CN205965503U - Air treatment equipment system who handles table and be used for production line is collected to air - Google Patents

Abstract

The utility model provides an air is collected and is handled the table, including the table body, gas collecting channel and inhale gas processing device, the table body is including the table and connect the air guide fill in the table bottom, and relative topography becomes to have the processing district on the table top surface, the table top surface offer a plurality of gettering holes and with the air guide of the bottom intercommunication of fighting, gas collecting channel cover is established on the table, the gas collecting channel set up relatively and with the operation mouth that the processing district position corresponds is inhaled gas processing device and is installed at air guide fill bottom outlet for the table top lies in the air of gas collecting channel and discharges after gas processing device handles from gettering hole suction and through inhaling. The utility model provides an it collect to handle the air treatment equipment system who is used for the production line of table to have the air. The air collect to handle the table, can fully absorb preventing pollution environment with adding the VOC air that volatilizees in the air man -hour.

Description

Air trapping processes table and the air treatment equipment system for production line

Technical field

This utility model relates to administer the environmental protection equipment of Organic Waste Gas Pollution, and more particularly, to a kind of air trapping is processed Table and the air treatment equipment system for production line.

Background technology

VOC material refers to the general name of volatile organic matter under room temperature, common are formaldehyde, toluene, dimethylbenzene, acetone and fourth Ketone etc..In the industries such as petrochemical industry, pharmacy, paint, coating, electronic manufacture, surface anticorrosion, shoemaking, printing and transportation Production and use during can produce substantial amounts of VOC, air quality is caused with extreme influence, VOC has stimulation to human body And the toxic effect to human body viscera, be detrimental to health, and VOC be inflammable causes potential safety hazard, VOC because discharge capacity is big, plant Class is many, difficult degradation, strong toxicity, potential safety hazard have become as greatly the focus to air-treatment problem for the current whole world various countries.For example, In sole manufacturing process, need for many bottoms to pass through glue bonding, in bonding, glue can volatilize substantial amounts of and have stimulation Property abnormal smells from the patient VOC gas, staff smells or sucks this gas for a long time, be unfavorable for healthy, therefore, how quick simultaneously And the gas of fully elimination glue volatilization generation becomes a technical problem urgently to be resolved hurrily of the industry, and combine production Scene, the airhandling equipment simultaneously being provided is also required to be suitable for production line balance.

Utility model content

In view of the above, this utility model provides a kind of VOC gas that can fully absorb and process volatilization, and is suitable for Air trapping in flow production line processes table.

This utility model provide technical scheme be：A kind of air trapping processes table, including desk body, gas skirt and suction Flash Gas Compression Skid System, desk body includes table and the inducing QI bucket being connected to table bottom, and table top surface is relatively formed with processing district, Table top surface is offered some getter holes and is connected with the inducing QI bucket of bottom, and described gas skirt is located on table, and gas skirt leaves It is provided with relative and processes the corresponding gathering hole of zone position with described, air-breathing processing meanss are arranged on inducing QI bucket outlet at bottom end, The air being located in gas skirt above table is made to suck from getter hole and discharge after processing through air-breathing processing meanss.

Further, some described getter holes are avoided and are opened up around described processing district, are in " work " in the plate face of table Font is distributed, and receives pore size and gradually becomes to neighbouring corresponding processing area edge from the position of center line that two processing districts are isolated Little, receive pore size from away from processing district two ends to neighbouring corresponding processing district size taper into.

Further, described desk body includes the bracing frame for supporting table, and bracing frame includes some support bars and company It is connected on the crossbeam of supporting bar top two-by-two, table is oppositely arranged plate body composition for two, each plate body is hinged on horizontal stroke by loose-leaf Liang Shang.

Further, the top of described inducing QI bucket is fixed in the frame that crossbeam surrounds, and the top of inducing QI bucket is relative to crossbeam Protrude out the edge that protrudes out of preset length, described plate body is correspondingly formed and the engaging edge protruding out the sealing cooperation of edge phase.

Further, the top middle portion of described inducing QI bucket is formed with two support beams, if being provided with the internal perisporium of inducing QI bucket Heavenly Stems and Earthly Branches bracer, for supporting the plate body after covering.

Further, described air-breathing processing meanss include multistage filtering assembly and suction fan, multistage filtering assembly bag Include dust layer, adsorption layer and cracking Rotating fields, suction fan is arranged on the bottom of multistage filtering assembly to provide air-breathing power.

Further, described cracking Rotating fields include the catalysis stratum reticulare being catalyzed lamp and being arranged on catalysis lamp both sides, catalysis net It is formed with cracking and catalyzing enzyme on layer.

Further, described gas skirt be translucent cover, be provided with locating piece at the angle on table, for gas skirt Base angle coordinates.

Further, described air trapping processes table and includes intelligent checking system, intelligent checking system include display with And air detection instrument, display is arranged on table surface, and air detection instrument is arranged on the port of export of air-breathing processing meanss.

Additionally, this utility model is necessary to provide a kind of VOC air treatment equipment system for production line.

A kind of VOC air treatment equipment system for production line includes some described air trappings and processes tables, some Air-treatment pipe and air-treatment case, some air trappings process tables and collect VOC air and the VOC air collected is carried out with the Coagulation, air-treatment pipe connects air trapping and processes table, imports the air after air trapping process table is processed and carries out second Level is processed, and the air after two stage treatment is sent to air-treatment case, carries out third level process.

Compared to prior art, this utility model adopts described air trapping to process table it is adaptable in flow shop, Can be quickly fully by the VOC collection and confinement of gases of volatilization and process, meanwhile, working power is low, has effectively saved utilization of energy, adopts Process the VOC air treatment equipment system of table with described air trapping, combine chemical photocatalysis technology and biologic treating technique, VOC gas can fully be absorbed.

Brief description

Described above is only the general introduction of technical solutions of the utility model, in order to be illustrated more clearly that technology of the present utility model Scheme, will be briefly described to the accompanying drawing of required use in embodiment or description of the prior art, the accompanying drawing in description below It is only corresponding to specific embodiment of the utility model, to those skilled in the art, do not paying creativeness On the premise of work, other accompanying drawings can also be obtained according to these accompanying drawings when needing.

Fig. 1 is used for the structural representation of the VOC air treatment equipment system of production line for this utility model；

Fig. 2 is the overall diagram of the air trapping process table of the air treatment equipment system shown in Fig. 1；

Fig. 3 is the exploded view that the air trapping shown in Fig. 2 processes table；

Air trapping shown in Fig. 4 Fig. 2 processes the top view of the desktop of table；

Air trapping shown in Fig. 5 Fig. 2 processes the axonometric chart after the desktop expansion of table；

Fig. 6 is the sectional view of the desk body that the air trapping shown in Fig. 2 processes table；

Fig. 7 is the cross-sectional layers structural representation of the air-breathing processing meanss of desktop bottom shown in Fig. 6；

Fig. 8 is the axonometric chart of the air-treatment tubular construction of air treatment equipment system shown in Fig. 1；

Fig. 9 is the axonometric chart of the air-treatment box structure of air treatment equipment system shown in Fig. 1；

Figure 10 is the schematic diagram of Rotating fields first better embodiment in the air-treatment box structure shown in Fig. 9；

Figure 11 is the schematic cross-section of this utility model the second preferred embodiment air-treatment box structure；

Figure 12 is the schematic top plan view of the air-treatment box structure shown in Figure 11；

Figure 13 is the schematic diagram along A-A direction for the air-treatment box structure shown in Figure 11；

Figure 14 is the schematic diagram along B-B direction for the air-treatment box structure shown in Figure 11；

Figure 15 is that the air-treatment box structure shown in Figure 11 is equipped with schematic cross-section during nutrition liquid status；

Figure 16 is the schematic cross-section of this utility model the 3rd preferred embodiment air-treatment box structure；

Figure 17 is the schematic diagram along C-C direction for the air-treatment box structure shown in Figure 16.

Specific embodiment

It is the technical scheme reached predetermined technique purpose and taken to elaborate this utility model, will tie below Close the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment be clearly and completely described, Obviously, described embodiment is only section Example of the present utility model, rather than whole embodiments, and, not On the premise of paying creative work, the technological means in embodiment of the present utility model or technical characteristic can be replaced, below To describe this utility model in detail by refer to the attached drawing and in conjunction with the embodiments.

Refer to Fig. 1, a kind of VOC air treatment equipment system for production line, positioned at the one of flowing water conveyer belt 200 Side.VOC air treatment equipment system includes some air trappings and processes table 10, some air-treatment pipes 20 and air-treatment case 30.Some air trappings process the side that table 10 is arranged on flowing water conveyer belt 200, carry out first order process to the air collected, Air-treatment pipe 20 connects air trapping and processes table 10, imports the air after air trapping process table 10 is processed and carries out at the second level Reason, and the air after two stage treatment is sent to air-treatment case 30, carry out third level process.

Refer to Fig. 2, Fig. 3, air trapping processes table 10 and includes desk body 11, gas skirt 12 and air-breathing processing meanss 13. Desk body 11 includes bracing frame 111, the table 112 being arranged on bracing frame 111 and the inducing QI bucket being arranged on table 112 bottom 113.The crossbeam 115 that bracing frame 111 includes some support bars 114 and is connected to support bar 114 top two-by-two.The present embodiment In, desk body 11 is tetragon desk body, and support bar 114 and crossbeam 115 are four.Table 112 is carried on crossbeam 115, table On plate 112 top surface, neighbouring both sides are relatively formed with processing district 116.In the present embodiment, processing district 116 is recessed square recessed Groove.Table 112 top surface offers some getter holes 117, the space that the inducing QI bucket 113 of getter hole 117 and table 112 bottom surrounds Connection.

Please refer to Fig. 4, some getter holes 117 are avoided described processing district 116 and opened up and around described processing district 116, The plate face of table 112 is in I-shaped is distributed.Further, getter hole 117 size is from two processing districts 116 are isolated Heart line position tapers into neighbouring corresponding processing district 116 edge, getter hole 117 size from away from processing district 116 two ends Taper into neighbouring corresponding processing district 116 size, be distributed by such, the gas being more beneficial for table 112 top is abundant Absorb.

Refer to Fig. 5, Fig. 6, table 112 is oppositely arranged plate body composition for two, each plate body is hinged on horizontal stroke by loose-leaf On beam 115, can relatively open, so be easy to air-breathing processing meanss 13 part and be attached in inducing QI bucket 113.Inducing QI bucket 113 is in Pyramid shape barrel structure, the top of inducing QI bucket 113 is fixed in the tetragon frame that crossbeam 115 surrounds, the top of inducing QI bucket 113 What relatively crossbeam 115 protruded out preset length protrudes out edge 118, plate body has been correspondingly formed and has protruded out edge 118 and mutually seal cooperation Engaging edge so that inducing QI bucket cover close after end sealing with inducing QI bucket 113, prevent the air sucking inducing QI bucket 113 from revealing.Lead The top middle portion of gas bucket 113 is formed with two support beams 119, for supporting the plate body after covering.Further, inducing QI bucket 113 Some support blocks 110 are provided with internal perisporium, for assisting support beam 119 together to support the plate body after covering.

Described gas skirt 12 in order to be located on table 112, gas skirt 12 offer relative and with described processing district 116 The corresponding gathering hole in position 121.In the present embodiment, the rectangular cover that gas skirt 12 is made for transparent material.For the ease of gas skirt 12 on table 112 cooperation position accurately, be respectively arranged with locating piece 1121 at the corner on table 112, for gas collection The corner cooperation of cover 12.Additionally, gas skirt 12 also may be designed as two half relative case compositions, each half case is respectively articulated with On crossbeam 115.

Refer to Fig. 6 and Fig. 7, air-breathing processing meanss 13 are arranged on inducing QI bucket 113 outlet at bottom end, air-breathing processing meanss 13 Including multistage filtering assembly 131 and suction fan 132, multistage filtering assembly 131 include dust layer 133, adsorption layer 134 and Cracking Rotating fields 135.Dust layer 133 is arranged on the port of export of inducing QI bucket 113, in order to by granule mistake larger for the particle diameters such as dust Filter.Adsorption layer 134 is arranged on below dust layer 133, predominantly activated carbon material, by activated carbon physical absorption VOC gas. Cracking Rotating fields 135 are arranged on below adsorption layer 134, and in order to crack to VOC gas, cracking Rotating fields 135 include being catalyzed lamp 1351 and be arranged on catalysis lamp 1351 both sides catalysis stratum reticulare 1352, catalysis stratum reticulare 1352 on be formed with cracking and catalyzing enzyme, such as receive Rice peptide etc., can act on VOC is gas cracking under the exciting of catalysis lamp 1351, that is, carry out chemolysis.Suction fan 132 sets Put the lower section in multistage filtering assembly 131, by suction fan 132 air-breathing, table 112 top is located in gas skirt 12 Air is fully absorbed in inducing QI bucket 113, then imports after multistage filtering assembly 131 is processed from suction fan through inducing QI bucket 113 132 air outlets are discharged.

Further, air trapping process table 10 also includes intelligent checking system, and intelligent checking system includes display 141 And air detection instrument (not shown), display 141 is arranged on table 112 surface, and operator can be with direct viewing to display Parameter value, parameter value includes concentration, temperature and suction fan power etc., and air detection instrument is arranged on air-breathing processing meanss 13 and goes out Mouth end, the related parameter values of VOC gas after being processed with real-time detection, and show in display in real time.

During operator's production operation, open described suction fan 132, extraneous air is from the gathering hole of gas skirt 12 both sides Enter at 121, will not be shed from gathering hole 121 by the material or workpiece volatilization VOC air above table 112 and pollute sky Gas, VOC air can be inhaled into, and the air stream entering at two gathering holes 121 is collided, and the air stream collided can flow to two ends Dynamic, flow at the two ends of desk body 11, open heavy caliber by the getter hole 117 in the wide-bore footpath in centerline and at two ends Hole, can suck main air flow to form negative pressure in gas skirt 12 along speed ground, so, can fully take away volatilization in collection along speed VOC gas in gas hood 12, therefore, by being I shape and suction hole varying aperture direction by air-breathing hole arrangement, well Using air flow principle, realize quickly fully sucking the VOC in gas skirt 12, and suction fan 132 can be reduced Working power, effectively saved the energy.

In conjunction with refering to Fig. 1 and Fig. 8, air-treatment pipe 20 includes pipe box 21 and the air-treatment knot being arranged on pipe box in 21 Structure 22.Air-treatment structure 22 includes hurricane band 221 and fluorescent tube 222.The diameter of hurricane band 221 entirety and the internal diameter of pipe box 21 Quite, hurricane band 221 helically extends in pipe box 21, and hurricane band 221 center is surrounded by axis through-hole, the band of hurricane band 221 Light enzyme catalyst (not shown) is coated with face, can in the presence of illumination catalytic decomposition gas.Fluorescent tube 222 is arranged on spiral In axis through-hole with 221 centers, fluorescent tube 222 can adopt ultraviolet lamp tube, excites the catalysis on hurricane band 221 zone face by illumination Agent.It is preferred that being provided with the hurricane band 221 of a plurality of cooperation that is interweaved in pipe box 21 and forming axis through-hole.

Air-treatment pipe 20 is some, and pore size can be different.In this utility model preferred embodiment, if dry air The pipe frame structure of processing tube 20 composition, including house steward 23, some arms 24 on house steward 23 for the connection, and is connected to house steward 23 On in order to by house steward 23 gas import air-treatment case 30 collecting pipe 25.Each arm 24 connects each air trapping respectively Process suction fan 132 air outlet of table 10.So, process the VOC air after table 10 collection is processed through inhaling through air trapping Gas blower fan 132 suction manifold 24, enter into house steward 23 from arm 24 again, then enter into collecting pipe 25 from house steward 23, enter into sky Gas disposal case 30, so, VOC air is processed with the long second level through the long path being carried out by air-treatment pipe 20, can Preferably the VOC air not eliminated completely in air trapping process table 10 is processed further.

Refer to Fig. 9, Figure 10, the aerofluxuss that air-treatment case 30 includes air-washer 31 and is arranged on air-washer 31 top Fan 32.Air-washer 31 includes casing 40, backflow clearing heat in QI system structure 50 and admission line 60.

The top of casing 40 has opening 41, is equipped with microbial nutrient solution in casing 40.During this is preferably implemented, casing 40 It is chosen as the rectangular box of hollow, including the first side wall 42 positioned at casing both sides and second sidewall 43, be located at casing top Roof 44 and the diapire 45 being located at box bottom.Air inlet pipe installing hole 421 is offered on the first side wall 42.Open up on roof 44 There is described opening 41.Outage 451 is offered on diapire 45.

Backflow clearing heat in QI system structure 50 be arranged in casing 40, backflow clearing heat in QI system structure 50 include a dividing plate 51, some aeroscopic plates 52, Microbial inoculant coating and microbial nutrition component.Casing 40 is divided into a backflow space 511 and a clearing heat in QI system space by dividing plate 51 512, dividing plate 51 both sides are solidly connected on the forward and backward end wall of casing in the present embodiment specifically, the bottom of dividing plate 51 and casing 40 There is between the inner surface of diapire certain gap, between dividing plate 51 and the first side wall 42, form backflow space 511, space of flowing back 511 gaps are less, for the liquid backflow box bottom of casing top.Form clearing heat in QI system space between dividing plate 51 and second sidewall 43 512, form air guide channel for assembling some aeroscopic plates 52.Aeroscopic plate 52 includes hang plate 521 and horizontal plate 522, hang plate 521 relatively install in the relative the first side wall in clearing heat in QI system space 42, second sidewall 43 two-by-two, in " eight " font, horizontal plate 522 It is arranged on the top of two hang plates 521, block in the open top end of "eight" shape and has certain height with this opening Distance.The two ends of horizontal plate are attached on the forward and backward end wall of clearing heat in QI system space internal box.Hang plate 521 is in clearing heat in QI system space 512 Install step by step from bottom to up, and be provided with a horizontal plate 522 above the hang plate 521 of every a pair of formation "eight" shape.As This, form, in the both sides in clearing heat in QI system space 512, the air guide channel prolonging in two complications.

Bottom in clearing heat in QI system space 512 arranges the bottom that a deflector 523 is vertically connected to dividing plate 51, deflector 523 Form an air inlet honeycomb duct 524 and the diapire of casing 40 between, and formed between the end of deflector 523 and second sidewall 53 There is gap, conductance runner 524 is connected with air guide channel.When VOC gas imports in casing 40, introduce casing 40 inner bottom part VOC gas flows into the bottom space of two hang plates 521 forming "eight" shape along air inlet honeycomb duct 524, and gas is along two inclinations The bottom surface of plate 521 flows up, and the open top being then passed through "eight" shape flows to the bottom of horizontal plate 522, and gas is along water The bottom of flat board 522 is divided into two bursts of both sides flowings to clearing heat in QI system space 512, subsequently into two inclinations to upper level "eight" shape The bottom space of plate 521, so flows up step by step, until after the bottom of the horizontal plate 522 of top divides two plumes to go out, The opening 41 from casing 40 top for the gas flows out.Between hang plate 521 and horizontal plane formed the gradient select 10 degree to 45 degree it Between, preferably it is chosen as 30 degree.When gas flows in air guide channel, can drive simultaneously nutritional solution in clearing heat in QI system space 512 from Flowing to top in bottom, and flows back in backflow space 511 from the top in clearing heat in QI system space 512, and nutritional solution is entered by space 511 of flowing back Enter to air inlet honeycomb duct 524, flow back into bottom in clearing heat in QI system space 512, so circulate.

Microbial inoculant coating is coated on the bottom surface of aeroscopic plate, for forming microorganism in aeroscopic plate bottom surface microbe inoculation Group's layer.Microbial inoculant coating main component is to be made up of the prokaryote of symbiosiss with biting VOC funguses and part, according to The gas ingredients of different polluter allocate composition by a certain percentage, and this utility model microbial inoculant coating mainly adopts composite carbon Base nanometer bed (coating).Because VOC gas density is relatively low, it is introduced into VOC gas rising edge inducing QI in nutritional solution of box bottom The bottom surface of plate is moved, and flows into the bottom surface of horizontal plate 522 from hang plate 521 bottom surface, then moves along horizontal plate 522 bottom surface, Subsequently into the bottom surface of last layer hang plate 521, so, VOC gas flows along aeroscopic plate 52 bottom surface all the time.

Microbial nutrition component is arranged on the top surface of aeroscopic plate 52, for providing to the microorganism in microbial inoculant coating Nutrient, for microbial reproduction, culture.Contain trace mineral, saccharide in microbial nutrition component and be used for stable and accelerate micro- The enzyme preparation of biome metabolism, VOC is considered as the nutriment of microorganism.Nutrient solution prescription can be directly placed at inducing QI top of the plate Face, or inducing QI plate top surface setting accommodating device, such as grid or test tube, are respectively implanted microbial nutrition group toward in accommodating device Point.

Admission line 60 is arranged on the first side wall 42 of casing 40, and one end of admission line 60 is with extraneous suction nozzle even Connect, the other end stretches in casing and extends backflow clearing heat in QI system structure 50 bottom, connects with air inlet honeycomb duct 524.

During using air-treatment box structure, accommodating height in casing 40 for the microbial nutrient solution is backflow clearing heat in QI system structure At 2/3 position of height.VOC air is directed into by air guide channel by admission line 60, VOC air contact aeroscopic plate bottom surface The VOC of in the air is bitten by microorganism and removes by coating, and VOC air driven microbial nutrient solution flows along air guide channel, battalion Nutrient solution flows back to box bottom so that nutritional solution is in casing internal circulation flow through backflow space.The detailed process of nutritional solution effect For nutritional solution occurs activation activation with the microorganism of attachment, jointly produces the cracking effect to VOC, after VOC cracking, molten Liquid is lysate, after Preset Time, when splitting action declines or can not act on, by outage 451 waste discharge.

Exhaust fan 32 is arranged on opening 41 position of air-treatment box structure, in order to the air row that will discharge from opening 41 Go out, exhaust fan 32 includes exhaustor.Further, in exhaustor, air detection instrument is installed, is processed through air trapping with detecting The VOC content of the air after table 10, air-treatment pipe 20 and air-treatment case 30 process, real-time detection simultaneously shows inspection in real time The various data surveyed, realize to air treatment equipment system real-time control and in time feedback Detection results.

Refer to Figure 11,12, this utility model is used for the air-treatment case of VOC air treatment equipment system of production line Second preferred embodiment, including casing 70, backflow clearing heat in QI system structure 80 and admission line 90.

The top of casing 70 is formed with opening 71, is equipped with microbial nutrient solution in casing 70.During this is preferably implemented, casing 70 rectangular box being chosen as hollow, including the first side wall 72 positioned at casing both sides and second sidewall 73, are located at casing top Roof 74 and be located at box bottom diapire 75.Air inlet pipe installing hole 721 is offered on the first side wall 72.Open on roof 74 It is provided with described opening 71.Outage 751 is offered on diapire 75.

Backflow clearing heat in QI system structure 80 be arranged in casing 70, backflow clearing heat in QI system structure 80 include a dividing plate 81, some aeroscopic plates 82, Microbial inoculant coating and microbial nutrition component.

Please refer to Figure 13, Figure 14, casing 70 is divided into a backflow space 811 and a clearing heat in QI system space 812 by dividing plate 81, In the present embodiment specifically, dividing plate 81 both sides are solidly connected on the forward and backward end wall of casing, the diapire of the bottom of dividing plate 81 and casing 70 Inner surface between there is certain gap, between dividing plate 81 and the first side wall 72 formed backflow space 811, flow back space 811 Gap is less, for the liquid backflow box bottom of casing top.Form clearing heat in QI system space between dividing plate 81 and second sidewall 73 812, form air guide channel for assembling some aeroscopic plates 82.

Some aeroscopic plates 82 are alternately installed on the relative side wall in 812 liang of clearing heat in QI system space and aeroscopic plate 82 is with respect to itself and side wall The one end connecting is inclined upwardly default angle, so forms, in clearing heat in QI system space, the air guide channel prolonging in complications.This enforcement In example, aeroscopic plate 82 is rectangular slab, and aeroscopic plate 82 can be divided into some first aeroscopic plates being abreast fixed on dividing plate 81, and flat It is fixed in some second aeroscopic plates in second sidewall 73, the first aeroscopic plate is arranged alternately with the second aeroscopic plate capablely, specifically, One end of first aeroscopic plate is solidly connected on dividing plate 81, and the other end extends to second sidewall 73 and to the default angle of updip, and first The other end of aeroscopic plate is not connected to second sidewall 73, forms the first ventilative gap 821 and second sidewall 73 between；Accordingly, One end of second aeroscopic plate is solidly connected in second sidewall 73 and is located at the default height in the first ventilative gap 821 top, and second leads The other end of gas plate extends to dividing plate 81 and to the default angle of updip, and the other end of the second aeroscopic plate is not connected to dividing plate 81, Form the second ventilative gap 822 and dividing plate 81 between.According to above-mentioned mounting means, alternately successively aeroscopic plate is installed, and inducing QI The front and rear sides of plate is respectively fixed on the forward and backward end wall of casing, so, described air guide channel will be formed it is illustrated that in, introduce The VOC gas of box bottom, along the first aeroscopic plate bottom surface channel flow, flows into the second inducing QI after the first air-guiding gap 221 Plate bottom surface passage, flows into the bottom surface passage of the first aeroscopic plate of last layer after the second air-guiding gap 222.So, guide VOC Gas flows along air guide channel, so that the gas of introducing is dissipated at the opening 71 of casing after air guide channel from the bottom of casing Go out.It is appreciated that the gradient that the first aeroscopic plate updip or the second aeroscopic plate updip are formed may be the same or different, the gradient selects 10 Spend between 45 degree, be preferably chosen as 30 degree.Between first aeroscopic plate end and second sidewall 73 first ventilative gap 821 and second the second ventilative gaps 822 between aeroscopic plate end and dividing plate 81 may be the same or different, it is preferred that electing as identical.

When VOC gas flows in air guide channel, the nutritional solution in casing can be driven to flow to backflow clearing heat in QI system structure simultaneously Top, for the ease of nutritional solution in top landing to space 811 of flowing back, the aeroscopic plate of top is set to be connected with dividing plate 81 The first aeroscopic plate, so, the top surface of the first aeroscopic plate of top forms one and is easy to the domatic, for nutrition of nutritional solution downslide Liquid is along the first inducing QI plate top surface landing to space 811 of flowing back.If the aeroscopic plate of top is set to be connected with second sidewall 31 Second aeroscopic plate, then the nutritional solution being not easy to flow out from air guide channel circulates glibly, steady to the stress of whole casing Property is impacted.Additionally, being discharged by gas surge for the ease of air guide channel end, the ventilative gap of least significant end is (corresponding Ventilative gap between top first aeroscopic plate and second sidewall 73) gap width be more than lowermost end air inlet when ventilative gap (the ventilative gap between corresponding lowermost end first aeroscopic plate and second sidewall 73).

Further, so that the impact dynamic balance to casing both sides for the gas gone out from air guide channel, this practicality is new Type also provides a kind of backflow clearing heat in QI system structure strengthening balance-impact power.Refer to Figure 16, Figure 17, in corresponding top first inducing QI A feeder current pipe 85 is installed in the lower section in the ventilative gap between plate and second sidewall 73, and feeder current pipe 85 is communicated to the bottom in casing, So, when nutritional solution is gone out from air guide channel end for gas, a nutritional solution part is by flowing through from the first aeroscopic plate top side To casing inner bottom part, another part directly flows back to the bottom of casing by feeder current pipe 85, so, can strengthen case in backflow space 811 The balance of body both sides stress.In the present embodiment, feeder current pipe 85, using straight-through pipe, can be one or side by side some, Each feeder current pipe 85 penetrates some aeroscopic plates and connects the bottom to casing.

Microbial inoculant coating is coated on the bottom surface of aeroscopic plate, and microbial nutrition component is arranged on the top surface of aeroscopic plate. VOC gas flows into the bottom surface of the second aeroscopic plate after the first air-guiding gap 221 from the first aeroscopic plate bottom surface, then along second Aeroscopic plate bottom surface is moved, and enters the bottom surface of last layer first aeroscopic plate, VOC gas edge all the time after the second air-guiding gap 222 Flow in aeroscopic plate bottom surface.Admission line 90 is arranged on the first side wall of casing, and one end of air inlet pipe 30 is with extraneous suction nozzle even Connect, the other end stretches in casing and extends the lower section of the aeroscopic plate of backflow clearing heat in QI system structure 80 bottom, connects with air guide channel.

Refer to Figure 15, using the second preferred embodiment air-treatment case when, microbial nutrient solution is in casing 70 Accommodating height is at 2/3 position of backflow clearing heat in QI system structure height.VOC air is directed into by air guide channel by admission line 90, The VOC of in the air is bitten by microorganism and removes by the coating of VOC air contact aeroscopic plate bottom surface, and VOC air driven microorganism Nutritional solution flows along air guide channel, and through backflow space and feeder current pipe 85 flows back to box bottom so that nutritional solution exists for nutritional solution Casing internal circulation flow.

Further, in the top of backflow clearing heat in QI system structure 80, a VOC adsorption plate can be installed in casing, to strengthen to VOC Removal.

This utility model VOC air treatment equipment system includes air trapping and processes table 10 processing, at air-treatment pipe 20 The process of three processes of reason and air-treatment case 30 process, air trapping processes table 10 and is processed as physical absorption combinationization Learn photocatalysis treatment, air-treatment pipe 20 is chemical photocatalysis treatment, and air-treatment case 30 is biological technical finesse, according to production Requirement to VOC composition of air or degree for the treatment of on line, may be selected the combination merely through a process or arbitrarily several process, such as Can be that single air trapping process table 10 is processed, single air-treatment pipe 20 is processed, at single air-treatment case 30 Reason, or air trapping processes table 10 and combines with air-treatment pipe 20 process, or air trapping process table 10, air-treatment pipe 20 and air-treatment case 30 three combine process.

Additionally, air-treatment box structure provides the technology path that a brand-new VOC is processed, using through preferably and tame and docile The microorganism species changed and a special backflow clearing heat in QI system structure containing microbial lytic liquid with folding labyrinth-like, protect Card organic exhaust gas can be fully contacted with the lysate containing microorganism, thus thoroughly decompose having an opportunity becoming harmless two Carbonoxide and water, clearance can reach more than 98% it is possible in the case of not updating lysate, keep sending out in 3 months Wave effect.Organic exhaust gas on-Line Monitor Device, energy are installed by the organic exhaust gas inlet and outlet in air-treatment box structure Enough it is directly observed changing value before improvement and after improvement for the organic exhaust gas, and long-range prison is uploaded to by wired or wireless way Control platform.Check treatment effect for administration section, provide reliable data to support.VOC's after synchronization monitoring before processing Emissions data, and upload to data center and analyzed, thus realizing air large database concept, realizes discharge charge and empty for supervision Gas regulation provides foundation.The system operation costs are very low, generally only tens watts of power consumption, the replacement cycle of lysate More than 3 months, and low cost, overall cost is the 1/3 of existing processing meanss, and management service is very easy.

The above, be only preferred embodiment of the present utility model, not this utility model is made any formal Restriction although this utility model is disclosed above with preferred embodiment, but be not limited to this utility model, any ripe Know professional and technical personnel, in the range of without departing from technical solutions of the utility model, when in the technology of available the disclosure above Hold and make a little Equivalent embodiments changing or be modified to equivalent variations, as long as being without departing from technical solutions of the utility model Hold, according to technical spirit of the present utility model, within spirit of the present utility model and principle, what above example was made appoints What simple modification, equivalent and improvement etc., all still fall within the protection domain of technical solutions of the utility model.

Claims (10)

1. a kind of air trapping processes table, including desk body (11), gas skirt (12) and air-breathing processing meanss (13), desk body (11) Including table (112) and the inducing QI bucket (113) that is connected to table (112) bottom, table (112) top surface is relatively formed with plus Work area (116), table (112) top surface is offered some getter holes (117) and is connected with the inducing QI bucket (113) of bottom, described collection Gas hood (12) is located on table (112), and gas skirt (12) offers relative and corresponding with described processing district (116) position Gathering hole (121), air-breathing processing meanss (13) are arranged on inducing QI bucket (113) outlet at bottom end so that being located above table (112) Air in gas skirt (12) sucks from getter hole (117) and discharges after processing through air-breathing processing meanss (13).

2. air trapping according to claim 1 process table it is characterised in that：Some described getter holes (117) are avoided simultaneously Open up around described processing district (116), the plate face of table (112) is in I-shaped is distributed, getter hole (117) size is from two The position of center line that processing district (116) is isolated tapers into neighbouring corresponding processing district (116) edge, getter hole (117) Size from away from processing district (116) two ends taper into neighbouring corresponding processing district (116) size.

3. air trapping according to claim 1 process table it is characterised in that：Described desk body (11) is included for support desk The bracing frame (111) of plate (112), bracing frame (111) includes some support bars (114) and is connected to support bar (114) two-by-two The crossbeam (115) on top, table (112) is oppositely arranged plate body composition for two, and each plate body is hinged on crossbeam by loose-leaf (115) on.

4. air trapping according to claim 3 process table it is characterised in that：The top of described inducing QI bucket (113) is affixed In the frame that crossbeam (115) surrounds, the top of inducing QI bucket (113) protrudes out edge relative to what crossbeam (115) protruded out preset length (118), described plate body is correspondingly formed and the engaging edge protruding out edge (118) and mutually sealing cooperation.

5. air trapping according to claim 3 process table it is characterised in that：The top middle portion of described inducing QI bucket (113) It is formed with two support beams (119), the internal perisporium of inducing QI bucket (113) is provided with some support blocks (110), after covering for support Plate body.

6. air trapping according to claim 1 process table it is characterised in that：Described air-breathing processing meanss (13) include many Level filter assemblies (131) and suction fan (132), multistage filtering assembly (131) includes dust layer (133), adsorption layer (134) And cracking Rotating fields (135), suction fan (132) is arranged on the bottom of multistage filtering assembly (131) to provide air-breathing power.

7. air trapping according to claim 6 process table it is characterised in that：Described cracking Rotating fields (135) include urging The catalysis stratum reticulare (1352) changed lamp (1351) and be arranged on catalysis lamp (1351) both sides, catalysis stratum reticulare (1352) is formed with cracking Catalyzing enzyme.

8. air trapping according to claim 1 process table it is characterised in that：Described gas skirt (12) is translucent cover, table It is provided with locating piece (1121), for the base angle cooperation with gas skirt (12) at angle on plate (112).

9. air trapping according to claim 1 process table it is characterised in that：Including intelligent checking system, Intelligent Measurement System includes display (141) and air detection instrument, and display (141) is arranged on table (112) surface, and air detection instrument is pacified It is contained in the port of export of air-breathing processing meanss (13).

10. a kind of air treatment equipment system for production line it is characterised in that：Including described in any one of claim 1 to 9 Air trapping process table (10), some air-treatment pipes (20) and air-treatment case (30), some air trappings process tables (10) collect VOC air and first order process is carried out to the VOC air collected, air-treatment pipe (20) connects air trapping and processes Table (10), imports air trapping and processes the air after table (10) is processed and carry out second level process, and by the air after two stage treatment It is sent to air-treatment case (30), carry out third level process.