CN105032050B - A kind of noise reduction and controlled emission-control equipment - Google Patents
A kind of noise reduction and controlled emission-control equipment Download PDFInfo
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- CN105032050B CN105032050B CN201510462204.1A CN201510462204A CN105032050B CN 105032050 B CN105032050 B CN 105032050B CN 201510462204 A CN201510462204 A CN 201510462204A CN 105032050 B CN105032050 B CN 105032050B
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Abstract
nullA kind of noise reduction and controlled emission-control equipment (100)，For the waste gas of the process equipment (200) with multiple inter workstation (201) is processed，Wherein，Described process equipment (200) includes the most evenly distributed six inter workstation (201)，Each described inter workstation (201) is connected with the described emission-control equipment (100) being positioned at described process equipment (200) centre by connecting leg (202)，Thus the processing waste gas produced in described each described inter workstation (201) is sent in described emission-control equipment (100) to filter，Described emission-control equipment (100) includes bracing frame、Six the waste gas Filter column unit being arranged in support frame as described above、And bottom bracing frame place and be provided with the base circle plate (300) in order to the exhaust gas entrance pipeline (71) being connected by each described waste gas Filter column unit with described connecting leg (202).
Description
Technical field
The application relates to exhaust-gas treatment field, a kind of emission-control equipment for processing the waste gas with multiple inter workstation and noise reduction and controlled process equipment.
Background technology
In some have the process equipment of multiple inter workstation, such as in abrasive machining apparatus, generally require and processing generation is had the waste gas of granule process.In emission-control equipment, being often provided with neighbouring multiple chimney filter increases filter area to filter waste gas simultaneously.But, during long-term use, rows of chimney filter is less due to connected lateral extent adjacent to each other, the condition of its waste gas Filtration Adsorption from open wide before and after side different, so make chimney filter that the distribution band that adsorption effect is different occurs in circumferential direction.Simultaneously as long-term work, this filtering material reaches service life owing to being adsorbed with a large amount of dirt, and the replacing for filtering material is complicated, in most cases, the filtering material life-span to after date will whole defecator is discarded and the device that updates.Thereby result in waste.
Summary of the invention
It is an object of the present invention to provide a kind of noise reduction and controlled emission-control equipment, it can overcome drawbacks described above of the prior art.
nullA kind of noise reduction according to the present invention and controlled emission-control equipment，For the waste gas of the process equipment with multiple inter workstation is processed，Wherein，Described process equipment includes the most evenly distributed six inter workstation，Each described inter workstation is connected with the described emission-control equipment being positioned at described process equipment centre by connecting leg，Thus the processing waste gas produced in described each described inter workstation is sent in described emission-control equipment to filter，Described emission-control equipment includes bracing frame、Six the waste gas Filter column unit being arranged in support frame as described above、And bottom bracing frame place and be provided with the base circle plate in order to the exhaust gas entrance pipeline being connected correspondingly by each described waste gas Filter column unit with described connecting leg，Described waste gas Filter column unit includes filter core cylinder section、The spline section being fixedly and coaxially connected with described filter core cylinder section upper end and the thread section being fixedly and coaxially connected with described filter core cylinder section lower end，Wherein，Described filter core cylinder section includes along multiple fillter section unit that the distribution of its axis direction and the height on described axis direction are identical，Each fillter section unit is provided with in a circumferential direction at a distance of from 180oTwo breathability filter window and with said two breathability filter window respectively the most in a circumferential direction at a distance of 90oTwo air impermeability linkage sections, wherein, in two fillter section unit adjacent on described axis direction, upper fillter section unit breathability filter window with under the air impermeability linkage section of fillter section unit be directed in a circumferential direction or corresponding, wherein, each described waste gas Filter column unit is arranged in respective Filter column cover cylinder, described Filter column cover cylinder is provided with hollow out opening section and shielding section at each interval along its axis direction, wherein, described hollow out opening section is provided with in a circumferential direction at a distance of from 180onullFor exposing the hollow out opening of described breathability filter window，Described shielding section can shield fillter section unit aligned with it，Achieved a fixed connection by a plurality of horizontal connecting plate that is fixedly connected at described shielding section between the described Filter column cover cylinder of the plurality of fillter section unit and between described Filter column cover cylinder and support frame as described above thus each described Filter column cover cylinder is secured in place，The top of support frame as described above is provided with the multiple belt wheels being fixedly connected with splined sleeve being simultaneously connected with by motor to be driven through cog belt，Each described splined sleeve axially slidably engages with the spline section of corresponding waste gas Filter column unit，Described motor outside is provided with sound proof box，Described sound proof box inwall is pasted with one layer of noise reduction layer，Described noise reduction layer is arranged between described motor and described sound proof box and closely coupled，Described sound proof box can effectively reduce the noise produced when described motor runs，The upper end of described sound proof box is provided with electronic-controlled installation，Described electronic-controlled installation connects with described motor，Described electronic-controlled installation is in order to control to adjust the rotating speed of described motor，Multiple screw shells of described thread section threaded engagement with corresponding waste gas Filter column unit it are fixedly installed on the upper side wall of described base circle plate，Described exhaust gas entrance pipeline connect have through corresponding screw shell and with the endoporus slipper seal cooperation in corresponding thread section it is thus possible to multiple passage arms in inner passage waste gas being delivered in corresponding described waste gas Filter column unit；Thus, the vertical passageway from the outside of support frame as described above and from support frame as described above central authorities of the gas after filtration treatment can be discharged by described emission-control equipment；And, when described screw shell and the threaded engagement of described thread section make described motor drive the distance of described height that each described waste gas Filter column unit rises or falls described fillter section unit in the axial direction, each described waste gas Filter column unit rotational angle in the circumferential is n × 360o+90o, wherein n is natural number.
Pass through the present invention, owing to have employed the processing means of overall hexagonal cylinder, waste gas can be carried correspondingly and process, waste gas after process can be discharged by the outside of hexagon cylinder and be used for processing station, can utilize simultaneously and be positioned at the passage of described hexagon cylinder central authorities and discharge, it is possible to keep the internal and external pressure balance of process equipment, it is possible to the large quantity of air that equipment is extraneous is drawn into processing station and sentences holding malleation and air mass flow flowing；Airtight position that the transverse ribs that is secured in place by filtration body is connected with fixed enclosure is utilized to be provided with redundant filter material and store position, in this position, filtering material is capped and avoids blocked, when needing to remove the filtering material of this prepared portion, by the rotation with this filtration cylinder of threaded engagement, can shift up and down, thus the filtering material having adsorbed full dust is moved in slack storage position, and original unused filtering material in this storage position can remove entrance duty；And, by arranging this threaded engagement, it is possible to make in the transformation process of this displacement, this cylinder is rotated and misses 90o, position adjacent for each filtering material cylinder is changed；And by the periodicity of rotary motion, and multiple swing circle is set plus 90oRotation, it is possible to meet the needs of screw thread design.Whole device uses a driving motor to realize the rotation conversion of all cylinders, simplifies structure, reduces production cost.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the processing means of the present invention；
Fig. 2 is the schematic diagram of the waste gas Filter column unit in Fig. 1；
Fig. 3 is the schematic diagram of the Filter column cover cylinder in Fig. 1；
Fig. 4 is the material structure schematic diagram after the expansion of waste gas Filter column unit；
Fig. 5 is the cross-sectional view of the direction of arrow in Fig. 2；
Fig. 6 is whole process equipment and the overall structure schematic diagram of emission-control equipment of the present invention.
Detailed description of the invention
Below in conjunction with Fig. 1-6, the present invention is described in detail.
nullA kind of noise reduction according to embodiment and controlled emission-control equipment 100，For the waste gas of the process equipment 200 with multiple inter workstation 201 is processed，Wherein，Described process equipment 200 includes the most evenly distributed six inter workstation 201，Each described inter workstation 201 is connected with the described emission-control equipment 100 being positioned at described process equipment 200 centre by connecting leg 202，Thus the processing waste gas produced in described each described inter workstation 201 is sent in described emission-control equipment 100 to filter，Described emission-control equipment 100 includes bracing frame、Six the waste gas Filter column unit being arranged in support frame as described above、And bottom bracing frame place and be provided with the base circle plate 300 in order to the exhaust gas entrance pipeline 71 being connected correspondingly by each described waste gas Filter column unit with described connecting leg 202，Described waste gas Filter column unit includes filter core cylinder section 9、The spline section 94 being fixedly and coaxially connected with described filter core cylinder section 9 upper end and the thread section 93 being fixedly and coaxially connected with described filter core cylinder section 9 lower end，Wherein，Described filter core cylinder section 9 includes along multiple fillter section unit that the distribution of its axis direction and the height on described axis direction are identical，Each fillter section unit is provided with in a circumferential direction at a distance of from 180oTwo breathability filter window 91 and with said two breathability filter window respectively the most in a circumferential direction at a distance of 90oTwo air impermeability linkage sections 92, wherein, in two fillter section unit adjacent on described axis direction, upper fillter section unit breathability filter window 91 with under the air impermeability linkage section 92 of fillter section unit be directed in a circumferential direction or corresponding, wherein, each described waste gas Filter column unit is arranged in respective Filter column cover cylinder 8, described Filter column cover cylinder 8 is provided with hollow out opening section 81 and shielding section 82 at each interval along its axis direction, wherein, described hollow out opening section 81 is provided with in a circumferential direction at a distance of from 180onullFor exposing the hollow out opening of described breathability filter window 91，Described shielding section 82 can shield fillter section unit aligned with it，Achieved a fixed connection by a plurality of horizontal connecting plate 83 that is fixedly connected at described shielding section 82 between the described Filter column cover cylinder 8 of the plurality of fillter section unit and between described Filter column cover cylinder 8 and support frame as described above thus each described Filter column cover cylinder 8 is secured in place，The top of support frame as described above is provided with the multiple belt wheels 52 being fixedly connected with splined sleeve 521 being simultaneously connected with by motor 5 to be driven through cog belt 51，Each described splined sleeve 521 axially slidably engages with the spline section 94 of corresponding waste gas Filter column unit，Described motor 5 outside is provided with sound proof box 102，Described sound proof box 102 inwall is pasted with one layer of noise reduction layer 101，Described noise reduction layer 101 is arranged between described motor 5 and described sound proof box 102 and closely coupled，Described sound proof box 55 can effectively reduce the noise produced when described motor 5 runs，The upper end of described sound proof box 102 is provided with electronic-controlled installation 103，Described electronic-controlled installation 103 connects with described motor 5，Described electronic-controlled installation 103 is in order to control to adjust the rotating speed of described motor 5，Multiple screw shells 6 of described thread section 93 threaded engagement with corresponding waste gas Filter column unit it are fixedly installed on the upper side wall of described base circle plate 300，Described exhaust gas entrance pipeline 7 connect have through corresponding screw shell 6 and with the endoporus slipper seal cooperation in corresponding thread section 93 it is thus possible to multiple passage arms 711 in the inner passage 90 waste gas being delivered in corresponding described waste gas Filter column unit；Thus, the vertical passageway 150 from the outside of support frame as described above and from support frame as described above central authorities of the gas after filtration treatment can be discharged by described emission-control equipment 100；And, when described screw shell 6 and the threaded engagement of described thread section 93 make described motor 5 drive the distance of described height that each described waste gas Filter column unit rises or falls described fillter section unit in the axial direction, each described waste gas Filter column unit rotational angle in the circumferential is n × 360o+90o, wherein n is natural number.
Alternatively, n is more than 4.
Owing to have employed the processing means of overall hexagonal cylinder, waste gas can be carried correspondingly and process, waste gas after process can be discharged by the outside of hexagon cylinder and be used for processing station, can utilize simultaneously and be positioned at the passage of described hexagon cylinder central authorities and discharge, it is possible to keep the internal and external pressure balance of process equipment, it is possible to the large quantity of air that equipment is extraneous is drawn into processing station and sentences holding malleation and air mass flow flowing；Airtight position that the transverse ribs that is secured in place by filtration body is connected with fixed enclosure is utilized to be provided with redundant filter material and store position, in this position, filtering material is capped and avoids blocked, when needing to remove the filtering material of this prepared portion, by the rotation with this filtration cylinder of threaded engagement, can shift up and down, thus the filtering material having adsorbed full dust is moved in slack storage position, and original unused filtering material in this storage position can remove entrance duty；And, by arranging this threaded engagement, it is possible to make in the transformation process of this displacement, this cylinder is rotated and misses 90o, position adjacent for each filtering material cylinder is changed；And by the periodicity of rotary motion, and multiple swing circle is set plus 90oRotation, it is possible to meet the needs of screw thread design.Whole device uses a driving motor to realize the rotation conversion of all cylinders.
Various change can be made within the scope of the invention according to mode of operation.
Claims (1)
- null1. a noise reduction and controlled emission-control equipment (100)，For the waste gas of the process equipment (200) with multiple inter workstation (201) is processed，Wherein，Described process equipment (200) includes the most evenly distributed six inter workstation (201)，Each described inter workstation (201) is connected with the described emission-control equipment (100) being positioned at described process equipment (200) centre by connecting leg (202)，Thus the processing waste gas produced in described each described inter workstation (201) is sent in described emission-control equipment (100) to filter，Described emission-control equipment (100) includes bracing frame、Six the waste gas Filter column unit being arranged in support frame as described above、And bottom bracing frame place and be provided with the base circle plate (300) in order to the exhaust gas entrance pipeline (71) being connected correspondingly by each described waste gas Filter column unit with described connecting leg (202)，Described waste gas Filter column unit includes filter core cylinder section (9)、The spline section (94) being fixedly and coaxially connected with described filter core cylinder section (9) upper end and the thread section (93) being fixedly and coaxially connected with described filter core cylinder section (9) lower end，Wherein，Described filter core cylinder section (9) includes along multiple fillter section unit that the distribution of its axis direction and the height on described axis direction are identical，Each fillter section unit is provided with in a circumferential direction at a distance of from 180oTwo breathability filter window (91) and with said two breathability filter window respectively the most in a circumferential direction at a distance of 90oTwo air impermeability linkage sections (92), wherein, in two fillter section unit adjacent on described axis direction, upper fillter section unit breathability filter window (91) with under the air impermeability linkage section (92) of fillter section unit be directed in a circumferential direction or corresponding, wherein, each described waste gas Filter column unit is arranged in respective Filter column cover cylinder (8), described Filter column cover cylinder (8) is provided with hollow out opening section (81) and shielding section (82) at each interval along its axis direction, wherein, described hollow out opening section (81) is provided with in a circumferential direction at a distance of from 180onullBe used for exposing the hollow out opening of described breathability filter window (91)，Described shielding section (82) can shield fillter section unit aligned with it，Achieve a fixed connection by being fixedly connected on a plurality of horizontal connecting plate (83) at described shielding section (82) place between described Filter column cover cylinder (8) of the plurality of fillter section unit and between described Filter column cover cylinder (8) and support frame as described above thus each described Filter column cover cylinder (8) is secured in place，The top of support frame as described above is provided with the multiple belt wheels (52) being fixedly connected with splined sleeve (521) being simultaneously connected with by motor (5) to be driven through cog belt (51)，Each described splined sleeve (521) axially slidably engages with the spline section (94) of corresponding waste gas Filter column unit，Described motor (5) outside is provided with sound proof box (102)，Described sound proof box (102) inwall is pasted with one layer of noise reduction layer (101)，Described noise reduction layer (101) is arranged between described motor (5) and described sound proof box (102) and closely coupled，Described sound proof box (55) can effectively reduce the noise produced when described motor (5) runs，The upper end of described sound proof box (102) is provided with electronic-controlled installation (103)，Described electronic-controlled installation (103) connects with described motor (5)，Described electronic-controlled installation (103) is in order to control to adjust the rotating speed of described motor (5)，Multiple screw shells (6) of described thread section (93) threaded engagement with corresponding waste gas Filter column unit it are fixedly installed on the upper side wall of described base circle plate (300)，Described exhaust gas entrance pipeline (71) connect have through corresponding screw shell (6) and with the endoporus slipper seal cooperation in corresponding thread section (93) it is thus possible to multiple passage arms (711) in the inner passage (90) waste gas being delivered in corresponding described waste gas Filter column unit；Thus, the vertical passageway (150) from the outside of support frame as described above and from support frame as described above central authorities of the gas after filtration treatment can be discharged by described emission-control equipment (100)；And, when described screw shell (6) and the threaded engagement of described thread section (93) make described motor (5) drive the distance of described height that each described waste gas Filter column unit rises or falls described fillter section unit in the axial direction, each described waste gas Filter column unit rotational angle in the circumferential is n × 360o+90o, wherein n is natural number.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510462204.1A CN105032050B (en) | 2015-07-31 | 2015-07-31 | A kind of noise reduction and controlled emission-control equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510462204.1A CN105032050B (en) | 2015-07-31 | 2015-07-31 | A kind of noise reduction and controlled emission-control equipment |
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| CN105032050A CN105032050A (en) | 2015-11-11 |
| CN105032050B true CN105032050B (en) | 2016-08-31 |
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| BE526303A (en) * | 1954-02-06 | |||
| US6733574B2 (en) * | 2002-04-11 | 2004-05-11 | Deseret Laboratories, Inc. | Filter apparatus |
| US8167981B2 (en) * | 2009-04-21 | 2012-05-01 | Spx Corporation | Vacuum filter assembly |
| BR112014008610A2 (en) * | 2011-10-11 | 2017-04-18 | Amiad Water Systems Ltd | filtration system and transmission mechanism |
| CN104587765B (en) * | 2015-01-14 | 2016-08-24 | 威尔登环保设备（长沙）有限公司 | A kind of filter cylinder lowering or hoisting gear of cleaner unit |
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Effective date of registration: 20181227 Address after: 233010 Huayuan Commercial Building No.2, Yuhui District, Bengbu City, Anhui Province Patentee after: Bengbu Xinjue Intelligent Technology Co., Ltd. Address before: 362200 No. 101 Lai'aozhong District, Xiyuan Street, Jinjiang City, Quanzhou City, Fujian Province Patentee before: JINJIANG JINMEI COMMODITY CO., LTD. |
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Effective date of registration: 20190813 Address after: Room 107, Building No. 28, Hexili, Xiba, Chaoyang District, Beijing Patentee after: Li Qiannan Address before: 233010 Huayuan Commercial Building No.2, Yuhui District, Bengbu City, Anhui Province Patentee before: Bengbu Xinjue Intelligent Technology Co., Ltd. |
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Effective date of registration: 20191021 Address after: 315000 room 323, building 2, No.188, Jinghua Road, Ningbo hi tech Zone, Zhejiang Province Patentee after: Ningbo Hong Jing Environmental Protection Technology Co., Ltd Address before: Room 107, Building No. 28, Hexili, Xiba, Chaoyang District, Beijing Patentee before: Li Qian Nan |
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