CN204723940U - Dust treatment plant - Google Patents
Dust treatment plant Download PDFInfo
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- CN204723940U CN204723940U CN201520464610.7U CN201520464610U CN204723940U CN 204723940 U CN204723940 U CN 204723940U CN 201520464610 U CN201520464610 U CN 201520464610U CN 204723940 U CN204723940 U CN 204723940U
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Abstract
A kind of dust treatment plant, comprise cylindrical shell, cylindrical shell internal fixtion has dividing plate one, and dividing plate one is separated into dust collection district and dust recovery area cylindrical shell; Feed pipe and escape pipe is provided with in dust collection district; The center of dividing plate one has through hole four, and through hole four is fixed with the cylindrical tube two of sealing through hole four, the external diameter of cylindrical tube two mates with the diameter of through hole one and through hole one is plugged on cylindrical tube two place; Each air admission hole and each venthole are all between cylindrical piece and montant bottom surface, and between cylindrical tube two bottom surface and cylindrical tube two inner peripheral surface, radian is arranged; Cylinder inboard wall is fixed with dividing plate two, dividing plate two has the through hole five that size is mated with cylindrical tube one, through hole five is plugged in cylindrical tube one, through hole five is provided with sealing ring three, dividing plate two is separated into citadel and stored dry district dust recovery area, gripper shoe is positioned at the below of dividing plate two, dividing plate two is fixed with the drainpipe extending cylindrical shell.The utility model smart structural design, rationally, to be worthy of popularization.
Description
Technical field
The utility model relates to a kind of mechanical device, especially a kind of dust treatment plant for the recycling of plastic scrap dust.
Background technology
The recovery of plastic scrap dust is an insoluble problem, especially plastics carry out in the process of cutting utilizing lathe, if effectively can not process plastic scrap dust, the very large smell of job shop and dust pollution can be caused, great harm workman's is healthy, how the chip dust that plastics cut effectively is processed, and can to recycle be a problem demanding prompt solution; Dust treatment plant plastic scrap dust being carried out to collection process of also not so a environmental protection on the market.
Utility model content
The utility model will solve the shortcoming of above-mentioned prior art, and providing a kind of can carry out processing the dust treatment plant reclaimed to plastic scrap dust, meets processing factory in the demand reclaimed for the process of plastic scrap dust.
The utility model solves the technical scheme that its technical problem adopts: this dust treatment plant, comprises cylindrical shell, and cylindrical shell internal fixtion has dividing plate one, and dividing plate one is separated into dust collection district and dust recovery area cylindrical shell;
Feed pipe and escape pipe is provided with in dust collection district;
Dust is provided with gripper shoe in recovery area, gripper shoe is fixed with bearing with spherical outside surface one of usheing to seat, usher to seat on bearing with spherical outside surface one and be fixed with cylindrical tube one, the top of cylindrical tube one is provided with spin-drying rotary drum, spin-drying rotary drum comprises round tube wall, to be fixed on round tube wall and to close round tube wall upper plectane suitable for reading, to be fixed on round tube wall and to close the taper lower plate of round tube wall end opening, the tapering of taper lower plate is downward, the center of upper plectane has through hole one, the center of taper lower plate has through hole two, cylindrical tube one is engaged in through hole two place and is fixed in taper lower plate, the top of cylindrical tube one is no more than the top of through hole two, the periphery of round tube wall has one group of through hole three, the inwall of round tube wall is fixed with the screen pack of airtight each through hole three, cylindrical tube one is by fixing driven by servomotor on the supporting plate,
The center of dividing plate one has through hole four, and through hole four is fixed with the cylindrical tube two of sealing through hole four, the external diameter of cylindrical tube two mates with the diameter of through hole one and through hole one is plugged on cylindrical tube two place;
The montant arriving spin-drying rotary drum cavity from dust collection district through cylindrical tube two is provided with in cylindrical shell, the outer wall of montant is fixed with cylindrical piece, the outer circumference surface of cylindrical piece is provided with sealing ring one, montant is driven up and down by the hollow cylinder being fixed on cylindrical shell top, the inside of montant has at least one passage one arranged along montant top-to-bottom and has at least one passage two arranged along montant top-to-bottom, passage one is not communicated with mutually with passage two, passage one has one group of venthole, the top of passage one has the inlet channel be communicated with the cylindrical shell external world, passage two has one group of air admission hole, the top of passage two has the outlet passageway be communicated with the cylindrical shell external world, the center of montant have run through montant upper and lower end face and not with passage one, the passage three that passage two is communicated with, passage three is plugged with shank, the top of shank passes hollow cylinder and fixes with the cylinder piston rod be fixed on above hollow cylinder, the bottom of shank passes passage three and fixes with the bearing block of usheing to seat on bearing with spherical outside surface two, usher to seat bearing with spherical outside surface two rolling bearing inner ring on be fixed with briquetting, briquetting is provided with sealing ring two, briquetting and cylindrical tube one size location matches,
Each venthole and each air admission hole are all between cylindrical piece and montant bottom surface, and the diameter of cylindrical piece mates with the internal diameter size of cylindrical tube two, and between the bottom surface of cylindrical tube two and the inner peripheral surface of cylindrical tube two, radian is arranged;
Cylinder inboard wall is fixed with dividing plate two, dividing plate two has the through hole five that size is mated with cylindrical tube one, cylindrical tube one is plugged on through hole five, through hole five is provided with sealing ring three, dividing plate two is separated into citadel and stored dry district dust recovery area, gripper shoe is positioned at the below of dividing plate two, dividing plate two is fixed with the drainpipe extending cylindrical shell.During use, appropriate water is added in dust collection district, plastic scrap dust, (plastics are here the plastic material that density is greater than water again, as phenoplasts, polyethylene, polypropylene etc.) be punched in water by feed pipe together by high pressure draught, utilize water plastic scrap dust-filtering in water, because plastic scrap dust is driven by gases at high pressure, so a large amount of gas can not be water-soluble, but overflowed from water by the mode of bubble, in order to the air pressure in dust collection district is not too large, too much gas is discharged by escape pipe, when the plastic scrap dust in water runs up to a certain amount of, stop the charging of feed pipe, start cylinder, shank is driven to move down together with bearing with spherical outside surface of usheing to seat, until briquetting seals up the opening in cylindrical tube one, and then hollow cylinder is started, hollow cylinder drives montant to move down, montant is in the process moved down, cylindrical piece is by being plugged on the state of cylindrical tube two inner peripheral surface to the state departing from cylindrical tube two inner peripheral surface, the water and the plastic scrap dust mixture that are arranged in dust collection district like this will pour in spin-drying rotary drum, after the water in dust collection district and plastic scrap dust mixture all drain, start servomotor, drive spin-drying rotary drum High Rotation Speed, at this moment briquetting also can followed by cylindrical tube one and rotates together, due to the effect of centrifugal force, be positioned at the filtration through screen pack of the water of spin-drying rotary drum and plastic scrap dust, water will be thrown in citadel and discharge through drainpipe, moist plastic scrap dust will be stayed in spin-drying rotary drum, after drying process terminates, spin-drying rotary drum still carries out rotation process, and then exactly high-temperature gas (temperature controls at 80 DEG C-100 DEG C) is passed into passage one place, high-temperature gas will through inlet channel, venthole passes in the spin-drying rotary drum cavity of rotation, drying and processing is carried out to the chip dust of humidity, oven dry steam is out through air admission hole, outlet passageway expelling tube is external, after moist plastic scrap dust dries, stop the rotation of spin-drying rotary drum, effect plastic scrap dust due to gravity can overstock at taper lower plate place, be exactly finally start hollow cylinder montant is resetted, restarting cylinder makes briquetting reset, because taper lower plate is funnelform, so overstock at taper lower plate place, plastic scrap dust after drying and processing will drop to appointed area by the cavity of cylindrical tube one, bearing with spherical outside surface of usheing to seat is a kind of bearing unit rolling bearing and bearing block combined, and is prior art on the market, can select the product of the companies such as the triumphant bearing Co., Ltd of Wuxi Ford, SKF, , hollow cylinder is the cylinder of piston rod hollow, is the universal product on the market, and Cixi City Ao Ling machine tool accessories Co., Ltd, Changzhou can be selected doubly to obtain the product of the companies such as good fortune machinery Science and Technology Ltd..
Perfect further, cylinder inboard wall is fixed with bearing, and the top grafting of round tube wall external diameter is engaged on bearing inner race.This set, because spin-drying rotary drum has the effect of centrifugal force when High Rotation Speed, if the crank (namely placing uneven) that the drying thing in spin-drying rotary drum is placed can cause spin-drying rotary drum can acutely rock when rotated, the damage of spin-drying rotary drum and cylindrical tube one can be caused like this with regard to pole, so in the setting of round tube wall external diameter top grafting fitted bearing, can effectively avoid spin-drying rotary drum when rotated, place the uneven and generation of situation of rocking that is that cause owing to drying thing.
Perfect further, montant is fixed with the cylindrical plate be positioned at above cylindrical piece, cylindrical plate is plugged on the inner circle of cylindrical tube two, cylindrical piece has the through hole six that a group runs through cylindrical plate upper and lower end face.Here cylindrical plate uses as the support member of montant, prevents when superhigh speed rotates one by one for briquetting and cylindrical tube, and rocks, so when montant moves down into bottom or when resetting to initial position, cylindrical plate is all plugged in together with the inner peripheral surface of cylindrical tube two.
Perfect further, be provided with the electronic level switch be arranged on cylindrical shell in dust collection district.This set is in order to when adding water to dust collection district, utilizes the amount of water that electronic level switch can effectively control in dust collection district, thus prevents from adding dilutional hyponatremia or very few situation occurs; Here electronic level switch is product general on the market, and the product of group, Shanghai Heng Zhen automatic control equipment Co., Ltd is thought in optional Shanghai.
Perfect further, the top of electronic level switch is provided with the water inlet pipe be arranged on cylindrical shell, and water inlet pipe and electronic level switch are staggeredly arranged.This set, is convenient to utilize water inlet pipe to add water to dust collection district.
Perfect further, the cylindrical of cylindrical shell is fixed with air heater, and the outlet side of air heater is communicated with inlet channel.This set, be convenient to produce hot-air, thus hot-air carries out drying and processing by inlet channel, the plastic scrap dust of venthole to humidity.Here air heater is air heater general on the market, the product of the companies such as optional Shanghai Shuo Zhong electric heating appliance manufactory, Shanghai Yu Hao electric heating appliance Co., Ltd.
Perfect further, cylindrical shell is provided with humidity detection probe, humidity detection probe is positioned at citadel place.This set is in order to whether the moist chip dust in effective monitoring citadel dries.Here humidity detection probe is humidity detection probe general on the market, can select the product of the company such as Switzerland Luo Zhuonike, Nanning Mai Shi Information Technology Co., Ltd.
Perfect further, water inlet pipe is provided with magnetic valve, outside cylindrical shell, PLC is installed, PLC is connected with magnetic valve, hollow cylinder, cylinder, servomotor, electronic level switch, air heater, humidity detection probe line, cylindrical shell is provided with and the power switch of PLC connection and program switch.PLC used herein is programmable logic controller general on the market, can select the brands such as Mitsubishi PLC general on the market, Schneider PLC, still Nikon Unitronics, Delta PLC and Matsushita PLC; In addition, the program setting of this PLC is basically identical with establishing method principle general on the market, and the information that those of ordinary skill can send according to sensor controls the operation of each parts by PLC, convenient and swift.During use, first press power switch, press program switch again, PLC controls to open magnetic valve, at this moment water inlet pipe passes into a large amount of water in dust collection district, until the water level in dust collection district arrives the upper limit of electronic level switch, at this moment PLC Controlling solenoid valve is closed, and then the mixture be made up of gases at high pressure and plastic scrap dust is passed in feed pipe, filtering plastic chip dust through water is stayed in water, gas is discharged from dust collection district by escape pipe, when the plastic scrap dust collection in water is good a certain amount of (acquisition time controls at 15min-20min), PLC startup cylinder drives shank promotion briquetting to press down and closes cylindrical tube one, restart hollow cylinder drive montant to move down thus make cylindrical piece depart from the inner peripheral surface place of cylindrical tube two, and then make dust collection district and spin-drying rotary drum cavity connects, plastic scrap dust in dust collection district is rushed in the cavity of spin-drying rotary drum together with the mixture of water, then PLC is at startup servomotor, spin-drying rotary drum High Rotation Speed (briquetting also can together rotate), stay in spin-drying rotary drum cavity because plastic scrap dust in the effect plastic scrap dust of centrifugal force and the mixture of water is filtered net stop, water is thrown in citadel and is discharged by drainpipe, (time controling is dried at 30min-45min) when water is dried only, in order to dry moist plastic scrap dust, start air heater, high temperature air in air heater passes through inlet channel, the chip dust of venthole to humidity blows hot air seasoning process, and (at this moment spin-drying rotary drum still rotates, and the temperature of high temperature air controls at 80 DEG C-100 DEG C), steam passes through air admission hole, outlet passageway expelling tube is external, humidity detection probe monitors the humidity condition of citadel in real time, when the humidity in citadel drops to certain value (humidity value is 2%-5%), illustrate and the oven dry of moist plastic scrap dust is completed, spin-drying rotary drum stops the rotation, and hollow cylinder controls montant to be resetted, shank is controlled again by cylinder, briquetting resets, at this moment the plastic scrap dust overstock in taper lower plate will by the cavity place of cylindrical tube one, drop to appointed area to carry out unifying to collect.
Perfect further, the below of cylindrical tube one is provided with splicing frame.This set, the chip dust that can conveniently dry drops to centralized collection in splicing frame by the cavity of cylindrical tube one, processes splicing frame is taken out from cylindrical shell.
The effect that the utility model is useful is: the utility model smart structural design, rationally, utilize PLC Controlling solenoid valve, cylinder, servomotor, electronic level switch, air heater, humidity detection is popped one's head in these parts, the chip dust that the icepro collected can be fallen apart is passed into by pressure-air in the dust collection district having added water and carries out filtration treatment, such water carries out drying with the mixture of chip dust by spin-drying rotary drum and is separated, drying and processing is carried out again by the chip dust of hot-air to humidity of the generation of air heater, chip dust after oven dry drops to splicing frame place by the cavity of cylindrical tube one and recycles, this device can clean the plastic scrap dust produced in machined, centralized recovery process, be worthy of popularization.
Accompanying drawing explanation
Fig. 1 is structural representation one of the present utility model;
Fig. 2 is shank of the present utility model briquetting inclose pipe schematic diagram two for the moment when moving down;
Fig. 3 is the schematic diagram three of montant of the present utility model when cylindrical piece departs from cylindrical tube two inner peripheral surface when moving down;
Fig. 4 is the A-A profile of Fig. 3;
Fig. 5 is the B-B profile of Fig. 3;
Fig. 6 is the C-C profile of Fig. 1;
Fig. 7 is the D region partial enlarged drawing of Fig. 1.
Description of reference numerals: cylindrical shell 1, dividing plate 1, through hole four 2-1, feed pipe 3, escape pipe 4, gripper shoe 5, to usher to seat bearing with spherical outside surface 1, cylindrical tube 1, spin-drying rotary drum 8, round tube wall 8-1, through hole three 8-1a, upper plectane 8-2, through hole one 8-2a, taper lower plate 8-3, through hole two 8-3a, screen pack 8-4, servomotor 9, cylindrical tube 2 10, montant 11, passage one 11-1, passage two 11-2, passage three 11-3, air admission hole 11-2a, outlet passageway 11-2b, venthole 11-1a, inlet channel 11-1b, cylindrical piece 12, sealing ring one 12a, briquetting 13, sealing ring 2 14, cylinder 15, dividing plate 2 16, through hole five 16-1, sealing ring 3 17, drainpipe 18, bearing 19, cylindrical plate 20, through hole six 20-1, electronic level switch 21, water inlet pipe 22, air heater 23, humidity detection probe 24, PLC 25, power switch 26, program switch 27, splicing frame 28, magnetic valve 29, shank 30, to usher to seat bearing with spherical outside surface 2 31, cylinder 32, dust collection district a, dust recovery area b, citadel b-1, stored dry district b-2.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail:
With reference to accompanying drawing: this dust treatment plant, comprises cylindrical shell 1, and cylindrical shell 1 internal fixtion has dividing plate 1, and dividing plate 1 is separated into dust collection district a and dust recovery area b cylindrical shell 1;
Feed pipe 3 and escape pipe 4 is provided with in dust collection district a;
Gripper shoe 5 is provided with in dust recovery area b, gripper shoe 5 is fixed with bearing with spherical outside surface 1 of usheing to seat, usher to seat on bearing with spherical outside surface 1 and be fixed with cylindrical tube 1, the top of cylindrical tube 1 is provided with spin-drying rotary drum 8, spin-drying rotary drum 8 comprises round tube wall 8-1, to be fixed on round tube wall 8-1 and to close round tube wall 8-1 upper plectane 8-2 suitable for reading, to be fixed on round tube wall 8-1 and to close the taper lower plate 8-3 of round tube wall 8-1 end opening, the tapering of taper lower plate 8-3 is downward, the center of upper plectane 8-2 has through hole one 8-2a, the center of taper lower plate 8-3 has through hole two 8-3a, cylindrical tube 1 is engaged in through hole two 8-3a place and is fixed on taper lower plate 8-3, the top of cylindrical tube 1 is no more than the top of through hole two 8-3, the periphery of round tube wall 8-1 has one group of through hole three 8-1a, the inwall of round tube wall 8-1 is fixed with the screen pack 8-4 of airtight each through hole three 8-1a, cylindrical tube 1 is driven by the servomotor 9 be fixed in gripper shoe 5,
The center of dividing plate 1 has through hole four 2-1, and through hole four 2-1 is fixed with the cylindrical tube 2 10 of sealing through hole four 2-1, the external diameter of cylindrical tube 2 10 mates with the diameter of through hole one 8-2a and through hole one 8-2a is plugged on cylindrical tube 2 10 place;
The montant 11 arriving spin-drying rotary drum 8 cavity from dust collection district a through cylindrical tube 2 10 is provided with in cylindrical shell 1, the outer wall of montant 11 is fixed with cylindrical piece 12, the outer circumference surface body of cylindrical piece 12 is provided with sealing ring one 12a, montant 11 is driven by the hollow cylinder about 15 being fixed on cylindrical shell 1 top, the inside of montant 11 has at least one passage one 11-1 arranged along montant 11 top-to-bottom and has at least one passage two 11-2 arranged along montant 11 top-to-bottom, described passage one 11-1 is not communicated with mutually with passage two 11-2, passage one 11-1 has one group of venthole 11-1a, the top of passage one 11-1 has the inlet channel 11-1b be communicated with cylindrical shell 1 external world, passage two 11-2 has one group of air admission hole 11-2a, the top of passage two 11-2 has the outlet passageway 11-2b be communicated with cylindrical shell 1 external world, the center of montant 11 have run through montant 11 upper and lower end face and not with passage one 11-1, passage three 11-3 that passage two 11-2 is communicated with, passage three 11-3 is plugged with shank 30, the top of shank 30 passes hollow cylinder 15 and fixes with cylinder 32 piston rod be fixed on above hollow cylinder 15, the bottom of shank 30 passes passage three 11-3 and fixes with the bearing block of usheing to seat on bearing with spherical outside surface 2 31, usher to seat bearing with spherical outside surface 2 31 rolling bearing inner ring on be fixed with briquetting 13, briquetting 13 is provided with sealing ring 2 14, briquetting 13 and cylindrical tube 1 size location matches,
Each venthole 11-1a and each air admission hole 11-2a is between cylindrical piece 12 and montant 11 bottom surface, and the diameter of cylindrical piece 12 mates with the internal diameter size of cylindrical tube 2 10, and between the bottom surface of cylindrical tube 2 10 and the inner peripheral surface of cylindrical tube 2 10, radian 10-1 is arranged;
Cylindrical shell 1 inwall is fixed with dividing plate 2 16, dividing plate 2 16 has through hole five 16-1 that size is mated with cylindrical tube 1, cylindrical tube 1 is plugged on through hole five 16-1, through hole five 16-1 is provided with sealing ring 3 17, dividing plate 2 16 is separated into citadel b-1 and stored dry district b-2 dust recovery area b, gripper shoe 5 is positioned at the below of dividing plate 2 16, dividing plate 2 16 is fixed with the drainpipe 18 extending cylindrical shell 1.
Cylindrical shell 1 inwall is fixed with bearing 19, and the top grafting of barrel 8-1 external diameter is engaged on bearing 19 inner ring.
Montant 11 is fixed with the cylindrical plate 20 be positioned at above cylindrical piece 12, cylindrical plate 20 is plugged on the inner circle of cylindrical tube 2 10, cylindrical plate 20 has through hole six 20-1 that a group runs through cylindrical plate 20 upper and lower end face.
The electronic level switch 21 be arranged on cylindrical shell 1 is provided with in dust collection district a.
The top of electronic level switch 21 is provided with the water inlet pipe 22 be arranged on cylindrical shell 1, and water inlet pipe 22 and electronic level switch 21 are staggeredly arranged.
The cylindrical of cylindrical shell 1 is fixed with air heater 23, the outlet side of air heater 23 is communicated with inlet channel 11-1b.
Cylindrical shell 1 is provided with humidity detection probe 24, humidity detection probe 24 is positioned at b-1 place, citadel.
Water inlet pipe 22 is provided with magnetic valve 29, PLC 25 is installed outside cylindrical shell 1, PLC 25 and magnetic valve 29, cylinder 15, servomotor 9, electronic level switch 21, air heater 23, humidity detection are popped one's head in 24 connections, cylindrical shell 1 are provided with and the power switch 26 of PLC 25 connection and program switch 27.
The below of cylindrical tube 1 is provided with splicing frame 28.
PLC used herein is Schneider PLC general on the market.During use, first press power switch 26, press program switch 27 again, PLC 25 controls to open magnetic valve 29, at this moment water inlet pipe 22 passes into a large amount of water in dust collection district a, until the water level in dust collection district a arrives the upper limit of electronic level switch 21, at this moment PLC 25 Controlling solenoid valve 29 is closed, and then the mixture be made up of gases at high pressure and plastic scrap dust is passed in feed pipe 3, filter debris dust through water is stayed in water, gas is discharged from dust collection district a by escape pipe 4, when the plastic scrap dust collection in water is good a certain amount of (acquisition time controls at 15min-20min), PLC 25 starts cylinder 32 and drives shank 30 to promote briquetting 13 to press down and close cylindrical tube 1, restart hollow cylinder 15 drive montant 11 to move down thus make cylindrical piece 12 depart from the inner peripheral surface place of cylindrical tube 2 10, and then dust collection district a is communicated with spin-drying rotary drum cavity 8, the plastic scrap dust in dust collection district a is made to be rushed in the cavity of spin-drying rotary drum 8 together with the mixture of water, then PLC 25 is at startup servomotor 9, spin-drying rotary drum 8 High Rotation Speed (briquetting 13 also can together rotate), stay in spin-drying rotary drum 8 cavity because plastic scrap dust in the effect plastic scrap dust of centrifugal force and the mixture of water is filtered net 8-4 stop, water is thrown in the b-1 of citadel and is discharged by drainpipe 18, (time controling is dried at 30min-45min) when water is dried only, in order to dry moist plastic scrap dust, start air heater 23, high temperature air in air heater 23 is by inlet channel 11-1b, the plastic scrap dust of venthole 11-1a to humidity blows hot air seasoning process, and (at this moment spin-drying rotary drum 8 still rotates, and the temperature of high temperature air controls at 80 DEG C-100 DEG C), steam is by air admission hole 11-2a, outlet passageway 11-2b discharges outside cylindrical shell 1, humidity detection probe 24 monitors the humidity condition of citadel b-1 in real time, when the humidity in citadel drops to certain value (humidity value is 2%-5%), illustrate and the oven dry of moist plastic scrap dust is completed, spin-drying rotary drum 8 stops the rotation, and hollow cylinder 15 controls montant 11 to be resetted, control shank 30 by cylinder 32 again to reset, at this moment the plastic scrap dust overstock on taper lower plate 8-3 will by the cavity place of cylindrical tube 1, drop to splicing frame 28 to carry out unifying to collect.
Although the utility model has illustrated by reference to preferred embodiment and has described, those skilled in the art should understand, and in the scope of claims, can do the various change in form and details.
Claims (9)
1. a dust treatment plant, comprise cylindrical shell (1), it is characterized in that: described cylindrical shell (1) internal fixtion has dividing plate one (2), described dividing plate one (2) is separated into dust collection district (a) and dust recovery area (b) cylindrical shell (1);
Feed pipe (3) and escape pipe (4) is provided with in described dust collection district (a);
Gripper shoe (5) is provided with in described dust recovery area (b), gripper shoe (5) is fixed with bearing with spherical outside surface one (6) of usheing to seat, described bearing with spherical outside surface one (6) of usheing to seat is fixed with cylindrical tube one (7), the top of described cylindrical tube one (7) is provided with spin-drying rotary drum (8), described spin-drying rotary drum (8) comprises round tube wall (8-1), be fixed on round tube wall (8-1) go up and close round tube wall (8-1) upper plectane (8-2) suitable for reading, be fixed on round tube wall (8-1) to go up and the taper lower plate (8-3) closing round tube wall (8-1) end opening, the tapering of described taper lower plate (8-3) is downward, the center of described upper plectane (8-2) has through hole one (8-2a), the center of described taper lower plate (8-3) has through hole two (8-3a), described cylindrical tube one (7) is engaged in through hole two (8-3a) place and is fixed in taper lower plate (8-3), the top of described cylindrical tube one (7) is no more than the top of through hole two (8-3), the periphery of described round tube wall (8-1) has one group of through hole three (8-1a), the inwall of described round tube wall (8-1) is fixed with the screen pack (8-4) of airtight each through hole three (8-1a), described cylindrical tube one (7) is driven by the servomotor (9) be fixed in gripper shoe (5),
The center of described dividing plate one (2) has through hole four (2-1), described through hole four (2-1) is fixed with the cylindrical tube two (10) of sealing through hole four (2-1), the external diameter of described cylindrical tube two (10) mates with the diameter of through hole one (8-2a) and through hole one (8-2a) is plugged on cylindrical tube two (10) place;
The montant (11) arriving spin-drying rotary drum (8) cavity from dust collection district (a) through cylindrical tube two (10) is provided with in described cylindrical shell (1), the outer wall of described montant (11) is fixed with cylindrical piece (12), the outer circumference surface of described cylindrical piece (12) is provided with sealing ring one (12a), described montant (11) is driven up and down by the hollow cylinder (15) being fixed on cylindrical shell (1) top, the inside of described montant (11) has at least one passage one (11-1) arranged along montant (11) top-to-bottom and has at least one passage two (11-2) along the setting of montant (11) top-to-bottom, described passage one (11-1) is not communicated with mutually with passage two (11-2), described passage one (11-1) has one group of venthole (11-1a), the top of described passage one (11-1) has the inlet channel (11-1b) be communicated with cylindrical shell (1) external world, described passage two (11-2) has one group of air admission hole (11-2a), the top of described passage two (11-2) has the outlet passageway (11-2b) be communicated with cylindrical shell (1) external world, the center of described montant (11) have run through montant (11) upper and lower end face and not with passage one (11-1), the passage three (11-3) that passage two (11-2) is communicated with, described passage three (11-3) is plugged with shank (30), the top of described shank (30) passes hollow cylinder (15) and fixes with cylinder (32) piston rod being fixed on hollow cylinder (15) top, the bottom of described shank (30) passes passage three (11-3) and fixes with the bearing block of usheing to seat on bearing with spherical outside surface two (31), the rolling bearing inner ring of described bearing with spherical outside surface two (31) of usheing to seat is fixed with briquetting (13), described briquetting (13) is provided with sealing ring two (14), described briquetting (13) and cylindrical tube one (7) size location matches,
Each described venthole (11-1a) and each described air admission hole (11-2a) are all positioned between cylindrical piece (12) and montant (11) bottom surface, the diameter of described cylindrical piece (12) mates with the internal diameter size of cylindrical tube two (10), and between the bottom surface of described cylindrical tube two (10) and the inner peripheral surface of cylindrical tube two (10), radian (10-1) is arranged;
Described cylindrical shell (1) inwall is fixed with dividing plate two (16), described dividing plate two (16) has the through hole five (16-1) that size is mated with cylindrical tube one (7), described cylindrical tube one (7) is plugged on through hole five (16-1), described through hole five (16-1) is provided with sealing ring three (17), described dividing plate two (16) is separated into citadel (b-1) and stored dry district (b-2) dust recovery area (b), described gripper shoe (5) is positioned at the below of dividing plate two (16), described dividing plate two (16) is fixed with the drainpipe (18) extending cylindrical shell (1).
2. dust treatment plant according to claim 1, is characterized in that: described cylindrical shell (1) inwall is fixed with bearing (19), and the top grafting of described barrel (8-1) external diameter is engaged on bearing (19) inner ring.
3. dust treatment plant according to claim 2, it is characterized in that: described montant (11) is fixed with the cylindrical plate (20) being positioned at cylindrical piece (12) top, described cylindrical plate (20) is plugged on the inner circle of cylindrical tube two (10), described cylindrical plate (20) has the through hole six (20-1) that a group runs through cylindrical plate (20) upper and lower end face.
4. dust treatment plant according to claim 3, is characterized in that: be provided with the electronic level switch (21) be arranged on cylindrical shell (1) in described dust collection district (a).
5. dust treatment plant according to claim 4, it is characterized in that: the top of described electronic level switch (21) is provided with the water inlet pipe (22) be arranged on cylindrical shell (1), described water inlet pipe (22) and electronic level switch (21) are staggeredly arranged.
6. dust treatment plant according to claim 5, it is characterized in that: the cylindrical of described cylindrical shell (1) is fixed with air heater (23), the outlet side of described air heater (23) is communicated with inlet channel (11-1b).
7. dust treatment plant according to claim 6, is characterized in that: described cylindrical shell (1) is provided with humidity detection probe (24), and described humidity detection probe (24) is positioned at citadel (b-1) place.
8. dust treatment plant according to claim 7, it is characterized in that: described water inlet pipe (22) is provided with magnetic valve (29), described cylindrical shell (1) outside is provided with PLC (25), described PLC (25) and magnetic valve (29), hollow cylinder (15), cylinder (32), servomotor (9), electronic level switch (21), air heater (23), humidity detection probe (24) connection, described cylindrical shell (1) is provided with and the power switch (26) of PLC (25) connection and program switch (27).
9. the dust treatment plant according to claim 1-8 any one, is characterized in that: the below of described cylindrical tube one (7) is provided with splicing frame (28).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520464610.7U CN204723940U (en) | 2015-07-01 | 2015-07-01 | Dust treatment plant |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201520464610.7U CN204723940U (en) | 2015-07-01 | 2015-07-01 | Dust treatment plant |
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| CN204723940U true CN204723940U (en) | 2015-10-28 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105910177A (en) * | 2016-05-08 | 2016-08-31 | 刘进 | Air conditioner |
| CN111135652A (en) * | 2020-01-06 | 2020-05-12 | 唐红英 | Multifunctional dust removal device for spinning |
-
2015
- 2015-07-01 CN CN201520464610.7U patent/CN204723940U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105910177A (en) * | 2016-05-08 | 2016-08-31 | 刘进 | Air conditioner |
| CN105910177B (en) * | 2016-05-08 | 2019-02-05 | 广州市特滤净化设备有限公司 | A kind of air conditioner |
| CN111135652A (en) * | 2020-01-06 | 2020-05-12 | 唐红英 | Multifunctional dust removal device for spinning |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151028 Termination date: 20170701 |