization module is respectively：
Low pressure is by control source connection sheet A 1-3-12, aluminium column connection sheet 1-3-9 and then connects metal mesh connection sheet 1- 4-1 and metal mesh 1-4-3, then by aluminium column connection sheet 1-3-9 connection aluminium columns 1-3-2；
Low pressure is by control source connection sheet B 1-3-13, aluminium column connection sheet 1-3-9 and then connects metal mesh connection sheet 1- 4-1 and metal mesh 1-4-3, then by aluminium column connection sheet 1-3-9 connection aluminium columns 1-3-2；
Low pressure enters aluminium column 1-3-2, aluminium column connection sheet 1-3-9 by the hollow part 1-3-3-1 of small lateral support seal Then metal mesh connection sheet 1-4-1, metal mesh 1-4-3, furthermore the hollow part 1-3-3-1 connections of small lateral support seal are connected Aluminium column 1-3-2；
Low pressure enters aluminium column 1-3-2, aluminium column connection sheet 1-3-9 by the hollow part 1-3-7-1 of big lateral support seal Then metal mesh connection sheet 1-4-1, metal mesh 1-4-3, then the hollow part 1-3-7-1 connections by big lateral support seal are connected Aluminium column 1-3-2.
Remaining is same as Example 1.
24 ~ embodiment of embodiment 25：The 24 of air-purifying module to it 25.
The high-tension circuit of the 24 of air-purifying module to its 25 ionization module is respectively：
High pressure sequentially enters tungsten filament connection sheet A 1-3-4 and tungsten filament 1-3-6；
High pressure sequentially enters tungsten filament connection sheet B 1-3-14 and tungsten filament 1-3-6;
Remaining is same as Example 1.
26 ~ embodiment of embodiment 32：The 26 of air-purifying module to it 32.
The low-voltage circuit of the 26 of air-purifying module to its 32 filter dam module is respectively：
Filter the filter dam module low pressure connection sheet AC 3-1-5 and filter dam module low pressure connection sheet AD in dam module framework 3-1 Optional one is connected with the filter dam module low pressure connection sheet BA 3-2-1 in filter dam module cover skeleton 3-2 in 3-1-6, and with Low pressure input chip BB 2-3-18 connections in adsorption module；
Filter the filter dam module low pressure connection sheet AA 3-1-1 and filter dam module low pressure connection sheet AB in dam module framework 3-1 Optional one is connected with the filter dam module low pressure connection sheet BB 3-2-3 in filter dam module cover skeleton 3-2 in 3-1-4, and with Low pressure input chip DA 2-3-7 connections in adsorption module；
Filter the filter dam module low pressure connection sheet AA 3-1-1 and filter dam module low pressure connection sheet AB in dam module framework 3-1 Optional one is connected with the filter dam module low pressure connection sheet BB 3-2-3 in filter dam module cover skeleton 3-2 in 3-1-4, and with Low pressure input chip DB 2-3-16 connections in adsorption module；
Filter the filter dam module low pressure connection sheet CA 3-2-2 and filter dam module low pressure connection sheet in dam module cover skeleton 3-2 BA 3-2-1 are connected, and are connected with the low pressure input chip BA 2-3-5 in adsorption module；
Filter the filter dam module low pressure connection sheet CA 3-2-2 and filter dam module low pressure connection sheet in dam module cover skeleton 3-2 BB 3-2-3 are connected, and are connected with the low pressure input chip DA 2-3-7 in adsorption module；
Filter the filter dam module low pressure connection sheet CA 3-2-2 and filter dam module low pressure connection sheet in dam module cover skeleton 3-2 BA 3-2-1 are connected, and are connected with the low pressure input chip BB 2-3-18 in adsorption module；
Filter the filter dam module low pressure connection sheet CA 3-2-2 and filter dam module low pressure connection sheet in dam module cover skeleton 3-2 BB 3-2-3 are connected, and are connected with the low pressure input chip DB 2-3-16 in adsorption module.
Remaining is same as Example 1.
Embodiment 33：The 33 of air-purifying module.
The low-voltage circuit of adsorption module is：Low-voltage by low pressure input chip BA 2-3-5, low pressure input chip DA 2-3-7, Low pressure input chip AA 2-3-4, low pressure input chip CA 2-3-8 are individually connected to adsorption module low voltage sheet connection sheet A 2-3- Electrode slice BA 2-1-1, spring B A 2-1-7 in 6, adsorption module lid A 2-1 are connected and consolidated by tubular rivet BA 2-1-3 Adsorption module low voltage sheet connection sheet A 2-3-6 are connected to due to adsorption module plastic A 2-1-5, spring B A 2-1-7, adsorb mould Block low voltage sheet connection sheet A 2-3-6 are connected to adsorption module low voltage sheet 2-3-20；Low pressure input chip CB 2-3-15, low pressure input Piece AB 2-3-19, low pressure input chip DB 2-3-16, low pressure input chip BB 2-3-18 are individually connected to adsorption module low pressure Piece connection sheet B 2-3-17；Electrode slice BC 2-2-1, spring B C 2-2-7 in adsorption module lid B 2-2 pass through tubular rivet BC 2-2-3, which is connected and is fixed on the adsorption module plastic B 2-2-5, spring B C 2-2-7, is connected to adsorption module low pressure connection sheet B 2-3-17, adsorption module low voltage sheet connection sheet B2-3-17 are connected to adsorption module low voltage sheet 2-3-20；Need to connect after low-voltage access Go out, when entering back into other modules, low pressure input chip BA 2-3-5, low pressure input chip DA 2-3-7, low pressure input chip AA 2-3-4, Low pressure input chip CA 2-3-8, low pressure input chip CB 2-3-15, low pressure input chip AB 2-3-19, low pressure input chip DB 2-3- 16th, low pressure input chip BB 2-3-18, electrode slice BA 2-1-1 and the access that electrode slice BC 2-2-1 are low-voltage in adsorption module Put and/or pick out a little；The parts that parts are not used are selectively installed in adsorption module or not, pass through low-voltage Low pressure input chip BA 2-3-5 enter adsorption module low voltage sheet connection sheet A 2-3-6, by adsorption module low voltage sheet connection sheet A 2- 3-6 access adsorption module low voltage sheets 2-3-20；And by adsorption module low voltage sheet connection sheet A 2-3-6 access adsorption module lids A Spring B A 2-1-7, tubular rivet BA 2-1-3, the electrode slice BA 2-1-1 of adsorption module lid A 2-1 of 2-1.
Remaining is same as Example 1.
Embodiment 34：The 34 of air-purifying module.
The high-tension circuit of adsorption module is：High voltage passes through high input voltage piece AA 2-3-9, high input voltage piece BA 2-3-11 Individually be connected to electrode slice BB 2-1-2 in adsorption module high tabletting connection sheet A 2-3-10, adsorption module lid A 2-1, Spring B B 2-1-6 are connected by tubular rivet BB 2-1-4 and are fixed on adsorption module plastic A 2-1-5, spring B B 2-1-6 It is connected to adsorption module high tabletting connection sheet A 2-3-10, the high tabletting connection sheet A 2-3-10 of adsorption module and is connected to adsorption module High tabletting 2-3-21；High input voltage piece BB 2-3-12, high input voltage piece AB 2-3-14 are individually connected to adsorption module height Tabletting connection sheet B 2-3-13；Electrode slice BD 2-2-2, spring B D 2-2-6 in adsorption module lid B 2-2 pass through tubular rivet BD 2-2-4, which are connected and are fixed on the adsorption module plastic B 2-2-5, spring B D 2-2-6, is connected to the connection of adsorption module high pressure Piece B 2-3-13, the high tabletting connection sheet B 2-3-13 of adsorption module are connected to the high tabletting 2-3-21 of adsorption module；High voltage accesses After need to pick out, when entering back into other modules, high input voltage piece AA 2-3-9, high input voltage piece BA 2-3-11, high input voltage piece BB 2-3-12, low pressure input chip AB 2-3-14, electrode slice BB 2-1-2, electrode slice BD 2-2-2 are adsorption module high voltage appearance Access point and/or pick out a little；The parts that parts are not used are selectively installed in adsorption module or not, high voltage leads to The electrode slice BD 2-2-2 for crossing adsorption module lid B 2-2 enter, and are passed through tubular rivet BD 2-2-4 connection adsorption module lids B successively The spring B D 2-2-6 of 2-2 are passed through the high tabletting 2-3-21 of adsorption module after being passed through adsorption module high pressure connection sheet B 2-3-13, and And spring B B 2-1-6, tubular rivet BB 2-1-4, the electrode of adsorption module lid A 2-1 of adsorption module lid A 2-1 are passed through again Piece BB 2-1-2.
Remaining is same as Example 1.
Specific embodiment described herein is only to spirit explanation for example of the invention, it is clear that of the invention unlimited In above-described embodiment, there can also be many deformations.Those skilled in the art can be to described specific Embodiment is done various modifications or additions or is substituted in a similar way, but without departing from the present invention spirit or Beyond the scope of the appended claims, it is considered as belonging to protection scope of the present invention.

Claims (9)

1. a kind of air-purifying module, has modular construction, it is characterised in that including ionization module（1）, adsorption module（2） With filter dam module（3）, the adsorption module（2）With ionization module（1）Between and adsorption module（2）With filter dam module（3）It Between be connected respectively by sliding slot with concaveconvex structure；The connection includes mechanically connecting and is electrically connected；The ionization module（1）Bag Include ionization polarization skeleton（1-3）, be embedded in its in ionization polarization net（1-4）And it is arranged at the ionization low pressure end cap at its both ends electric From lid（1-1）Lid is ionized with ionization high pressure end cap（1-2）；The ionization polarization skeleton（1-3）Ionization high pressure including both ends End cap（1-3-8）With ionization low pressure end cap（1-3-1）, the small lateral support seal of both sides（1-3-3）It is close with big lateral support Sealing（1-3-7）, it is installed on ionization high pressure end cap（1-3-8）Tungsten filament connection sheet A（1-3-4）With tungsten filament connection sheet B（1-3- 14）, be installed on ionization low pressure end cap（1-3-1）Aluminium column connection sheet（1-3-9）Connection shrapnel is netted with ionization（1-3-5）, and Respectively through aluminium column connection sheet（1-3-9）With tungsten filament connection sheet A（1-3-4）With tungsten filament connection sheet B（1-3-14）Connect the aluminium of installation Column（1-3-2）, tungsten filament（1-3-6）；The ionization polarization net（1-4）By ionization polarization screen frame frame（1-4-4）, ionization polarization square （1-4-2）, metal mesh（1-4-3）With metal mesh connection sheet（1-4-1）Composition, the metal mesh（1-4-3）It is installed on ionization pole Change screen frame frame（1-4-4）It is interior, the metal mesh connection sheet（1-4-1）It is installed in ionization polarization screen frame frame（1-4-4）The card of one end In groove and and metal mesh（1-4-3）It is connected, the ionization polarization square（1-4-2）It is buckled in ionization polarization screen frame frame（1-4-4） And tightened with sunk screw fixed integral；Lid is ionized at the ionization low pressure end cap（1-1）By ionization lid plastic A（1-1- 3）, electrode slice AA（1-1-1）, tubular rivet AA（1-1-2）With spring AA（1-1-4）Composition, it is described to ionize electricity at high pressure end cap From lid（1-2）By ionization lid plastic B（1-2-3）, electrode slice AB（1-2-1）, tubular rivet AB（1-2-2）With spring AB（1-2- 4）Composition, the ionization lid plastic A（1-1-3）Equipped with installation electrode slice AA（1-1-1）Sinking locating ring and location hole, by electricity Pole piece AA（1-1-1）It is put in ionization lid plastic A（1-1-3）In locating ring, and tubular rivet AA is used respectively（1-1-2）Through electrode Piece AA（1-1-1）Location hole, ionization lid plastic A（1-1-3）Location hole and spring AA（1-1-4）Combine it is integral, it is described Ionize lid plastic B（1-2-3）Equipped with installation electrode slice AB（1-2-1）Sinking locating ring and location hole, by electrode slice AB（1-2- 1）It is put in ionization lid plastic B（1-2-3）In locating ring, and tubular rivet AB is used respectively（1-2-2）Through electrode slice AB（1-2-1） Location hole, ionization lid plastic B（1-2-3）Location hole and spring AB（1-2-4）Combine integral；
The adsorption module（2）By adsorption module skeleton（2-3）And it is installed on the adsorption module lid A at both ends（2-1）With absorption mould Block lid B（2-2）Composition；The adsorption module lid A（2-1）By adsorption module lid plastic A（2-1-5）, electrode slice BA（2-1-1）、 Electrode slice BB（2-1-2）, tubular rivet BA（2-1-3）, tubular rivet BB（2-1-4）, spring B A（2-1-7）, spring B B（2-1- 6）Composition, the adsorption module lid B（2-2）By adsorption module lid plastic B（2-2-5）, electrode slice BC（2-2-1）, electrode slice BD （2-2-2）, tubular rivet BC（2-2-3）, tubular rivet BD（2-2-4）, spring B C（2-2-7）, spring B D（2-2-6）Composition； The adsorption module lid plastic A（2-1-5）Equipped with installation electrode slice BA（2-1-1）With electrode slice BB（2-1-2）Sinking positioning Circle and location hole, by electrode slice BA（2-1-1）With electrode slice BB（2-1-2）Adsorption module lid plastic A is put in respectively（2-1-5）'s In locating ring, and tubular rivet BA is used respectively（2-1-3）With tubular rivet BB（2-1-4）Through electrode slice BA（2-1-1）And electricity Pole piece BB（2-1-2）Location hole, adsorption module lid plastic A（2-1-5）Location hole and spring B A（2-1-7）With spring B B（2- 1-6）Combine integral；The adsorption module lid plastic B（2-2-5）Equipped with installation electrode slice BC（2-2-1）With electrode slice BD （2-2-2）Sinking locating ring and location hole, by electrode slice BC（2-2-1）With electrode slice BD（2-2-2）Absorption mould is put in respectively Block lid plastic B（2-2-5）Locating ring in, and use tubular rivet BC respectively（2-2-3）With tubular rivet BD（2-2-4）Through electricity Pole piece BC（2-2-1）With electrode slice BD（2-2-2）Location hole, adsorption module lid plastic B（2-2-5）Location hole and spring B C （2-2-7）With spring B D（2-2-6）Combine integral；The adsorption module skeleton（2-3）Adsorption module end including both ends Lid plastic A（2-3-1）With adsorption module end cap plastic B（2-3-2）, the adsorption module side plate plastic of sidepiece（2-3-3）, it is installed on Adsorption module end cap plastic A（2-3-1）Adsorption module low voltage sheet connection sheet A（2-3-6）, the high tabletting connection sheet A of adsorption module （2-3-10）, low pressure input chip AA（2-3-4）, low pressure input chip BA（2-3-5）, low pressure input chip CA（2-3-8）, low pressure input Piece DA（2-3-7）, high input voltage piece AA（2-3-9）With high input voltage piece BA（2-3-11）, it is installed on adsorption module end cap plastic B （2-3-2）Adsorption module low voltage sheet connection sheet B（2-3-17）, the high tabletting connection sheet B of adsorption module（2-3-13）, low pressure input Piece AB（2-3-19）, low pressure input chip BB（2-3-18）, low pressure input chip CB（2-3-15）, low pressure input chip DB（2-3-16）、 High input voltage piece AB（2-3-14）With high input voltage piece BB（2-3-12）, and respectively through adsorption module low voltage sheet connection sheet A（2- 3-6）, adsorption module low voltage sheet connection sheet B（2-3-17）, the high tabletting connection sheet A of adsorption module（2-3-10）, adsorption module high pressure Piece connection sheet B（2-3-13）Connect the adsorption module low voltage sheet of installation（2-3-20）With the high tabletting of adsorption module（2-3-21）；
The filter dam module（3）By filter dam module framework（3-1）With filter dam module cover skeleton（3-2）By snapping connection group Into；The filter dam module framework（3-1）By filter dam module framework plastic（3-1-2）Built-in filter dam functional component（3-1-3）And set Put filter dam module low pressure connection sheet AA（3-1-1）, filter dam module low pressure connection sheet AB（3-1-4）, filter dam module low pressure connection sheet AC（3-1-5）, filter dam module low pressure connection sheet AD（3-1-6）Form；The filter dam module cover skeleton（3-2）By filter dam module Cover board plastic（3-2-4）Filter dam module low pressure connection sheet BA is set（3-2-1）, filter dam module low pressure connection sheet BB（3-2-3）, filter Dam module low pressure connection sheet BC（3-2-6）, filter dam module low pressure connection sheet BD（3-2-7）, filter dam module low pressure connection sheet CA（3- 2-2）With filter dam module low pressure connection sheet CB（3-2-5）Form.
2. air-purifying module according to claim 1, it is characterised in that：The sliding slot and concaveconvex structure is to set respectively It is placed in adsorption module（2）Middle adsorption module end cap plastic A（2-3-1）With adsorption module end cap plastic B（2-3-2）The absorption of both sides Module sliding slot and groove group（2-4）, be arranged at ionization module（1）Middle ionization low pressure end cap（1-3-1）With ionization high pressure end cap（1- 3-8）Ionization module sliding slot and boss group（1-5）And it is arranged at filter dam module（3）Middle filter dam module cover skeleton（3-2）'s Filter dam module sliding slot and boss group（3-3）.
3. air-purifying module according to claim 1, it is characterised in that：The adsorption module is metal plate type, modeling Break-through is every hollow plate formula, the line/rib of pin+six honeycomb fashion, line/pin+cylindrical column honeycomb fashion or line/pin+cube barrel mast honeycomb fashion among material.
4. air-purifying module according to claim 1, it is characterised in that：The metal mesh（1-4-3）For individual layer wave The metal mesh of shape, the overlay network of multiple layer metal net or the metal mesh and overlay network of sponge, overlay network, the metal of plastic wire and sponge The overlay network of net and plastics polarization net.
5. air-purifying module according to claim 1, it is characterised in that：The ionization polarization square（1-4-2）And electricity From polarization screen frame frame（1-4-4）Reinforcing rib pattern be derivatized with wall scroll shape（1-4-A）, more bar shapeds（1-4-B）, honeycombed（1-4- C）Or triangle（1-4-D）.
6. air-purifying module according to claim 1, it is characterised in that：The ionization module（1）The sample of mesolow pole Formula is derivatized with six prismatics（1-3-2-A）, cylinder（1-3-2-B）, square cylindricality（1-3-2-C）, slice-shaped（1-3-2-D）Or thin slice Beading shape（1-3-2-E）；The ionization module（1）The pattern of mesohigh pole is derivatized with cylinder（1-3-6-A）, cylinder spine shape （1-3-6-B）, zigzag（1-3-6-C）Or carbon brush shape（1-3-6-D）.
7. air-purifying module according to claim 1, it is characterised in that：The adsorption module low voltage sheet（2-3-20）Two The clamping end head at end is each passed through adsorption module end cap plastic A（2-3-1）With adsorption module end cap plastic B（2-3-2）And by card Button is connected to card adsorption module low voltage sheet connection sheet A（2-3-6）With adsorption module low voltage sheet connection sheet B（2-3-17）；It is described The high tabletting of adsorption module（2-3-21）The clamping end head at both ends is each passed through adsorption module end cap plastic A（2-3-1）With absorption mould Block end cap plastic B（2-3-2）And the high tabletting connection sheet A of adsorption module is connected to card by being buckled（2-3-10）, adsorption module it is high Tabletting connection sheet B（2-3-13）.
8. air-purifying module according to claim 1, it is characterised in that：The filter dam functional component（3-1-3）With bee The catalyst or its for removing harmful substance are filled and sprayed to nest plastic basis material, bent wave base material or circular hole plastic basis material for carrier Mixture；The harmful substance includes ammonia, formaldehyde, acetaldehyde, benzene, toluene and/or dimethylbenzene.
9. air-purifying module according to claim 1, it is characterised in that：
The low-voltage circuit of the ionization module is：
1）The electrode slice AA that low pressure is covered by ionizing the ionization at low pressure end cap（1-1-1）, tubular rivet AA（1-1-2）, spring AA（1-1-4）With aluminium column connection sheet（1-3-9）Then metal mesh connection sheet is connected（1-4-1）And metal mesh（1-4-3）, then by aluminium Column connection sheet（1-3-9）Connect aluminium column（1-3-2）；Alternatively,
2）Low pressure passes through control source connection sheet A（1-3-12）, aluminium column connection sheet（1-3-9）Then metal mesh connection sheet is connected （1-4-1）And metal mesh（1-4-3）, then by aluminium column connection sheet（1-3-9）Connect aluminium column（1-3-2）；Alternatively,
3）Low pressure passes through control source connection sheet B（1-3-13）, aluminium column connection sheet（1-3-9）Then metal mesh connection sheet is connected （1-4-1）And metal mesh（1-4-3）, then by aluminium column connection sheet（1-3-9）Connect aluminium column（1-3-2）；Alternatively,
4）Low pressure passes through small lateral support seal（1-3-3）Hollow part（1-3-3-1）Into aluminium column（1-3-2）, aluminium column connect Contact pin（1-3-9）Then metal mesh connection sheet is connected（1-4-1）, metal mesh（1-4-3）, then by small lateral support seal（1- 3-3）Hollow part（1-3-3-1）Connect aluminium column（1-3-2）；Alternatively,
5）Low pressure passes through big lateral support seal（1-3-7）Hollow part（1-3-7-1）Into aluminium column（1-3-2）, aluminium column connect Contact pin（1-3-9）Then metal mesh connection sheet is connected（1-4-1）, metal mesh（1-4-3）, then by big lateral support seal（1- 3-7）Hollow part（1-3-7-1）Connect aluminium column（1-3-2）；
The high-tension circuit of the ionization module is：
1）High pressure sequentially enters and ionizes lid at ionization high pressure end cap（1-2）Electrode slice AB（1-2-1）, tubular rivet AB（1-2- 2）, spring AB（1-2-4）, tungsten filament connection sheet A（1-3-4）And tungsten filament（1-3-6）；Alternatively,
2）High pressure sequentially enters tungsten filament connection sheet A（1-3-4）And tungsten filament（1-3-6）；Alternatively,
3）High pressure sequentially enters tungsten filament connection sheet B（1-3-14）, tungsten filament（1-3-6）；
The low-voltage circuit of adsorption module is：
Low-voltage passes through low pressure input chip BA（2-3-5）, low pressure input chip DA（2-3-7）, low pressure input chip AA（2-3-4）, it is low Press input chip CA（2-3-8）Individually it is connected to adsorption module low voltage sheet connection sheet A（2-3-6）, adsorption module lid A（2-1） In electrode slice BA（2-1-1）, spring B A（2-1-7）Pass through tubular rivet BA（2-1-3）Connect and be fixed on adsorption module modeling Part A（2-1-5）, spring B A（2-1-7）It is connected to adsorption module low voltage sheet connection sheet A（2-3-6）, the connection of adsorption module low voltage sheet Piece A（2-3-6）It is connected to adsorption module low voltage sheet（2-3-20）；Low pressure input chip CB（2-3-15）, low pressure input chip AB（2-3- 19）, low pressure input chip DB（2-3-16）, low pressure input chip BB（2-3-18）Individually it is connected to the connection of adsorption module low voltage sheet Piece B（2-3-17）；Adsorption module lid B（2-2）In electrode slice BC（2-2-1）, spring B C（2-2-7）Pass through tubular rivet BC （2-2-3）Connect and be fixed on adsorption module plastic B（2-2-5）, spring B C（2-2-7）It is connected to the connection of adsorption module low pressure Piece B（2-3-17）, adsorption module low voltage sheet connection sheet B（2-3-17）It is connected to adsorption module low voltage sheet（2-3-20）；Adsorbing It is not required to pick out after low-voltage access in module, when entering back into other modules, low pressure input chip BA（2-3-5）, low pressure input chip DA （2-3-7）, low pressure input chip AA（2-3-4）, low pressure input chip CA（2-3-8）, low pressure input chip CB（2-3-15）, low pressure input Piece AB（2-3-19）, low pressure input chip DB（2-3-16）, low pressure input chip BB（2-3-18）, electrode slice BA（2-1-1）And electrode Piece BC（2-2-1）For the access point of low-voltage in adsorption module；Need to pick out after low-voltage access in adsorption module, enter back into it During his module, low pressure input chip BA（2-3-5）, low pressure input chip DA（2-3-7）, low pressure input chip AA（2-3-4）, low pressure input Piece CA（2-3-8）, low pressure input chip CB（2-3-15）, low pressure input chip AB（2-3-19）, low pressure input chip DB（2-3-16）, it is low Press input chip BB（2-3-18）, electrode slice BA（2-1-1）With fish sticking its mouth out of the water, electrode slice BC（2-2-1）Connect for low-voltage in adsorption module Access point and/or pick out a little；Adsorption module low voltage sheet connection sheet A（2-3-6）, adsorption module low voltage sheet connection sheet B（2-3-17）, inhale Attached module low voltage sheet（2-3-20）All indispensable in two kinds of forms, remaining parts is defeated according to the low-voltage of adsorption module Enter the way of output selectively to install；
The high-tension circuit of adsorption module is：
High voltage passes through high input voltage piece AA（2-3-9）, high input voltage piece BA（2-3-11）Individually it is connected to adsorption module High tabletting connection sheet A（2-3-10）, adsorption module lid A（2-1）In electrode slice BB（2-1-2）, spring B B（2-1-6）Pass through sky Heart rivet BB（2-1-4）Connect and be fixed on adsorption module plastic A（2-1-5）, spring B B（2-1-6）It is connected to adsorption module height Tabletting connection sheet A（2-3-10）, the high tabletting connection sheet A of adsorption module（2-3-10）It is connected to the high tabletting of adsorption module（2-3- 21）；High input voltage piece BB（2-3-12）, high input voltage piece AB（2-3-14）Individually it is connected to the high tabletting connection of adsorption module Piece B（2-3-13）；Adsorption module lid B（2-2）In electrode slice BD（2-2-2）, spring B D（2-2-6）Pass through tubular rivet BD （2-2-4）Connect and be fixed on adsorption module plastic B（2-2-5）, spring B D（2-2-6）It is connected to the connection of adsorption module high pressure Piece B（2-3-13）, the high tabletting connection sheet B of adsorption module（2-3-13）It is connected to the high tabletting of adsorption module（2-3-21）；Adsorbing It is not required to pick out after the access of module high voltage appearance, when entering back into other modules, high input voltage piece AA（2-3-9）, high input voltage piece BA （2-3-11）, high input voltage piece BB（2-3-12）, high input voltage piece AB（2-3-14）, electrode slice BB（2-1-2）, electrode slice BD （2-2-2）For the access point of adsorption module high voltage appearance；Need to pick out after the access of adsorption module high voltage appearance, into other modules When, high input voltage piece AA（2-3-9）, high input voltage piece BA（2-3-11）, high input voltage piece BB（2-3-12）, low pressure input chip AB （2-3-14）, electrode slice BB（2-1-2）, electrode slice BD（2-2-2）For adsorption module high voltage appearance access point and/or pick out Point；The high tabletting connection sheet A of adsorption module（2-3-10）, the high tabletting connection sheet B of adsorption module（2-3-13）, the high tabletting of adsorption module （2-3-21）All indispensable in two kinds of forms, remaining parts is selected according to the high-tension I/O mode of adsorption module Selecting property is installed；
It is described filter dam module low-voltage circuit be：
1）Filter dam module framework（3-1）In filter dam module low pressure connection sheet AC（3-1-5）With filter dam module low pressure connection sheet AD （3-1-6）In optional one with filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet BA（3-2-1）It is connected Connect, and with the low pressure input chip BA in adsorption module（2-3-5）Connection；Alternatively,
2）Filter dam module framework（3-1）In filter dam module low pressure connection sheet AC（3-1-5）With filter dam module low pressure connection sheet AD （3-1-6）In optional one with filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet BA（3-2-1）It is connected Connect, and with the low pressure input chip BB in adsorption module（2-3-18）Connection；Alternatively,
3）Filter dam module framework（3-1）In filter dam module low pressure connection sheet AA（3-1-1）With filter dam module low pressure connection sheet AB （3-1-4）In optional one with filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet BB（3-2-3）It is connected Connect, and with the low pressure input chip DA in adsorption module（2-3-7）Connection；Alternatively,
4）Filter dam module framework（3-1）In filter dam module low pressure connection sheet AA（3-1-1）With filter dam module low pressure connection sheet AB （3-1-4）In optional one with filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet BB（3-2-3）It is connected Connect, and with the low pressure input chip DB in adsorption module（2-3-16）Connection；Alternatively,
5）Filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet CA（3-2-2）It is connected with filter dam module low pressure Piece BA（3-2-1）Be connected, and with the low pressure input chip BA in adsorption module（2-3-5）Connection；Alternatively,
6）Filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet CA（3-2-2）It is connected with filter dam module low pressure Piece BB（3-2-3）Be connected, and with the low pressure input chip DA in adsorption module（2-3-7）Connection；Alternatively,
7）Filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet CA（3-2-2）It is connected with filter dam module low pressure Piece BA（3-2-1）Be connected, and with the low pressure input chip BB in adsorption module（2-3-18）Connection；Alternatively,
8）Filter dam module cover skeleton（3-2）In filter dam module low pressure connection sheet CA（3-2-2）It is connected with filter dam module low pressure Piece BB（3-2-3）Be connected, and with the low pressure input chip DB in adsorption module（2-3-16）Connection.
CN201610068313.XA 2016-02-01 2016-02-01 A kind of air-purifying module Active CN105546669B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201610068313.XA CN105546669B (en) 2016-02-01 2016-02-01 A kind of air-purifying module

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201610068313.XA CN105546669B (en) 2016-02-01 2016-02-01 A kind of air-purifying module

Publications (2)

Publication Number Publication Date
CN105546669A CN105546669A (en) 2016-05-04
CN105546669B true CN105546669B (en) 2018-05-01

Family

ID=55826050

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201610068313.XA Active CN105546669B (en) 2016-02-01 2016-02-01 A kind of air-purifying module

Country Status (1)

Country Link
CN (1) CN105546669B (en)

Families Citing this family (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107470027A (en) * 2017-08-23 2017-12-15 广州熠森能环保科技有限公司 Function modoularization exhaust gas cleaner and domestic garbage disposer
CN108286724B (en) * 2018-03-06 2024-01-12 广东美的厨房电器制造有限公司 Electrostatic device and range hood
CN108212531A (en) * 2018-03-08 2018-06-29 苏州贝昂科技有限公司 Collection assembly of dust and air purifier
CN110773319B (en) * 2019-11-12 2020-10-30 温州圆拓机械科技有限公司 Modularization stack formula reposition of redundant personnel environmental protection dust collector

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1541750A (en) * 2003-04-30 2004-11-03 乐金电子(天津)电器有限公司 Mounting structure of dust collecting filter in air purifier
CN104180506A (en) * 2014-08-29 2014-12-03 常熟市鼓风机有限公司 Modular quick loading filter for energy-efficient air conditioning unit
CN204202053U (en) * 2014-07-18 2015-03-11 江苏万全科技有限公司 A kind of air cleaning unit reducing Indoor environment and pollute
CN204620202U (en) * 2015-02-16 2015-09-09 广州科然机电有限公司 A kind of air cleaning system
CN205536207U (en) * 2016-02-01 2016-08-31 浙江倚天能环境科技有限公司 Air purification module

Family Cites Families (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US8221183B2 (en) * 2003-05-07 2012-07-17 Matos Jose R Universal disc-shaped connectors
EP2884196B1 (en) * 2013-10-23 2020-05-27 Lg Electronics Inc. Air händler

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1541750A (en) * 2003-04-30 2004-11-03 乐金电子(天津)电器有限公司 Mounting structure of dust collecting filter in air purifier
CN204202053U (en) * 2014-07-18 2015-03-11 江苏万全科技有限公司 A kind of air cleaning unit reducing Indoor environment and pollute
CN104180506A (en) * 2014-08-29 2014-12-03 常熟市鼓风机有限公司 Modular quick loading filter for energy-efficient air conditioning unit
CN204620202U (en) * 2015-02-16 2015-09-09 广州科然机电有限公司 A kind of air cleaning system
CN205536207U (en) * 2016-02-01 2016-08-31 浙江倚天能环境科技有限公司 Air purification module

Also Published As

Publication number Publication date
CN105546669A (en) 2016-05-04

Similar Documents

Publication Publication Date Title
CN105546669B (en) A kind of air-purifying module
CN203494655U (en) High-efficiency electrostatic precipitation device
CN104888532B (en) A kind of filtering material and preparation method and purposes for air cleaner
CN205536207U (en) Air purification module
CN201469732U (en) Inconsumable air defecator
CN102380274B (en) Air purifying equipment and purifying method thereof
CN201263953Y (en) Air purifier
CN203750047U (en) Portable air purifier
CN108339380A (en) A kind of modular industrial flue gas cleaning equipment
CN203615489U (en) Plasma air purifier
CN201361511Y (en) Screen type electronic enhancement filter material air purifier
CN110404681A (en) The filter and air cleaning facility of composite particles electrification and adsorption function
CN202725327U (en) Filter element and air purifier with same
EP2905036A1 (en) Ionizer
CN2449810Y (en) Multifunctional plasma enhanced catalytic purifier
CN2361364Y (en) Electrostatic filter
CN201205520Y (en) Silent micro current drain air cleaner
CN208115987U (en) A kind of ionization device and air cleaning unit
CN205747252U (en) It is arranged on the IFD economic benefits and social benefits ion-type air purifier of return air inlet
CN208727142U (en) A kind of modular industrial flue gas cleaning equipment
CN107511008A (en) Airstrainer
CN209399513U (en) A kind of plasma indoor air cleaner
CN1031244C (en) Purifying method and device for cigarette smog
CN211716734U (en) Multi-functional intelligent air purifier
CN202019135U (en) Negative ion generator

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
C10 Entry into substantive examination
SE01 Entry into force of request for substantive examination
TA01 Transfer of patent application right

Effective date of registration: 20180306

Address after: 314400 middle Dong 1102 rooms in Haining, Zhejiang

Applicant after: Ma Wenbing

Address before: 314413, 3, Fenghuang Road, 5, Ding Qiao Town, Jiaxing City, Zhejiang, Haining

Applicant before: HAINING YITIANNENG ENVIRONMENTAL TECHNOLOGY CO., LTD.

TA01 Transfer of patent application right
GR01 Patent grant
GR01 Patent grant