CN110500677A

CN110500677A - Air cleaning processing system

Info

Publication number: CN110500677A
Application number: CN201910685309.1A
Authority: CN
Inventors: 许敏
Original assignee: Wuxi Urban Design Institute Co Ltd
Current assignee: Wuxi Urban Design Institute Co Ltd
Priority date: 2019-07-27
Filing date: 2019-07-27
Publication date: 2019-11-26
Anticipated expiration: 2039-07-27
Also published as: CN110500677B

Abstract

The present invention relates to the technical fields of environment adjustment system, it is intended to provide a kind of air cleaning processing system, its key points of the technical solution are that including the first bottom plate, fresh wind tube, primary cloth envelop collector, mixed once case, intermediate cloth envelop collector, a surface air cooler, rotary dehumidifier, secondary mixing tank, secondary surface air cooler and air-exhausting duct；This air cleaning processing system can improve the environment in workshop, thus a possibility that quality for reducing product is affected.

Description

Air cleaning processing system

Technical field

The present invention relates to the technical field of environment adjustment system, in particular to a kind of air cleaning processing system.

Background technique

In precision manufactureing enterprise, workshop in process of production, can generate certain dust particle, while have certain production wet Amount, calorific value cause indoor environment poor, influence the quality of product.

Therefore, for this field, there is a kind of air cleaning processing system yet-to-be developed, the environment in workshop can be carried out Improve, reduces a possibility that quality of product is affected.

Summary of the invention

The object of the present invention is to provide a kind of air cleaning processing systems, can improve to the environment in workshop, thus A possibility that quality of reduction product is affected.

Above-mentioned technical purpose of the invention has the technical scheme that

A kind of air cleaning processing system, including the first bottom plate, fresh wind tube, primary cloth envelop collector, mixed once case, intermediate cloth Bag type filter, a surface air cooler, rotary dehumidifier, secondary mixing tank, secondary surface air cooler and air-exhausting duct, primary cloth envelop collector are set It sets on the first bottom plate, fresh wind tube is arranged at the air intake vent of primary cloth envelop collector, and mixed once case is arranged in the first bottom plate On, mixed once case is equipped with the first fresh air inlet, the first return air inlet and the first wind exhausting outlet, and primary cloth envelop collector goes out Air port is connected with the first fresh air inlet, and intermediate cloth envelop collector is arranged on the first bottom plate, the first wind exhausting outlet and intermediate cloth bag The air intake vent of filter is connected, and the first bottom plate is equipped with the first table ice chest, and one time surface air cooler is arranged in the first table ice chest, and first Table ice chest is equipped with the cold entrance of the first table and the cold outlet of the first table, the air outlet of intermediate cloth envelop collector and the cold entrance phase of the first table Even, rotary dehumidifier is arranged on the first bottom plate, and secondary mixing tank is arranged on the first bottom plate, and secondary mixing tank is equipped with second The dehumidifying outlet of fresh air inlet, the second return air inlet and the second wind exhausting outlet, rotary dehumidifier is connected with the second fresh air inlet, the One bottom plate is equipped with the second table ice chest, and secondary surface air cooler is arranged in the second table ice chest, and it is cold that the second table ice chest is equipped with the second table Entrance and the cold outlet of the second table, the second wind exhausting outlet are connected with the cold entrance of the second table, and the cold outlet of the second table is connected with air-exhausting duct.

By using above-mentioned technical proposal, outdoor fresh air is entered by fresh wind tube and carries out primary in primary cloth envelop collector It filters, the fresh air after primary filter enters in mixed once case, and indoor wind enters the first mixing by the first return air inlet It is mixed in case with fresh air, mixed wind passes through intermediate cloth envelop collector and is filtered again, and it is cold that the first table is entered back into after filtering It is cold by a surface air cooler progress table in case, it then dehumidifies by rotary dehumidifier, the atmosphere temperature rising after dehumidifying simultaneously enters two It in secondary mixing tank, then mixes with indoor wind, cools down subsequently into secondary surface air cooler is passed through in the second table ice chest, finally by air draft Pipe discharge, thus when indoor environment temperature maintain a relatively stable state, the environment in workshop is improved, the matter of product is reduced A possibility that amount is affected.

Further setting: the primary cloth envelop collector includes primary cabinet, primary ash bucket, primary blowing pipe, primary Blower and primary dust-removal cloth-bag, primary cabinet pass through primary supporting leg and are arranged on the first bottom plate, and primary ash bucket is connected to primary The bottom of box, primary ash bucket are equipped with primary discharge port, slidably connect on primary ash bucket for closing primary discharge port It is primary hide hawk, the demarcation plate for primary cabinet to be separated into air-purifying chamber and filter chamber, primary cloth are equipped in primary cabinet The air intake vent of bag type filter is arranged on primary cabinet and is connected to filter chamber, and demarcation plate is equipped with through-hole, and through hole is connected with cage Bone, primary dust-removal cloth-bag are set on cage bone and in filter chambers, and primary blower is arranged on primary cabinet and and air-purifying chamber Connection, the air outlet of primary blower are connected with the first fresh air inlet, and primary blowing pipe is arranged on primary cabinet and is in net gas Interior, the soot blowing hole of primary blowing pipe are additionally provided with the first vibration device, institute outside primary ash bucket towards the through-hole on demarcation plate The first vibration device is stated to include vibrating arm, tap bar and first motor, primary ash bucket is equipped with the first connection frame, vibrating arm with First connection frame rotation connection, tap bar one end setting on the vibration rod, first motor be arranged on primary ash bucket and with Vibrating arm linkage.

By using above-mentioned technical proposal, when being filtered to outdoor fresh air, start primary blower, fresh air passes through fresh air Pipe enters in filter chamber, and fresh air filters in filter chamber, and primary dust-removal cloth-bag is by the dust and contaminant filter in fresh air, mistake Fresh air after filter is entered in air-purifying chamber and is siphoned away by primary blower, is entered in mixed once case, to complete to fresh air Filtering；When handling the dust on primary dust-removal cloth-bag, gas is injected into primary blowing pipe, gas passes through primary blowing pipe Soot blowing hole is discharged and blows into primary dust-removal cloth-bag, the dust adhered on primary dust-removal cloth-bag is blown off, dust falls on primary and connects On ash bucket, primary screening hawk being slided, primary discharge port is exposed, the dust and impurity in primary ash bucket are discharged, and In discharge process, first motor positive and negative rotation is controlled, first motor drives vibrating arm rotation, and vibrating arm, which drives, taps bar rotation, strikes It hits bar to strike during rotation on primary ash bucket side wall, vibrates primary ash bucket, so that primary ash will be attached to Dust on bucket side wall vibrates, so as to dust preferably be handled, by the cleaner of dust processing.

Further setting: first motor is set as two, and first motor is slidably matched with primary ash bucket, in first motor Equipped with first bevel gear, the both ends of vibrating arm are equipped with second bevel gear, and first bevel gear is engaged with second bevel gear, and the first electricity It is fixed between machine and primary ash bucket by screw.

By using above-mentioned technical proposal, when in use, make first bevel gear and second bevel gear in a first motor It engages, the first bevel gear in another first motor is separated with second bevel gear, when the first motor of driving vibrating arm rotation When failure, the nut dismounting of fixed first motor is got off, pulls first motor, makes first motor far from vibrating arm, Second bevel gear is separated with the first bevel gear in the first motor of failure, then pushes another first motor, makes to connect First bevel gear in this first motor is engaged with second bevel gear, is being fixed on primary ash by screw first motor On bucket, start first motor, so as to continue to drive vibrating arm rotation.

Further setting: the first motor is equipped with the first base, and first base is equipped with the first T-slot, institute Primary ash bucket is stated equipped with the first T-bar, the first T-slot is slidably matched with the first T-bar.

By using above-mentioned technical proposal, in mobile first motor, the first T-slot is slided along the first T-bar, thus The moving direction of first motor is oriented to, first bevel gear in first motor is enable smoothly to nibble with second bevel gear It closes, and the cooperation of the first T-slot and the first T-bar can carry out Primary Location to first motor, it is connected with primary ash bucket It picks up and, avoid in the case where no screw is fixed, first motor is fallen down.

Further setting: the primary ash bucket is equipped with primary draw runner, and primary draw runner is equipped with primary sliding slot, and primary hides Hawk is slidably matched with primary sliding slot, and one end on primary sliding slot is equipped with kidney slot, and primary ash bucket is equipped with primary steady rest, Primary shaft is rotatably connected on primary steady rest, one end of primary shaft connects primary handle, and the other end connects cursor, institute It states cursor and is rotatably connected to movable pulley away from one end of primary shaft, the movable pulley is in kidney slot.

By using above-mentioned technical proposal, primary handle is rotated, primary handle drives primary shaft rotation, primary shaft band The rotation of turn swing arm, cursor moves movable pulley rotation, and movable pulley moves in kidney slot, so that the primary hawk that hides be driven to move It is dynamic, change the relative position between primary screening hawk and primary ash bucket, realizes the on and off of primary screening hawk.

Further setting: the middle rank cloth envelop collector includes intermediate cabinet, intermediate blowing pipe, intermediate ash bucket, middle rank Blower and intermediate dust-removal cloth-bag, intermediate cabinet are arranged on the first bottom plate by the second supporting leg, and intermediate ash bucket is connected to middle rank The bottom of box, intermediate ash bucket are equipped with intermediate discharge port, are removably connected on intermediate ash bucket for closing discharge port Middle rank hides hawk, and the demarcation plate for intermediate cabinet to be separated into air-purifying chamber and filter chamber, intermediate cloth bag are equipped in intermediate cabinet The air intake vent of filter is arranged on intermediate cabinet and is connected to filter chamber, and demarcation plate is equipped with through-hole, and through hole is connected with cage Bone, intermediate dust-removal cloth-bag are set on cage bone and in filter chambers, and intermediate blower is arranged on intermediate cabinet and and air-purifying chamber Connection, intermediate blowing pipe are arranged on intermediate cabinet and in air-purifying chambers, and the soot blowing hole of intermediate blowing pipe is towards on demarcation plate Through-hole, and the airing hole of intermediate dust-removal cloth-bag is less than the airing hole of primary dust-removal cloth-bag.

By using above-mentioned technical proposal, compared with primary cloth envelop collector, intermediate cloth envelop collector can be filtered out more Small dust and impurities, to further ensure the quality of indoor environment.

Further setting: being additionally provided with the second vibration device outside the middle rank ash bucket, the second vibration device includes second Motor, second base, driving gear, the first driven gear, the second driven gear, first connecting rod, second connecting rod, third connecting rod and Arm is tapped, the second base is arranged on intermediate ash bucket, and the second motor is arranged in second base, and driving gear setting exists On second motor, the first driven gear and the second driven gear are rotatablely connected with second base, and driving gear is driven with first Gear engagement, the first driven gear engages with the second driven gear, and the is all connected on the first driven gear and the second driven gear One end of one connecting rod, second connecting rod is hinged with first connecting rod, and the other end is hinged with third connecting rod, and third connecting rod deviates from second connecting rod One end and second base it is hinged, and second connecting rod connection third connecting rod one end be fixedly connected with percussion arm.

By using above-mentioned technical proposal, when processing is attached to the dust on intermediate ash bucket, start the second motor, the Two motors drive driving gear rotation, and rotate gear drives the first driven gear to engage during rotation, the first driven gear The second driven gear is driven to rotate during rotation, the first driven gear and the second driven gear drive corresponding first respectively Link rotatable, the positive and negative rotation of the second motor drive two first connecting rods to rotate towards direction close to each other or towards mutually deviating from Direction rotation, first connecting rod drive second connecting rod mobile during rotation, and third connecting rod is moved with the movement of second connecting rod It is dynamic, and second connecting rod drives in moving process and taps arm movement, makes to tap the intermediate ash bucket of arm touching, will be attached to middle rank and connect Dust on ash bucket taps, to handle the dust being attached on intermediate ash bucket.

Further setting: observation window is equipped on the middle rank ash bucket and primary ash bucket.

By using above-mentioned technical proposal, the setting of observation window can be to the dust in intermediate ash bucket and primary ash bucket Amount is observed, and when amount of dust is more, can be handled it, when amount of dust is less, be can choose and do not handle.

In conclusion the invention has the following advantages:

1, outdoor fresh air is entered by fresh wind tube carries out primary filter in primary cloth envelop collector, the fresh air after primary filter into Enter into mixed once case, indoor wind is entered in the first mixing tank by the first return air inlet and mixed with fresh air, mixed Wind passes through intermediate cloth envelop collector and is filtered again, enters back into after filtering and passes through a surface air cooler carry out table in the first table ice chest It is cold, it then dehumidifies by rotary dehumidifier, the atmosphere temperature rising after dehumidifying simultaneously enters in secondary mixing tank, then mixed with indoor wind Close, subsequently into the second table ice chest pass through secondary surface air cooler cool down, be discharged finally by air-exhausting duct, thus when indoor environment temperature Degree maintains a relatively stable state, and improves to the environment in workshop, reduces a possibility that quality of product is affected；

2, first motor positive and negative rotation is controlled, first motor drives vibrating arm rotation, and vibrating arm, which drives, taps bar rotation, taps bar and exists Impact vibrates primary ash bucket, so that primary ash bucket side wall will be attached on primary ash bucket side wall in rotation process On dust vibrate, so as to preferably handle dust, by the cleaner of dust processing；

3, compared with primary cloth envelop collector, intermediate cloth envelop collector can filter out smaller dust and impurities, thus into one Step ensure that the quality of indoor environment.

Detailed description of the invention

Fig. 1 is in the present embodiment for embodying structural schematic diagram of the invention；

Fig. 2 is in the present embodiment for embodying the structural schematic diagram of primary cloth envelop collector；

Fig. 3 is in the present embodiment for embodying the structural schematic diagram of positional relationship between demarcation plate and primary cabinet；

Fig. 4 is in the present embodiment for embodying the structural schematic diagram of the first vibration device；

Fig. 5 is in the present embodiment for embodying the structural schematic diagram of positional relationship between primary shaft and cursor；

Fig. 6 is in the present embodiment for embodying the structural schematic diagram of intermediate cloth envelop collector；

Fig. 7 is in the present embodiment for embodying the structural schematic diagram of intermediate dust-removal cloth-bag and intermediate cabinet；

Fig. 8 is in the present embodiment for embodying the structural schematic diagram of positional relationship between observation window and intermediate ash bucket；

Fig. 9 is in the present embodiment for embodying the structural representation of positional relationship between the first driven gear and the second driven gear Figure；

Figure 10 is in the present embodiment for embodying the structural schematic diagram of the second vibration device.

In figure, the 1, first bottom plate；2, fresh wind tube；3, primary cloth envelop collector；4, mixed once case；5, intermediate Bag filter Device；6, a surface air cooler；7, rotary dehumidifier；8, secondary mixing tank；9, secondary surface air cooler；10, air-exhausting duct；11, primary cabinet； 12, primary ash bucket；13, primary blower；14, primary dust-removal cloth-bag；15, primary supporting leg；16, observation window；17, demarcation plate；18, Air-purifying chamber；19, filter chamber；20, through-hole；21, cage bone；22, primary to hide hawk；23, primary sliding slot；24, kidney slot；25, primary Steady rest；26, primary shaft；27, primary handle；28, cursor；29, movable pulley；30, the first vibration device；31, vibrating arm； 32, bar is tapped；33, first motor；34, the first connection frame；35, the first base；36, the first T-slot；37, the first T-bar；38, First bevel gear；39, second bevel gear；40, the first blower；41, the first communicating pipe；42, intermediate cabinet；43, intermediate blowing pipe； 44, intermediate ash bucket；45, intermediate blower；46, intermediate dust-removal cloth-bag；47, the second supporting leg；48, middle rank hides hawk；49, wind is passed Pipe；50, the second vibration device；51, the second motor；52, second base；53, driving gear；54, the first driven gear；55, Two driven gears；56, first connecting rod；57, second connecting rod；58, third connecting rod；59, arm is tapped；60, transmission shaft；61, the first table Ice chest；62, the second communicating pipe；63, the second blower；64, the second table ice chest；65, primary blowing pipe；66, primary draw runner.

Specific embodiment

Below in conjunction with attached drawing, invention is further described in detail.

Embodiment: a kind of air cleaning processing system, as shown in Figure 1, including the first bottom plate 1, fresh wind tube 2, primary cloth bag It is filter 3, mixed once case 4, intermediate 5, surface air coolers 6 of cloth envelop collector, rotary dehumidifier 7, secondary mixing tank 8, secondary Surface air cooler 9 and air-exhausting duct 10.

As depicted in figs. 1 and 2, primary cloth envelop collector 3 is arranged on the first bottom plate 1, and fresh wind tube 2 is arranged in primary cloth bag At the air intake vent of filter 3, primary cloth envelop collector 3 includes primary cabinet 11, primary blowing pipe 65, primary ash bucket 12, just Grade blower 13 and primary dust-removal cloth-bag 14, primary cabinet 11 pass through primary supporting leg 15 and are arranged on the first bottom plate 1, primary ash bucket 12 are connected to primary 11 bottom of cabinet, and as shown in Figure 3 and Figure 4, primary ash bucket 12 is equipped with observation window 16, in primary cabinet 11 Equipped with the demarcation plate 17 for primary cabinet 11 to be separated into air-purifying chamber 18 and filter chamber 19, as shown in Figures 2 and 3, primary cloth The air intake vent of bag type filter 3 is arranged on primary cabinet 11 and is connected to filter chamber 19, and fresh wind tube 2 is connected and leads to primary cabinet 11 The air intake vent for crossing primary cloth envelop collector 3 is connected with filter chamber 19, and one end that fresh wind tube 2 deviates from primary cabinet 11 is in outside workshop Portion, demarcation plate 17 are equipped with through-hole 20 and cage bone 21, and primary dust-removal cloth-bag 14 is set on cage bone 21 and in filter chamber 19, Towards through-hole 20, primary blower 13 is arranged on primary cabinet 11 and is connected to air-purifying chamber 18 sack of primary dust-removal cloth-bag 14, Primary blowing pipe 65 is arranged on primary cabinet 11 and in air-purifying chamber 18, and the soot blowing hole of primary blowing pipe 65 is towards demarcation plate Through-hole 20 on 17.

As shown in Figure 4 and Figure 5, primary ash bucket 12 is equipped with primary discharge port, slidably connects on primary ash bucket 12 Hawk 22 is hidden for closing the primary of primary discharge port, primary ash bucket 12 is equipped with primary draw runner 66, sets on primary draw runner 66 There is primary sliding slot 23, primary hides hawk 22 and is slidably matched with primary sliding slot 23, and one end on primary sliding slot 23 is equipped with kidney slot 24, Primary ash bucket 12 is equipped with primary steady rest 25, is rotatably connected to primary shaft 26, primary shaft 26 on primary steady rest 25 One end connect primary handle 27, the other end connects cursor 28, and the cursor 28 deviates from one end rotation of primary shaft 26 It is connected with movable pulley 29, movable pulley 29 is in kidney slot 24.

As shown in Figure 4 and Figure 5, the first vibration device 30, the first vibration device 30 packet are additionally provided with outside primary ash bucket 12 It includes vibrating arm 31, tap bar 32 and first motor 33, primary ash bucket 12 is equipped with the first connection frame 34, vibrating arm 31 and first Connection frame 34 is rotatablely connected, and is tapped bar 32 and is set as three, and the one end for tapping bar 32 is arranged on vibrating arm 31, first motor 33 It is arranged on primary ash bucket 12 and links with vibrating arm 31, first motor 33 is set as two, and first motor 33 connects with primary Ash bucket 12 is slidably matched, and first motor 33 is equipped with the first base 35, and the first base 35 is equipped with the first T-slot 36, and primary connects Ash bucket 12 is equipped with the first T-bar 37, and the first T-slot 36 is slidably matched with the first T-bar 37, first motor 33 and primary ash It is fixed between bucket 12 by screw, screw is through the first base 35 and is screwed on primary ash bucket 12, sets in first motor 33 There is first bevel gear 38, the both ends of vibrating arm 31 are equipped with second bevel gear 39, and first bevel gear 38 is engaged with second bevel gear 39, When in use, a first motor 33 and vibrating arm 31 is made to link, first bevel gear 38 in another first motor 33 and the Two bevel gears 39 separation, by another first motor 33 as spare.

As depicted in figs. 1 and 2, mixed once case 4 is arranged on the first bottom plate 1, and mixed once case 4 is equipped with the first fresh air Entrance, the first return air inlet and the first wind exhausting outlet are equipped with the first blower 40, primary cloth envelop collector 3 at the first return air inlet On primary blower 13 air outlet and the first fresh air inlet by being connected the first communicating pipe 41.

As shown in Figure 6 and Figure 7, intermediate cloth envelop collector 5 is arranged on the first bottom plate 1, the first wind exhausting outlet and intermediate cloth The air intake vent of bag type filter 5 is connected, and intermediate cloth envelop collector 5 includes intermediate cabinet 42, intermediate blowing pipe 43, intermediate ash bucket 44, intermediate blower 45 and intermediate dust-removal cloth-bag 46, intermediate cabinet 42 are arranged on the first bottom plate 1 by the second supporting leg 47, middle rank Ash bucket 44 is connected to intermediate 42 bottom of cabinet, and as shown in Figure 7 and Figure 8, intermediate ash bucket 44 is equipped with observation window 16 and middle rank Discharge port hides hawk 48, intermediate case by the middle rank that screw is removably connected with for closing discharge port on intermediate ash bucket 44 The demarcation plate 17 for intermediate cabinet 42 to be separated into air-purifying chamber 18 and filter chamber 19, intermediate cloth envelop collector 5 are equipped in body 42 Air intake vent be arranged on intermediate cabinet 42 and with filter chamber 19 and be connected to, the first wind exhausting outlet enters with middle rank cloth envelop collector 5 Air port is connected to by passing air hose 49, and as shown in Figure 6 and Figure 7, demarcation plate 17 is equipped with through-hole 20 and cage bone 21, intermediate dust-removal cloth-bag 46 are set on cage bone 21 and are in filter chamber 19, and towards through-hole 20, intermediate blower 45 is set the sack of intermediate dust-removal cloth-bag 46 It sets on intermediate cabinet 42 and is connected to air-purifying chamber 18, intermediate blowing pipe 43 is arranged on intermediate cabinet 42 and is in air-purifying chamber 18 Interior, the soot blowing hole of intermediate blowing pipe 43 is towards the through-hole 20 on demarcation plate 17, as shown in Figure 2 and Figure 7, intermediate dust-removal cloth-bag 46 Airing hole is less than the airing hole (in the present embodiment, airing hole is not shown) of primary dust-removal cloth-bag 14, to improve filtering Effect.

As shown in Figure 9 and Figure 10, the second vibration device 50, the second vibration device 50 packet are additionally provided with outside intermediate ash bucket 44 Include the second motor 51, second base 52, driving gear 53, the first driven gear 54, the second driven gear 55, first connecting rod 56, Second connecting rod 57, third connecting rod 58 and percussion arm 59, second base 52 are arranged on intermediate ash bucket 44, the setting of the second motor 51 In second base 52, the output shaft of the second motor 51 runs through second base 52, and driving gear 53 is arranged on the second motor 51, First driven gear 54 and the second driven gear 55 are rotatablely connected by transmission shaft 60 and second base 52, driving gear 53 with The engagement of first driven gear 54, the first driven gear 54 engages with the second driven gear 55, the first driven gear 54 and second from Moving gear 55 is equal in magnitude, is all connected with first connecting rod 56, second connecting rod 57 on the first driven gear 54 and the second driven gear 55 One end and first connecting rod 56 it is hinged, the other end and third connecting rod 58 are hinged, and third connecting rod 58 deviates from one end of second connecting rod 57 It is hinged with second base 52, and one end of the connection third connecting rod 58 of second connecting rod 57 is fixedly connected and taps arm 59.

As shown in figures 1 to 6, the first bottom plate 1 is equipped with the first table ice chest 61, and a setting of surface air cooler 6 is cold in the first table In case 61, the first table ice chest 61 is equipped with the cold entrance of the first table and the cold outlet of the first table, and one time surface air cooler 6 is located in the horizontal direction Between the cold entrance of the first table and the cold outlet of the first table, the air outlet and first of the intermediate blower 45 on intermediate cloth envelop collector 5 The cold entrance of table is connected by the second communicating pipe 62, and rotary dehumidifier 7 is arranged on the first bottom plate 1, and the setting of secondary mixing tank 8 is the On one bottom plate 1, secondary mixing tank 8 is equipped with the second fresh air inlet, the second return air inlet and the second wind exhausting outlet, rotary dehumidifier 7 dehumidifying outlet is connected with the second fresh air inlet, and equipped with the second blower 63 at the second return air inlet, the first bottom plate 1 is equipped with the Two table ice chests 64, secondary surface air cooler are arranged in the second table ice chest 64, and the second table ice chest 64 is equipped with the cold entrance of the second table and the The cold outlet of two tables, secondary mixing tank 8 fit together with the second table ice chest 64, the second wind exhausting outlet and the cold entrance phase of the second table Even, the cold outlet of the second table is connected with air-exhausting duct 10.

Implementation process: outdoor fresh air is entered in the primary cabinet 11 of primary cloth envelop collector 3 by fresh wind tube 2, is started Primary blower 13, fresh air filter in filter chamber 19, and primary dust-removal cloth-bag 14 filters the dust and contaminant filter in fresh air Fresh air afterwards is entered in air-purifying chamber 18 and is siphoned away by primary blower 13, enters mixed once case 4 by the first communicating pipe 41 Interior, indoor wind is drawn into the first mixing tank by the first blower 40 to be mixed with fresh air, and mixed wind enters intermediate Bag filter It is filtered again in device 5, mixed the first wind exhausting outlet of wind isomorphism enters in intermediate cabinet 42, starts intermediate blower 45, mixed wind filters in filter chamber 19, and intermediate dust-removal cloth-bag 46 filters dust in mixed wind, filtered wind By entering the second communicating pipe in the first table ice chest 61, table is cold in the first table ice chest 61, then removes by rotary dehumidifier 7 Wet, the air after dehumidifying enters in secondary mixing tank 8, starts the second blower 63, indoor wind is drawn into the second mixing tank It mixes, cools down subsequently into secondary surface air cooler 9 is passed through in the second table ice chest 64, finally by air-exhausting duct 10 with the air after dehumidifying Discharge, thus when indoor environment temperature maintain a relatively stable state, the environment in workshop is improved, the quality of product is reduced A possibility that being affected.

This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this All by the protection of Patent Law in the scope of the claims of invention.

Claims

1. a kind of air cleaning processing system, it is characterised in that: including the first bottom plate (1), fresh wind tube (2), primary Bag filter Device (3), mixed once case (4), intermediate cloth envelop collector (5), a surface air cooler (6), rotary dehumidifier (7), secondary mixing tank (8), secondary surface air cooler (9) and air-exhausting duct (10), primary cloth envelop collector (3) are arranged on the first bottom plate (1), fresh wind tube (2) It is arranged at the air intake vent of primary cloth envelop collector (3), mixed once case (4) is arranged on the first bottom plate (1), mixed once case (4) be equipped with the first fresh air inlet, the first return air inlet and the first wind exhausting outlet, the air outlet of primary cloth envelop collector (3) with First fresh air inlet is connected, and intermediate cloth envelop collector (5) is arranged on the first bottom plate (1), the first wind exhausting outlet and intermediate cloth bag The air intake vent of filter (5) is connected, and the first bottom plate (1) is equipped with the first table ice chest (61), and one time surface air cooler (6) is arranged first In table ice chest (61), the first table ice chest (61) is equipped with the cold entrance of the first table and the cold outlet of the first table, intermediate cloth envelop collector (5) Air outlet be connected with the cold entrance of the first table, rotary dehumidifier (7) is arranged on the first bottom plate (1), the setting of secondary mixing tank (8) On the first bottom plate (1), secondary mixing tank (8) is equipped with the second fresh air inlet, the second return air inlet and the second wind exhausting outlet, turns The dehumidifying outlet of wheel dehumidifier (7) is connected with the second fresh air inlet, and the first bottom plate (1) is equipped with the second table ice chest (64), secondary Surface air cooler (9) setting is in the second table ice chest (64), and the second table ice chest (64) is equipped with the cold entrance of the second table and the second table is cold out Mouthful, the second wind exhausting outlet is connected with the cold entrance of the second table, and the cold outlet of the second table is connected with air-exhausting duct (10).

2. air cleaning processing system according to claim 1, it is characterised in that: the primary cloth envelop collector (3) is wrapped Primary cabinet (11), primary ash bucket (12), primary blowing pipe (65), primary blower (13) and primary dust-removal cloth-bag (14) are included, Primary cabinet (11) passes through primary supporting leg (15) and is arranged on the first bottom plate (1), and primary ash bucket (12) is connected to primary cabinet (11) bottom, primary ash bucket (12) are equipped with primary discharge port, slidably connect on primary ash bucket (12) for closing just The primary of grade discharge port hides hawk (22), is equipped in primary cabinet (11) for primary cabinet (11) to be separated into air-purifying chamber (18) It is arranged on primary cabinet (11) and is connected to the air intake vent of the demarcation plate (17) of filter chamber (19), primary cloth envelop collector (3) Filter chamber (19), demarcation plate (17) are equipped with through-hole (20), are connected with cage bone (21) at through-hole (20), primary dust-removal cloth-bag (14) It is set on cage bone (21) and interior in filter chamber (19), primary blower (13) is arranged on primary cabinet (11) and and air-purifying chamber (18) it is connected to, the air outlet of primary blower (13) is connected with the first fresh air inlet, and primary blowing pipe (65) is arranged in primary cabinet (11) on and in air-purifying chamber (18), the soot blowing hole of primary blowing pipe (65) is towards the through-hole (20) on demarcation plate (17), just It is additionally provided with the first vibration device (30) outside grade ash bucket (12), first vibration device (30) includes vibrating arm (31), strikes Bar (32) and first motor (33) are hit, primary ash bucket (12) is equipped with the first connection frame (34), and vibrating arm (31) connects with first Frame (34) rotation connection is connect, the one end for tapping bar (32) is arranged on vibrating arm (31), and first motor (33) setting connects in primary It links on ash bucket (12) and with vibrating arm (31).

3. air cleaning processing system according to claim 2, it is characterised in that: first motor (33) is set as two, First motor (33) is slidably matched with primary ash bucket (12), and first motor (33) is equipped with first bevel gear (38), vibrating arm (31) both ends are equipped with second bevel gear (39), and first bevel gear (38) is engaged with second bevel gear (39), and first motor (33) it is fixed between primary ash bucket (12) by screw.

4. air cleaning processing system according to claim 3, it is characterised in that: the first motor (33) is equipped with the One base (35), first base (35) are equipped with the first T-slot (36), and the primary ash bucket (12) is equipped with the first T Shape item (37), the first T-slot (36) are slidably matched with the first T-bar (37).

5. air cleaning processing system according to claim 2, it is characterised in that: the primary ash bucket (12) is equipped with Primary draw runner (66), primary draw runner (66) are equipped with primary sliding slot (23), and primary hides hawk (22) and primary sliding slot (23) is slided Cooperate, one end on primary sliding slot (23) is equipped with kidney slot (24), and primary ash bucket (12) is equipped with primary steady rest (25), just It is rotatably connected to primary shaft (26) on grade steady rest (25), one end of primary shaft (26) connects primary handle (27), another End connection cursor (28), one end that the cursor (28) deviates from primary shaft (26) are rotatably connected to movable pulley (29), institute Movable pulley (29) is stated to be in kidney slot (24).

6. air cleaning processing system according to claim 2, it is characterised in that: the middle rank cloth envelop collector (5) is wrapped Intermediate cabinet (42), intermediate blowing pipe (43), intermediate ash bucket (44), intermediate blower (45) and intermediate dust-removal cloth-bag (46) are included, Intermediate cabinet (42) is arranged on the first bottom plate (1) by the second supporting leg (47), and intermediate ash bucket (44) is connected to intermediate cabinet (42) bottom, intermediate ash bucket (44) are equipped with intermediate discharge port, are removably connected on intermediate ash bucket (44) for closing The middle rank of discharge port hides hawk (48), be equipped in intermediate cabinet (42) for by intermediate cabinet (42) be separated into air-purifying chamber (18) and The demarcation plate (17) of filter chamber (19), the air intake vent of intermediate cloth envelop collector (5) be arranged on intermediate cabinet (42) and with filtering Room (19) connection, demarcation plate (17) are equipped with through-hole (20), are connected with cage bone (21) at through-hole (20), intermediate dust-removal cloth-bag (46) It is set on cage bone (21) and interior in filter chamber (19), intermediate blower (45) is arranged on intermediate cabinet (42) and and air-purifying chamber (18) it is connected to, intermediate blowing pipe (43) is arranged on intermediate cabinet (42) and in air-purifying chamber (18), intermediate blowing pipe (43) Soot blowing hole towards the through-hole (20) on demarcation plate (17), and the airing hole of intermediate dust-removal cloth-bag (46) is less than primary dust removing cloth The airing hole of bag (14).

7. air cleaning processing system according to claim 6, it is characterised in that: outside the middle rank ash bucket (44) also Equipped with the second vibration device (50), the second vibration device (50) includes the second motor (51), second base (52), driving gear (53), the first driven gear (54), the second driven gear (55), first connecting rod (56), second connecting rod (57), third connecting rod (58) With percussion arm (59), the second base (52) is arranged on intermediate ash bucket (44), and the second motor (51) is arranged at the second bottom On seat (52), driving gear (53) is arranged on the second motor (51), the first driven gear (54) and the second driven gear (55) It is rotatablely connected with second base (52), driving gear (53) is engaged with the first driven gear (54), the first driven gear (54) It is engaged with the second driven gear (55), is all connected with first connecting rod on the first driven gear (54) and the second driven gear (55) (56), one end of second connecting rod (57) and first connecting rod (56) hingedly, the other end and third connecting rod (58) hingedly, third connecting rod (58) hingedly away from the one end of second connecting rod (57) and second base (52), and second connecting rod (57) connects third connecting rod (58) One end, which is fixedly connected, taps arm (59).

8. air cleaning processing system according to claim 6, it is characterised in that: the middle rank ash bucket (44) and primary Observation window (16) are equipped on ash bucket (12).