CN208537488U - A kind of purification of waste water coal charge crushes the computer monitoring quantitative detection exhaust gas power equipment of sheave transport - Google Patents

Abstract

The utility model discloses a kind of purification of waste water coal charges to crush the computer monitoring quantitative detection exhaust gas power equipment that sheave transports, including boiler body, the boiler body bottom side surfaces are equipped with coal dust feed inlet, the boiler body is externally provided with crushing feeding mechanism, heat transfer cylinder body bottom side surface is equipped with coal dust feed inlet, bottom is equipped with burning groove in the heat transfer cylinder, the burning groove inner surface is equipped with air blower, the boiler body side surface is equipped with exhaust gas outlet side, the exhaust gas outlet side is connected with waste gas recovery purification mechanism, waste gas recovery purification mechanism bottom outlet end is equipped with waste water minute metallic and sorts collecting mechanism, the boiler body is externally provided with controller, the controller respectively with crush feeding mechanism, air blower, variable speed turbine is pressurized air-out mechanism, sample detection mechanism and exhaust gas Reclaiming clean mechanism is electrically connected.The utility model has the beneficial effects that of simple structure and strong practicability.

Description

A kind of purification of waste water coal charge crushes the computer monitoring quantitative detection exhaust gas of sheave transport Power equipment

Technical field

The present invention relates to computer regulating apparatus field, especially a kind of purification of waste water coal charge crushes the calculating that sheave transports Machine monitoring quantitative detection exhaust gas power equipment.

Background technique

For single channel sampling apparatus, the biggest problems are that on mesh point at each gaging hole even at all gaging holes Sampling can only be carried out successively, and sampling while can not achieve all mesh points, seriously affected the precision of measurement, also brought work It measures the problems such as big, inconvenient, meanwhile, condensed water is pushed back into boiler with high-temperature pump, discharge of steam is fallen, if do not discharged steam meeting Production technology temperature and production efficiency are influenced because water return pipeline builds the pressure and substantially reduces heat transfer effect, wastes resource significantly, It polluted environment.

Summary of the invention

The purpose of the present invention is to solve the above problems, devise a kind of meter that purification of waste water coal charge crushing sheave transports Calculate machine monitoring quantitative detection exhaust gas power equipment.

Realize above-mentioned purpose the technical scheme is that, a kind of purification of waste water coal charge crushes the computer prison that sheave transports Quantitative detection exhaust gas power equipment, including boiler body are controlled, the boiler body is fixedly mounted on the ground, the boiler body Bottom side surfaces are equipped with coal dust feed inlet, and the boiler body outer surface, which is equipped with, crushes feeding mechanism, and the crushing is sent Expect that the fire coal that mechanism is fixedly mounted on boiler body side surface by side surface crushes cabinet, is located at coal-fired crushing cabinet upper surface On taper fire coal block feed inlet, be fixedly mounted on coal-fired crush in cabinet and fire coal corresponding with taper fire coal block feed inlet Block disintegrating mechanism is fixedly mounted on the coal-fired coal dust storage box for crushing box house, the throttling control positioned at coal dust storage box bottom Switch outlet processed, is fixedly mounted on coal-fired crush in cabinet at the infrared range-measurement system for being fixedly mounted on the outer lower surface of coal dust storage box And it is located at quantitative sheave rotating mechanism and one end below coal dust storage box and is mutually overlapped and the other end with sheave rotating mechanism is quantified What the transmission device being connected with coal dust feed inlet collectively formed, the quantitative sheave rotating mechanism is by being fixedly mounted on burning coal powder In broken cabinet on lower surface and round end is upward sheave driving motor, the drive that is fixedly connected with sheave driving motor round end The cutaway disk that is fixedly connected at moving axis, center with drive shaft end face, be fixedly mounted on cutaway disk following table rise and with notch phase Corresponding pivoted arm, the straight pin being fixedly mounted on pivoted arm are fixedly mounted on the coal-fired rotary shaft crushed in cabinet on lower surface Hold, the support shaft that one end is inserted into swivel bearing, the sheave being fixedly set in support shaft, at center with the support shaft other end The quantitative rotation Transport disc that is fixedly connected, is inlaid in four rectangle gap for being angularly opened in quantitative rotation Transport disc edge One group of miniature bearing, one end in rectangle gap in both side surface are inserted into two miniature shafts, positions in miniature bearing respectively In in rectangle gap and rectangle quantitative slot that its two outer surface is fixedly connected with two miniature shaft other ends, being opened in each square The electromagnetism gear door that shape quantifies the opening of front of the slot, is movably connected in opening collectively forms, heat transfer cylinder body bottom side Surface is equipped with coal dust feed inlet, and bottom is equipped with burning groove corresponding with coal dust feed inlet, institute in the heat transfer cylinder It states burning groove inner surface and is fixedly installed with the air blower being evenly distributed, boiler body bottom end side surface goes out equipped with exhaust gas Gas end, the exhaust gas outlet side are connected with waste gas recovery purification mechanism, set on the outlet end of waste gas recovery purification mechanism bottom There is waste water minute metallic to sort collecting mechanism, the waste water minute metallic sorting collecting mechanism is by being opened in waste gas recovery purification mechanism Circular open on the liquid outlet outer surface of bottom outlet end is mounted on circular open and round end is inserted into liquid outlet The rotation of the rotating electric machine in portion, the bearing one, one end and rotating electric machine that are inlaid on the upper liquid outlet side surface of rotating electric machine opposite End is flexibly connected and one end is inserted into the shaft in bearing one, the gear on fixed package packing rotating shaft and the suction on gear surface Iron layer is located at the pliable pressure sensor on one inner surface of bearing and the bluetooth sending device in pliable pressure sensor It collectively forms with the active back plate mechanism being located at liquid outlet port, is coiled between the heat transfer cylinder and boiler body There is steam water pipe, boiler body upper surface is stretched out in the outlet side of the steam water pipe, and the outlet side of the steam water pipe, which is equipped with, to be become Fast turbocharging air-out mechanism, the boiler body outer surface are equipped with the sample detection mechanism of different height, the sample detection Mechanism is located in each sampling box body by being fixedly mounted on the sampling box body on boiler body outer surface and positioned at different height The horizontal linear sampling motor in portion, the gas sample dust collecter being fixedly connected with horizontal linear sampling motor flexible end, fixed peace Furnace gas vulcanization detection device, one end on boiler body outer surface be connected with each gas sample dust collecter and Multi-pass pipe that the other end and furnace gas vulcanization detection device are connected is opened on heat transfer cylinder side surface and and sampling box Corresponding rectangular aperture, the electromagnetism gear door A being movably connected at rectangular aperture upper edge are collectively formed body one by one, the pot Furnace body is externally provided with controller, the controller respectively with crush feeding mechanism, air blower, variable speed turbine pressurization air-out mechanism, Sample detection mechanism and waste gas recovery purification mechanism are electrically connected, and the controller is equipped with commercial power interface and capacitance touch Screen, the controller is interior to be equipped with PLC system.

The fire coal block disintegrating mechanism is by being located at the coal-fired one group of sliding rail crushed in cabinet in phase both side surface, fixing respectively Be mounted on two adjusting linear motors that in sliding rail and telescopic end is opposite, be located in sliding rail and its outer surface respectively with tune Two that linear motor telescopic end is fixedly connected are saved to crush driving motors, one group of pulley being located in sliding rail, fix respectively Two bearings, one end at pulley center are mounted on to divide with the round end fixed connection device and the other end for crushing driving motor respectively Two drive shafts not being inserted into corresponding bearing, the smashing and grinding wheel being fixedly set in drive shaft respectively collectively form 's.

The transmission device is fixedly mounted on coal dust feed inlet by one end and other end stock is fixedly mounted on coal-fired crushing In cabinet below on support frame, be fixedly mounted on support frame both ends shaft, be fixedly set in shaft driving wheel, suit Conveyer belt on two driving wheels and it is fixedly mounted on support frame one end side and rotation that its round end is fixedly connected with shaft What rotating motor collectively formed.

The waste gas recovery purification mechanism is stored up by the waste gas purification lysate being fixedly mounted on the ground of boiler body side Cabinet, the tank body being fixedly mounted on the ground of boiler body side are deposited, boiler body side ground is fixedly mounted on and is located at tank The air accumulator of body side, positioned at tank body upper end side surface and be connected with waste gas purification lysate storage box body inlet, position In on the side surface of tank body bottom end and be connected with exhaust gas outlet side air inlet, be connected positioned at tank body top and with air accumulator Gas outlet, the flowmeter counter one on liquid outlet and it is arranged in what the leaching liquid disc mechanism of upper end in tank body collectively formed.

The leaching liquid disc mechanism is fixedly mounted on the intracorporal round leaching liquid plate of tank by edge side surface, is uniformly opened in round leaching Multiple circular holes of liquid plate are fixedly mounted on round leaching liquid plate lower surface and mechanically decoupled trigger structure is total correspondingly with circular hole With what is constituted.

The mechanically decoupled trigger structure be fixedly mounted on one group that on round leaching liquid plate lower surface and telescopic end is downward it is miniature Push linear motor, two vertical drawings that one end is fixedly connected and is parallel to each other with two miniature promotion linear motor telescopic ends Bar is fixedly mounted on three separating plates being arranged successively on two vertical pull rods and from top to bottom, is opened on each separating plate What sorting hole collectively formed.

The rotating electric machine is fixedly connected by snap fit with the edge of circular open.

The bluetooth sending device is connected by Bluetooth signal with rotating electric machine.

The active back plate mechanism is fixedly mounted on tube body port and round end by being located at as horizontal rotating electric machine, side The door being fixedly connected with rotating electric machine round end and the common structure of the flowmeter counter being fixedly mounted at tube body port two at At.

The variable speed turbine pressurization air-out mechanism is pacified by the turbine for being connected and being horizontally arranged with the outlet side of steam water pipe Case body, the variable speed turbine driving device in turbine installation casing and on driving axial and with variable speed turbine driving device What the turbine that drive shaft is fixedly connected collectively formed.

It is fixed that the computer monitoring that sheave transports is crushed using a kind of purification of waste water coal charge of technical solution of the present invention production Amount detection exhaust gas power equipment is, it can be achieved that carry out the function of Multi-channel flue gas sampling to station boiler, and can carry out for single-point Flue gas sampling has real far reaching significance to energy-saving and emission-reduction, environmental protection etc..

Detailed description of the invention

Fig. 1 is the computer monitoring quantitative detection exhaust gas electricity that a kind of purification of waste water coal charge of the present invention crushes that sheave transports The structural schematic diagram of power equipment；

Fig. 2 is the schematic diagram of quantitative sheave rotating mechanism of the present invention；

Fig. 3 is the schematic diagram of coal-fired block disintegrating mechanism of the present invention；

Fig. 4 is the schematic diagram of mechanically decoupled trigger structure of the present invention；

Fig. 5 is the schematic diagram of waste water minute metallic sorting collecting mechanism of the present invention；

Fig. 6 is the schematic diagram of controller of the present invention；

Fig. 7 is the schematic diagram of variable speed turbine pressurization air-out mechanism of the present invention；

In figure, 1, boiler body；2, coal dust feed inlet；3, coal-fired to crush cabinet；4, taper fire coal block feed inlet；5, coal dust Storage box；6, infrared range-measurement system；7, sheave driving motor；8, drive shaft；9, cutaway disk；10, pivoted arm；11, swivel bearing； 12, support shaft；13, Transport disc is quantitatively rotated；14, rectangle gap；15, miniature bearing；16, two miniature shafts；17, rectangle is fixed Measuring tank；18, it is open；19, electromagnetism keeps off door；20, burning groove；21, air blower；22, liquid outlet；23, rotating electric machine；24, bearing one； 25, shaft；26, gear；27, iron layer is inhaled；28, pliable pressure sensor；29, bluetooth sending device；31, steam water pipe；32, Sample box body；33, horizontal linear samples motor；34, gas sample dust collecter；35, furnace gas vulcanizes detection device；36, more Siphunculus；37, electromagnetism keeps off door A；38, controller；39, commercial power interface；40, capacitance touch screen；41, PLC system；42, sliding rail； 43, linear motor is adjusted；44, driving motor is crushed；45, pulley；46, smashing and grinding wheel；47, support frame；48, driving wheel； 49, conveyer belt；50, waste gas purification lysate storage box body；51, tank body；52, air accumulator；53, inlet；54, air inlet；55, Gas outlet；56, flowmeter counter one；57, round leaching liquid plate；58, circular hole；59, miniature promotion linear motor；60, vertical to draw Bar；61, separating plate；62, sorting hole；63, door；64, flowmeter counter two；65, turbine installation casing；66, variable speed turbine drives Dynamic device；67, the drive shaft of variable speed turbine driving device；68, turbine；69, throttling control switch outlet；70, straight pin；71, Sheave；72, bearing.

Specific embodiment

The present invention is specifically described with reference to the accompanying drawing, as shown in figs. 1-7, a kind of purification of waste water coal charge crushing sheave The computer monitoring quantitative detection exhaust gas power equipment of transport, including boiler body 1, the boiler body 1 are fixedly mounted on ground On face, 1 bottom side surfaces of boiler body are equipped with coal dust feed inlet 2, and 1 outer surface of boiler body, which is equipped with, to be crushed Feeding mechanism, it is described crush feeding mechanism by side surface be fixedly mounted on 1 side surface of boiler body it is coal-fired crush cabinet 3, Positioned at the coal-fired taper fire coal block feed inlet 4 crushed on 3 upper surface of cabinet, be fixedly mounted on it is coal-fired crush in cabinet 3 and with cone The corresponding coal-fired block disintegrating mechanism of shape fire coal block feed inlet 4 is fixedly mounted on the coal-fired coal dust storage box crushed inside cabinet 3 5, the throttling control switch positioned at 5 bottom of coal dust storage box exports 69, is fixedly mounted on the infrared of the outer lower surface of coal dust storage box 5 Rangefinder 6 is fixedly mounted on the coal-fired quantitative sheave rotating mechanism and one crushed in cabinet 3 and be located at 5 lower section of coal dust storage box End is collectively formed with the quantitative transmission device that sheave rotating mechanism mutually overlaps and the other end is connected with coal dust feed inlet 2, institute Quantitative sheave rotating mechanism is stated by being fixedly mounted on coal-fired crush in cabinet 3 on lower surface and round end is that upward sheave drives Motor 7, the drive shaft 8 being fixedly connected with 7 round end of sheave driving motor, lacking of being fixedly connected with 8 end face of drive shaft at center Mouthful disk 9 is fixedly mounted on 9 following table of cutaway disk and rises and pivoted arm 10 corresponding with notch, be fixedly mounted on pivoted arm 10 Straight pin 70, be fixedly mounted on the coal-fired swivel bearing 11 crushed in cabinet 3 on lower surface, one end is inserted into swivel bearing 11 Support shaft 12, be fixedly set in support shaft 12 sheave 71, quantified with what 12 other end of support shaft was fixedly connected at center Rotation Transport disc 13, is inlaid in rectangle gap at four rectangle gap 14 for being angularly opened in quantitative rotation 13 edge of Transport disc Two miniature shafts 16, the positions that one group of miniature bearing 15, one end in 14 in both side surface are inserted into respectively in miniature bearing 15 In in rectangle gap 14 and rectangle quantitative slot 17 that its two outer surface is fixedly connected with two miniature 16 other ends of shaft, being opened in What the opening 18 of each 17 front end of rectangle quantitative slot, the electromagnetism gear door 19 for being movably connected in opening 18 collectively formed, the heat It transmits cylinder body bottom side surface and is equipped with coal dust feed inlet 2, bottom is equipped with and 2 phase of coal dust feed inlet in the heat transfer cylinder Corresponding burning groove 20,20 inner surface of burning groove are fixedly installed with the air blower 21 being evenly distributed, the boiler body 1 Bottom end side surface is equipped with exhaust gas outlet side, and the exhaust gas outlet side is connected with waste gas recovery purification mechanism, the waste gas recovery Purification mechanism bottom outlet end is equipped with waste water minute metallic and sorts collecting mechanism, and the waste water minute metallic sorts collecting mechanism The circular open on 22 outer surface of liquid outlet by being opened in waste gas recovery purification mechanism bottom outlet end is mounted on circular open Upper and round end is inserted into rotating electric machine 23 inside liquid outlet 22, is inlaid in 23 opposite upper liquid outlet of rotating electric machine, 22 side surface On bearing 1, one end be flexibly connected with the round end of rotating electric machine 23 and one end be inserted into shaft 25 in bearing 1, Gear 26 on fixed package packing rotating shaft 25 and the suction iron layer 27 on 26 surface of gear are located on one 24 inner surface of bearing Pliable pressure sensor 28 and bluetooth sending device 29 in pliable pressure sensor 28 and it is located at 22 port of liquid outlet Active back plate mechanism collectively form, coiling has a steam water pipe 31 between the heat transfer cylinder and boiler body 1, described 1 upper surface of boiler body is stretched out in the outlet side of steam water pipe 31, and the outlet side of the steam water pipe 31 is pressurized equipped with variable speed turbine Air-out mechanism, 1 outer surface of boiler body are equipped with the sample detection mechanism of different height, and the sample detection mechanism is by fixing It is mounted on 1 outer surface of boiler body and is located at the sampling box body 32 of different height, inside each sampling box body 32 Horizontal linear sampling motor 33, is fixed the gas sample dust collecter 34 being fixedly connected with horizontal linear sampling 33 telescopic end of motor Furnace gas vulcanization detection device 35, one end and each gas sample dust collecter 34 being mounted on 1 outer surface of boiler body It is connected and multi-pass pipe 36 that the other end and furnace gas vulcanization detection device 35 are connected, is opened in heat transfer cylinder side surface Above and with sampling box body 32 corresponding rectangular aperture, the electromagnetism being movably connected at rectangular aperture upper edge keep off door A 37 one by one Collectively form, the boiler body 1 is externally provided with controller 38, the controller 38 respectively with crush feeding mechanism, air blower 21, variable speed turbine pressurization air-out mechanism, sample detection mechanism and waste gas recovery purification mechanism are electrically connected, on the controller 38 Equipped with commercial power interface 39 and capacitance touch screen 40, PLC system 41 is equipped in the controller 38；The combustion coal grinder Structure is by being located at the coal-fired one group of sliding rail 42 crushed in cabinet 3 in phase both side surface, being respectively and fixedly installed in sliding rail 42 and flexible In holding two opposite adjusting linear motors 43, being located at sliding rail 42 and its outer surface is stretched with adjusting linear motor 43 respectively Contracting end be fixedly connected two crushes driving motors 44, one group of pulley 45 being located in sliding rail 42, is respectively and fixedly installed to Two bearings 72, one end at 45 center of pulley respectively with the round end fixed connection device and the other end that crush driving motor 44 Two drive shafts 8 being inserted into corresponding bearing 72 respectively, the smashing and grinding wheel 46 being fixedly set in drive shaft 8 respectively are total to With what is constituted；The transmission device is fixedly mounted on coal dust feed inlet 2 by one end and other end stock is fixedly mounted on burning coal powder In broken cabinet 3 below on support frame 47, be fixedly mounted on 47 both ends of support frame shaft 25, be fixedly set in shaft 25 Driving wheel 48, the conveyer belt 49 that is sleeved on two driving wheels 48 and be fixedly mounted on 47 one end side of support frame and it is rotated The rotating electric machine 23 being fixedly connected with shaft 25 is held to collectively form；The waste gas recovery purification mechanism is by being fixedly mounted on boiler Waste gas purification lysate storage box body 50 on 1 side ground of ontology, the tank body being fixedly mounted on 1 side ground of boiler body 51, it is fixedly mounted on 1 side ground of boiler body and is located at the air accumulator 52 of 51 side of tank body, is located at 51 upper end side surface of tank body And be connected with waste gas purification lysate storage box body 50 inlet 53, go out on 51 bottom end side surface of tank body and with exhaust gas Air inlet 54 that gas end is connected, positioned at 51 top of tank body and be connected with air accumulator 52 gas outlet 55, be located at liquid outlet 22 On flowmeter counter 1 and be arranged in what the leaching liquid disc mechanism of upper end in tank body 51 collectively formed；The leaching liquid disc mechanism by Round leaching liquid plate 57 that edge side surface is fixedly mounted in tank body 51, the multiple circular holes 58 for being uniformly opened in round leaching liquid plate 57, It is fixedly mounted on round leaching 57 lower surface of liquid plate and collectively forms with the one-to-one mechanically decoupled trigger structure of circular hole 58；Institute It states mechanically decoupled trigger structure and is fixedly mounted on one group of miniature promotion straight line that on round leaching 57 lower surface of liquid plate and telescopic end is downward Motor 59, two vertical pull rods 60 that one end is fixedly connected and is parallel to each other with two miniature 59 telescopic ends of promotion linear motor, It is fixedly mounted on three separating plates 61 being arranged successively on two vertical pull rods 60 and from top to bottom, is opened on each separating plate 61 Sorting hole 62 collectively form；The rotating electric machine 23 is fixedly connected by snap fit with the edge of circular open；It is described Bluetooth sending device 29 is connected by Bluetooth signal with rotating electric machine 23；The active back plate mechanism is fixedly mounted on by being located at At tube body port and round end is the door 63 that horizontal rotating electric machine 23, edge are fixedly connected with 23 round end of rotating electric machine It is collectively formed with the flowmeter counter 2 64 being fixedly mounted at tube body port；Variable speed turbine pressurization air-out mechanism by with The outlet side of steam water pipe 31 be connected and be horizontally arranged turbine installation casing 65, be located at turbine installation casing 65 in and drive Variable speed turbine driving device 66 in axial direction and the turbine 68 being fixedly connected with the drive shaft 67 of variable speed turbine driving device are common It constitutes.

The characteristics of the present embodiment is that boiler body is fixedly mounted on the ground, and boiler body bottom side surfaces are equipped with Coal dust feed inlet, boiler body outer surface, which is equipped with, crushes feeding mechanism, crushes feeding mechanism and is fixedly mounted on by side surface Coal-fired on boiler body side surface crushes cabinet, positioned at the coal-fired taper fire coal block feed inlet crushed on cabinet upper surface, solid Dingan County crushes in cabinet mounted in coal-fired and coal-fired block disintegrating mechanism corresponding with taper fire coal block feed inlet, is fixedly mounted on combustion Coal crushes the coal dust storage box of box house, the throttling control switch positioned at coal dust storage box bottom exports, is fixedly mounted on coal The infrared range-measurement system of the outer lower surface of powder storage box is fixedly mounted in coal-fired crushing cabinet and is located at below coal dust storage box and determines Measuring tank wheel rotating mechanism and one end and the quantitative transmission that sheave rotating mechanism mutually overlaps and the other end is connected with coal dust feed inlet What device collectively formed, quantitative sheave rotating mechanism from be fixedly mounted on it is coal-fired crush in cabinet on lower surface and round end be to On sheave driving motor, be fixedly connected with sheave driving motor round end drive shaft, fixed with drive shaft end face at center The cutaway disk of connection is fixedly mounted on cutaway disk following table and rises and pivoted arm corresponding with notch, be fixedly mounted on pivoted arm Straight pin, be fixedly mounted on the coal-fired swivel bearing crushed in cabinet on lower surface, one end is inserted into branch in swivel bearing Support axis, the sheave being fixedly set in support shaft, the quantitative rotation Transport disc being fixedly connected with the support shaft other end at center, etc. It is micro- that angle is opened in four rectangle gap of quantitative rotation Transport disc edge, one group be inlaid in rectangle gap in both side surface Profile shaft is held, one end is inserted into two miniature shafts in miniature bearing respectively, be located in rectangle gap and its two outer surface with Rectangle quantitative slot that two miniature shaft other ends are fixedly connected is opened in each rectangle and quantifies the opening of front of the slot, is flexibly connected It is collectively formed in the electromagnetism gear door of opening, heat transfer cylinder body bottom side surface is equipped with coal dust feed inlet, heat transfer cylinder Internal bottom is equipped with burning groove corresponding with coal dust feed inlet, and burning groove inner surface is fixedly installed with the air blast being evenly distributed Machine, boiler body bottom end side surface are equipped with exhaust gas outlet side, and exhaust gas outlet side is connected with waste gas recovery purification mechanism, and exhaust gas returns Receive purification mechanism bottom outlet end be equipped with waste water minute metallic sort collecting mechanism, waste water minute metallic sort collecting mechanism by The circular open that is opened on the liquid outlet outer surface of waste gas recovery purification mechanism bottom outlet end, be mounted on circular open and Round end be inserted into the rotating electric machine inside liquid outlet, the bearing one being inlaid on the upper liquid outlet side surface of rotating electric machine opposite, Gear in one end and the shaft that the round end of rotating electric machine is flexibly connected and one end is inserted into bearing one, fixed package packing rotating shaft It is located at the pliable pressure sensor on one inner surface of bearing with the suction iron layer being located on gear surface and is located at pliable pressure and passes What the bluetooth sending device in sensor and the active back plate mechanism at liquid outlet port collectively formed, heat transfer cylinder with Coiling has steam water pipe between boiler body, and boiler body upper surface, the outlet of steam water pipe are stretched out in the outlet side of steam water pipe End is equipped with variable speed turbine and is pressurized air-out mechanism, and boiler body outer surface is equipped with the sample detection mechanism of different height, sample detection Mechanism is located in each sampling box body by being fixedly mounted on the sampling box body on boiler body outer surface and positioned at different height The horizontal linear sampling motor in portion, the gas sample dust collecter being fixedly connected with horizontal linear sampling motor flexible end, fixed peace Furnace gas vulcanization detection device, one end on boiler body outer surface be connected with each gas sample dust collecter and Multi-pass pipe that the other end and furnace gas vulcanization detection device are connected is opened on heat transfer cylinder side surface and and sampling box Corresponding rectangular aperture, the electromagnetism gear door A being movably connected at rectangular aperture upper edge are collectively formed body one by one, boiler sheet It is equipped with controller in vitro, controller is pressurized air-out mechanism, sample detection with crushing feeding mechanism, air blower, variable speed turbine respectively Mechanism and waste gas recovery purification mechanism are electrically connected, and controller is equipped with commercial power interface and capacitance touch screen, in controller Equipped with PLC system.The computer that sheave transports is crushed using a kind of purification of waste water coal charge of technical solution of the present invention production to supervise Quantitative detection exhaust gas power equipment is controlled, the stoking matter of boiler can be greatly increased by computer monitoring coal charge and purification of waste water It measures and by the exhaust mass after purification of waste water.

In the present embodiment, commercial power interface is connected to power supply, touches capacitance plate using control and start PLC, when PLC system System receives starting device after signal, crushes driving motor and opens, by coal charge grind into powder, powder by conveyer belt send to Boiler combustion slot, boiler combustion exhaust gas drain into tank body from exhaust gas outlet side, and waste gas purification lysate reaches leaching liquid by inlet Plate and being separated by separating plate to tank interior purifies exhaust gas, and purified exhaust gas is stored to air accumulator, purified useless Water is discharged by liquid outlet.

Above-mentioned technical proposal only embodies the optimal technical scheme of technical solution of the present invention, those skilled in the art The principle of the present invention is embodied to some variations that some of them part may be made, belongs to the scope of protection of the present invention it It is interior.

Claims (10)

1. a kind of purification of waste water coal charge crushes the computer monitoring quantitative detection exhaust gas power equipment that sheave transports, including boiler sheet Body (1) and heat transfer cylinder, which is characterized in that the boiler body (1) is fixedly mounted on the ground, the boiler body (1) bottom side surfaces are equipped with coal dust feed inlet (2), and boiler body (1) outer surface, which is equipped with, crushes feeding mechanism, institute It states coal-fired crushing cabinet (3) for crushing feeding mechanism and being fixedly mounted on boiler body (1) side surface by side surface, be located at fire coal It crushes the taper fire coal block feed inlet (4) on cabinet (3) upper surface, be fixedly mounted on coal-fired crush in cabinet (3) and and taper The corresponding coal-fired block disintegrating mechanism of coal-fired block feed inlet (4) is fixedly mounted on the coal-fired coal dust storage for crushing cabinet (3) inside Under case (5), the throttling control switch for being located at coal dust storage box (5) bottom export (69), are fixedly mounted on coal dust storage box (5) outside The infrared range-measurement system (6) on surface is fixedly mounted in coal-fired crushing cabinet (3) and is located at quantifying below coal dust storage box (5) Sheave rotating mechanism and one end and the quantitative transmission that sheave rotating mechanism mutually overlaps and the other end is connected with coal dust feed inlet (2) What device collectively formed, the quantitative sheave rotating mechanism is by being fixedly mounted on coal-fired crushing cabinet (3) interior lower surface and revolving Turn to hold as at upward sheave driving motor (7), the drive shaft (8) being fixedly connected with sheave driving motor (7) round end, center The cutaway disk (9) that is fixedly connected with drive shaft (8) end face is fixedly mounted on cutaway disk (9) following table and rises and opposite with notch The pivoted arm (10) answered, the straight pin (70) being fixedly mounted on pivoted arm (10) are fixedly mounted on and coal-fired crush cabinet (3) interior following table Support shaft (12) that swivel bearing (11) on face, one end are inserted into swivel bearing (11) is fixedly set in support shaft (12) On sheave (71), be fixedly connected with support shaft (12) other end at center quantitative rotation Transport disc (13), be angularly opened in Quantitatively rotate four rectangle gap (14) of Transport disc (13) edge, one be inlaid in rectangle gap (14) interior both side surface It organizes miniature bearing (15), two miniature shafts (16) that one end is inserted into respectively in miniature bearing (15), be located at rectangle gap (14) in and its two outer surface be fixedly connected with two miniature shaft (16) other ends rectangle quantitative slot (17), be opened in it is each What the opening (18) of rectangle quantitative slot (17) front end, electromagnetism gear door (19) for being movably connected in opening (18) collectively formed, it is described Heat transfer cylinder body bottom side surface is equipped with coal dust feed inlet (2), in the heat transfer cylinder bottom be equipped with and coal dust into The corresponding burning groove (20) of material mouth (2), burning groove (20) inner surface are fixedly installed with the air blower being evenly distributed (21), boiler body (1) the bottom end side surface is equipped with exhaust gas outlet side, and it is net that the exhaust gas outlet side is connected with waste gas recovery Change mechanism, waste gas recovery purification mechanism bottom outlet end is equipped with waste water minute metallic and sorts collecting mechanism, the waste water Minute metallic sorts collecting mechanism by being opened on liquid outlet (22) outer surface of waste gas recovery purification mechanism bottom outlet end Circular open is mounted on circular open and round end is inserted into the internal rotating electric machine (23) of liquid outlet (22), is inlaid in rotation The round end activity of bearing one (24), one end and rotating electric machine (23) on rotating motor (23) opposite upper liquid outlet (22) side surface Connection and one end are inserted into the shaft in bearing one (24) (25), the gear (26) on fixed package packing rotating shaft (25) and are located at gear (26) the suction iron layer (27) on surface is located at the pliable pressure sensor (28) on bearing one (24) inner surface and is located at flexibility Bluetooth sending device (29) in pressure sensor (28) and the common structure of active back plate mechanism at liquid outlet (22) port At, there is steam water pipe (31) coiling between the heat transfer cylinder and boiler body (1), the steam water pipe (31) goes out Boiler body (1) upper surface is stretched out at gas end, and the outlet side of the steam water pipe (31) is equipped with variable speed turbine and is pressurized air-out mechanism, institute The sample detection mechanism that boiler body (1) outer surface is equipped with different height is stated, the sample detection mechanism is by being fixedly mounted on pot Sampling box body (32) on furnace body (1) outer surface and positioned at different height is located at the internal water of each sampling box body (32) Flat line sampling motor (33), with horizontal linear sample motor (33) telescopic end be fixedly connected gas sample dust collecter (34), Furnace gas vulcanization detection device (35), one end and each gas sample being fixedly mounted on boiler body (1) outer surface Dust collecter (34) is connected and the other end and furnace gas vulcanization detection device (35) are connected multi-pass pipe (36) is opened in heat Transmitting cylinder side surface on and with sampling box body (32) one by one corresponding rectangular aperture, be movably connected in rectangular aperture upper edge What electromagnetism gear door A (37) at place collectively formed, the boiler body (1) is externally provided with controller (38), the controller (38) point Air-out mechanism, sample detection mechanism and waste gas recovery clearing machine are not pressurized with crushing feeding mechanism, air blower (21), variable speed turbine Structure is electrically connected, and the controller (38) is equipped with commercial power interface (39) and capacitance touch screen (40), the controller (38) PLC system (41) are equipped in.

2. a kind of purification of waste water coal charge according to claim 1 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the fire coal block disintegrating mechanism is by being located at coal-fired one crushed in cabinet (3) interior phase both side surface Group sliding rail (42) is respectively and fixedly installed to two adjusting linear motors (43) that sliding rail (42) is interior and telescopic end is opposite, difference position Two crushing driving electricity that interior and its outer surface is fixedly connected with adjusting linear motor (43) telescopic end respectively in sliding rail (42) Machine (44), one group of pulley (45) being located in sliding rail (42), two axis being respectively and fixedly installed at pulley (45) center It holds (72), one end and is inserted into corresponding axis respectively with the round end fixed connection device and the other end for crushing driving motor (44) respectively Hold two in (72) drive shafts (8), the smashing and grinding wheel (46) being fixedly set on drive shaft (8) respectively collectively forms.

3. a kind of purification of waste water coal charge according to claim 1 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the transmission device is fixedly mounted on coal dust feed inlet (2) by one end and other end stock is fixed Be mounted on the coal-fired support frame (47) crushed in cabinet (3) below, the shaft (25) for being fixedly mounted on support frame (47) both ends, It the driving wheel (48) that is fixedly set on shaft (25), the conveyer belt (49) being sleeved on two driving wheels (48) and is fixedly mounted In support frame (47) one end side and rotating electric machine (23) that its round end is fixedly connected with shaft (25) collectively forms.

4. a kind of purification of waste water coal charge according to claim 1 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the waste gas recovery purification mechanism is useless on boiler body (1) side ground by being fixedly mounted on Gas purification lysate storage box body (50), is fixedly mounted on the tank body (51) being fixedly mounted on boiler body (1) side ground Boiler body (1) side ground and be located at tank body (51) side air accumulator (52), be located at tank body (51) upper end side surface and with Inlet (53) that waste gas purification lysate storage box body (50) is connected is located on tank body (51) bottom end side surface and and exhaust gas Air inlet (54) that outlet side is connected, gas outlet (55), the position for being located at tank body (51) top and being connected with air accumulator (52) In the flowmeter counter one (56) on liquid outlet (22) and it is arranged what the leaching liquid disc mechanism in tank body (51) interior upper end collectively formed.

5. a kind of purification of waste water coal charge according to claim 4 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the leaching liquid disc mechanism is fixedly mounted on the round leaching liquid in tank body (51) by edge side surface Plate (57), the multiple circular holes (58) for being uniformly opened in round leaching liquid plate (57) are fixedly mounted on round leaching liquid plate (57) lower surface And collectively formed with the one-to-one mechanically decoupled trigger structure of circular hole (58).

6. a kind of purification of waste water coal charge according to claim 5 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the mechanically decoupled trigger structure is fixedly mounted on round leaching liquid plate (57) lower surface and flexible One group of downward miniature promotion linear motor (59) of end, one end is fixedly connected with two miniature promotion linear motor (59) telescopic ends And be parallel to each other two vertical pull rods (60), be fixedly mounted on two vertical pull rods (60) and be arranged successively from top to bottom Three separating plates (61), the sorting hole (62) being opened on each separating plate (61) collectively form.

7. a kind of purification of waste water coal charge according to claim 1 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the rotating electric machine (23) is fixedly connected by snap fit with the edge of circular open.

8. a kind of purification of waste water coal charge according to claim 1 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the bluetooth sending device (29) is connected by Bluetooth signal with rotating electric machine (23).

9. a kind of purification of waste water coal charge according to claim 1 crushes the computer monitoring quantitative detection exhaust gas that sheave transports Power equipment, which is characterized in that the active back plate mechanism is fixedly mounted on tube body port and round end by being located at as level Rotating electric machine (23), the door (63) that is fixedly connected with rotating electric machine (23) round end of edge and be fixedly mounted on tube end What the flowmeter counter two (64) at mouthful collectively formed.

10. it is useless that a kind of purification of waste water coal charge according to claim 1 crushes the computer monitoring quantitative detection that sheave transports Gas power equipment, which is characterized in that the variable speed turbine pressurization air-out mechanism with the outlet side of steam water pipe (31) by being connected And the turbine installation casing (65) being horizontally arranged, the variable speed turbine driving in turbine installation casing (65) and on driving axial What device (66) and the turbine (68) being fixedly connected with the drive shaft (67) of variable speed turbine driving device collectively formed.