CN208480589U - A kind of tobacco equipment exhausting moisture pipeline drainage device - Google Patents

Abstract

The utility model discloses a kind of tobacco equipment exhausting moisture pipeline drainage devices, its structure includes steam condensing filter, switching door, foot prop, ring flange, steel pipe, convex block, working station indicator, hanging ring pastes ear, rear bearing sheet, wind pipe, control panel, power supply line, switching door is articulated with the positive lower end of steam condensing filter, control panel is fixed by screws in the positive upper end of steam condensing filter, power supply line glue connection is connected to the lower end of control panel, foot prop is welded in the lower surface of steam condensing filter, steel pipe is embedded in the lower end on the right surface of steam condensing filter, the utility model is by being equipped with steam condensing filter, the gas of tobacco equipment generation can quickly be sucked, then gas is condensed and is filtered, while having purified air, prevent gas backstreaming, enable tobacco equipment It is enough to run well, it is easy to use.

Description

A kind of tobacco equipment exhausting moisture pipeline drainage device

Technical field

The present invention is a kind of tobacco equipment exhausting moisture pipeline drainage device, belongs to exhausting moisture pipeline field.

Background technique

Exhausting moisture pipeline generated gas when being exactly for draining equipment operation, gas includes steam and dust, drains gas Body just can guarantee the normal operation of equipment, prevent equipment from making moist.

But the equipment of the prior art is at runtime, humidity discharging efficiency is lower, and the dust in gas and vapor cannot be by Effective processing, if opposing steam flow, can make equipment make moist, influence the normal use of equipment.

Summary of the invention

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of tobacco equipment exhausting moisture pipeline drainage device, To solve the equipment of the prior art at runtime, humidity discharging efficiency is lower, and the dust in gas cannot be effective with vapor Processing, if opposing steam flow, the problem of equipment being made to make moist, influence the normal use of equipment.

To achieve the goals above, the present invention is to realize by the following technical solutions: a kind of tobacco equipment humidity discharging pipe Road drainage device, structure include steam condensing filter, switching door, foot prop, ring flange, steel pipe, convex block, work shape State indicator light, hanging ring paste ear, rear bearing sheet, wind pipe, control panel, power supply line, and the switching door is articulated with steam condensation The positive lower end of filter device, the control panel is fixed by screws in the positive upper end of steam condensing filter, described Power supply line glue connection is connected to the lower end of control panel, and the foot prop is welded in the lower surface of steam condensing filter, the steel Pipeline is embedded in the lower end on the right surface of steam condensing filter, and the ring flange is welded in the right end of steel pipe, the convex block It is fitted in the upper end on the right surface of steam condensing filter, the wind pipe is embedded in a left side for steam condensing filter upper surface End, the hanging ring patch ear are welded in the center of steam condensing filter upper surface, and the working station indicator glue connection is connected to The front end of steam condensing filter upper surface, the rear bearing sheet are welded in the rear end of steam condensing filter upper surface, The working station indicator is in the same plane with hanging ring patch ear, and the steam condensing filter is quickly sucked by steam Structure, motor-driven structure, dust wash structure, dust-filtering structure, belt transmission structure, condenser cooling structure, device Shell, ball float water level control structure composition, the quick suction structure of steam are fitted in the lower end inside crust of the device, the electricity Machine driving structure is movably connected on the upper end of the quick suction structure of steam, and the dust washing structure is fitted in motor-driven structure Left end, left end of the dust-filtering structure welding inside crust of the device, the belt transmission structure is fitted in dust water The lower end of structure is washed, the condenser cooling structure is welded in the rear end inside crust of the device, the ball float water level control structure Embedded in the inside of the quick suction structure of steam.

Further, the quick suction structure of the steam is synchronous by header tank, fluted disc fixed block, worm screw support plate, worm screw Band, exhausting shaft, blade, outlet conduit, air draft pipe, worm screw, connecting rod, fluted disc composition, the header tank are welded in outside device Lower end inside shell, the outlet conduit are embedded in the lower right corner of header tank, and the air draft pipe is welded in the right surface of header tank Middle section, the fluted disc fixed block are fitted in the upper right corner of header tank, and the exhausting shaft is movably connected on the right side of worm screw support plate End, the worm screw support plate are welded in the right end inside header tank, and the blade is embedded in the right end of exhausting shaft, and the exhausting turns Axis is connect by worm screw synchronous belt with worm-drive, and the worm screw is engaged on the lower end of fluted disc, and the fluted disc is movably connected on tooth The right end of disk fixed block, the lower mechanical of the connecting rod are connected to the front of fluted disc, and the upper end of the connecting rod is movably connected on electricity The lower end of the lower end of machine driving structure, the fluted disc fixed block and belt transmission structure is mutually welded, the header tank and dust mistake The lower end of filter structure fits, and the right end of the fluted disc fixed block and condenser cooling structure mutually welds.

Further, the motor-driven structure is by crank, crank attachment base, compound fluted disc synchronous belt, compound gear, drive Dynamic motor, straight-tooth shaft, motor fixing seat composition, the crank are movably connected on the right end of crank attachment base, the composite teeth Wheel is connect by compound fluted disc synchronous belt with crank gearing, and the straight-tooth shaft is movably connected on the left end of driving motor, described Straight-tooth shaft and the upper gap of compound gear cooperate, and the driving motor is fixed by screws in the lower end of motor fixing seat, The right end of the motor fixing seat and dust washing structure mutually welds.

Further, dust washing structure by motor, connecting shaft, conical gear, turntable, turntable connecting rod, push plate, Check valve, water drum, sprinkler composition, the connecting shaft are movably connected on the left end of motor, and the conical gear is nested in connecting shaft Left end, the frontal clearance of the conical gear and turntable cooperates, and the right end of the turntable connecting rod is movably connected on turntable Front, the left end of the turntable connecting rod are mechanically connected to the right end of push plate, the inner wall clearance fit of the push plate and water drum, institute The upper end that check valve is welded in water drum is stated, the spray head is embedded in the left end of water drum, the right end of the spray head and dust-filtering structure The upper end of clearance fit, the motor and belt transmission structure fits.

Further, the dust-filtering structure is connected by steam filtration case, the first filter plate, the second filter plate, filter plate Plate, cleaning cylinder synchronous belt, lower cleaning cylinder, upper cleaning cylinder, steam condenser pipe road composition, the steam condenser pipe road is welded in steam The lower end of Rose Box, the filter plate connecting plate are fitted in the left end inside steam filtration case, and first filter plate is welded in filter The upper end on the right surface of plate connecting plate, second filter plate are welded in the lower end on the right surface of filter plate connecting plate, and the cleaning cylinder is same The lower loop of band is walked around the front end for being connected to lower cleaning cylinder, the lower cleaning cylinder is driven by cleaning cylinder synchronous belt and upper cleaning cylinder Connection, the left end clearance fit of the upper cleaning cylinder and belt transmission structure.

Further, the belt transmission structure is by spring connecting column, long connecting plate, the first composite sync band, compound rolling Cylinder, the second composite sync band, impeller shaft, synchronous belt, third composite sync band, long synchronizing wheel, short shaft composition, the spring connect The right end that column is welded in long connecting plate lower surface is connect, the lower loop of the first composite sync band is before being connected to composite roller End, the composite roller are sequentially connected by the second composite sync band and impeller shaft, and the impeller shaft passes through synchronous belt and short turn Axis transmission connection, the third composite sync band gap cooperation is in the outer ring of long synchronizing wheel.

Further, the condenser cooling structure by air compressor, upper transmission pipeline, lower connector road, condenser, Throttle valve composition, the upper transmission pipeline glue connection are connected to the upper end of air compressor, and the left end in the lower connector road is fitted in The lower end of air compressor, the right end glue connection in the lower connector road are connected to the left end of condenser, and the throttle valve is embedded in condensation The right end of device.

Further, the ball float water level control structure is by the first spur gear, long synchronous belt, roller, thin connecting rod, water blockoff Block, floating ball, limit plate, tooth plate, the second spur gear composition, the water blockoff block is movably connected on the right end of thin connecting rod, described thin Connecting rod is mechanically connected to the front end of roller, and the roller is connect by long synchronous belt with the first Spur Gear Driving, and described first Spur gear is engaged on the left end of the second spur gear, and the second spur gear clearance fit runs through in the left end of tooth plate, the tooth plate The upper surface of limit plate, the floating ball glue connection are connected to the lower end of tooth plate.

Beneficial effect

A kind of tobacco equipment exhausting moisture pipeline drainage device of the present invention when in use places equipment in place, will The connection of the exhausting moisture pipeline of ring flange and tobacco equipment, then operator opens driving motor, rotates driving motor, then straight-tooth Shaft rotation, straight-tooth shaft drive compound gear, rotate compound gear, and then compound gear passes through compound fluted disc synchronous belt band Dynamic crank, rotates crank, then crank handle turns connecting rod, makes link rotatable, and then connecting rod band active toothed disk, rotates fluted disc, tooth Disk drives worm screw, and worm screw drives exhausting shaft by worm screw synchronous belt, rotates exhausting shaft, then exhausting shaft band movable vane Steam is sucked header tank by piece, is then communicated to steam condenser pipe road, and operator opens air compressor, and air compressor will Gas compression is transferred to condenser by lower connector road, is being transferred to throttle valve, is eventually passing back to air compressor, at this Cold air can be generated in the process, cold air cools down steam condenser pipe road, and make the water condensation in steam, flows back to header tank, Then then gas transport is intercepted by the first filter plate and the second filter plate in the first filtering to steam filtration case, dust On plate and the second filter plate, remaining gas then device for transferring, then operator opens motor, and motor drives connecting shaft, then justifies Bevel gear rotation, makes turntable with rotation, driven by rotary disc turntable connecting rod, so that push plate is done left and right and moves repeatedly, and push plate is to moving to left Water in water drum is squeezed out from spray head when dynamic, when push plate moves right, water is sucked from check valve, repeatedly this process, spray head spray Water out cleans the first filter plate and the dust on the second filter plate, compound same by first in connecting shaft rotation Step band drives composite roller, and cold air caused by condenser is then blown to steam by the second composite sync band impeller axis Condensation pipe further cools down steam, and impeller shaft rotates long synchronizing wheel, then passes through third composite sync band band Dynamic upper cleaning cylinder rotates cleaning cylinder, then makes lower cleaning cylinder rotation by cleaning cylinder synchronous belt, to the first filter plate and the Dust on two filter plates is further cleared up, and mix dust flows to header tank in water, from steam condenser pipe road, makes to collect Cistern water level rises, and then floating ball rises, and band moving tooth plate moves up tooth plate, and then the second spur gear drives the first spur gear, makes The rotation of first spur gear, then drives roller by long synchronous belt, and roller drives thin connecting rod again, moves downward water blockoff block, By water device for transferring.

A kind of tobacco equipment exhausting moisture pipeline drainage device of the present invention can be quick by being equipped with steam condensing filter The gas that tobacco equipment generates is sucked, then gas is condensed and filtered, while having purified air, prevents gas from returning Stream, enables tobacco equipment to run well, easy to use.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of tobacco equipment exhausting moisture pipeline drainage device of the present invention.

Fig. 2 is the structural schematic diagram of steam condensing filter of the present invention.

Fig. 3 is the structural schematic diagram after motor-driven structure of the present invention rotation.

Fig. 4 is structural schematic diagram when ball float water level control structure of the present invention discharges water.

In figure: steam condensing filter -1, switching door -2, foot prop -3, ring flange -4, steel pipe -5, convex block -6, Working station indicator -7, hanging ring paste ear -8, rear bearing sheet -9, wind pipe -10, control panel -11, power supply line -12, steam Quick suction structure -101, motor-driven structure -102, dust washing structure -103, dust-filtering structure -104, belt transmission Structure -105, condenser cooling structure -106, crust of the device -107, ball float water level control structure -108, header tank -10101, Fluted disc fixed block -10102, worm screw support plate -10103, worm screw synchronous belt -10104, exhausting shaft -10105, blade - 10106, outlet conduit -10107, air draft pipe -10108, worm screw -10109, connecting rod -10110, fluted disc -10111, crank - 10201, crank attachment base -10202, compound fluted disc synchronous belt -10203, compound gear -10204, driving motor -10205, straight Tooth shaft -10206, motor fixing seat -10207, motor -10301, connecting shaft -10302, conical gear -10303, turntable - 10304, turntable connecting rod -10405, push plate -10306, check valve -10307, water drum -10308, spray head -10309, steam filtration Case -10401, the first filter plate -10402, the second filter plate -10403, filter plate connecting plate -10404, cleaning cylinder synchronous belt - 10405, lower cleaning cylinder -10406, upper cleaning cylinder -10407, steam condenser pipe road -10408, spring connecting column -10501, long company Fishplate bar -10502, the first composite sync band -10503, composite roller -10504, the second composite sync band -10505, impeller shaft - 10506, synchronous belt -10507, third composite sync band -10508, long synchronizing wheel -10509, short shaft -10510, air compression Machine -10601, upper transmission pipeline -10602, lower connector road -10603, condenser -10604, throttle valve -10605, first are directly Gear -10801, long synchronous belt -10802, roller -10803, thin connecting rod -10804, water blockoff block -10805, floating ball -10806, Limit plate -10807, tooth plate -10808, the second spur gear -10809.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.

Fig. 1-Fig. 4 is please referred to, the present invention provides a kind of tobacco equipment exhausting moisture pipeline drainage device: its structure includes that steam is cold Solidifying filter device 1, switching door 2, foot prop 3, ring flange 4, steel pipe 5, convex block 6, working station indicator 7, hanging ring patch ear 8, Rear bearing sheet 9, wind pipe 10, control panel 11, power supply line 12, the switching door 2 are being articulated with steam condensing filter 1 just The lower end in face, the control panel 11 are fixed by screws in the positive upper end of steam condensing filter 1, the power supply line 12 Glue connection is connected to the lower end of control panel 11, and the foot prop 3 is welded in the lower surface of steam condensing filter 1, the steel pipe Road 5 is embedded in the lower end on the right surface of steam condensing filter 1, and the ring flange 4 is welded in the right end of steel pipe 5, described convex Block 6 is fitted in the upper end on the right surface of steam condensing filter 1, and the wind pipe 10 is on steam condensing filter 1 The left end on surface, the hanging ring patch ear 8 are welded in the center of 1 upper surface of steam condensing filter, the working status indication 7 glue connection of lamp is connected to the front end of 1 upper surface of steam condensing filter, and the rear bearing sheet 9 is welded in steam condensing filter 1 The rear end of upper surface, the working station indicator 7 are in the same plane with hanging ring patch ear 8, the steam condensation filtering dress It sets 1 and structure 103, dust-filtering structure 104, belt is washed by the quick suction structure 101 of steam, motor-driven structure 102, dust Drive mechanism 105, condenser cooling structure 106, crust of the device 107, ball float water level control structure 108 form, and the steam is fast Fast suction structure 101 is fitted in the lower end inside crust of the device 107, and it is fast that the motor-driven structure 102 is movably connected on steam The upper end of fast suction structure 101, the dust washing structure 103 are fitted in the left end of motor-driven structure 102, the dust mistake Filter structure 104 is welded in the left end inside crust of the device 107, and the belt transmission structure 105 is fitted in dust washing structure 103 lower end, the condenser cooling structure 106 are welded in the rear end inside crust of the device 107, the ball float water level control knot Structure 108 is embedded in the inside of the quick suction structure 101 of steam, and the quick suction structure 101 of steam is by header tank 10101, fluted disc Fixed block 10102, worm screw support plate 10103, worm screw synchronous belt 10104, exhausting shaft 10105, blade 10106, outlet conduit 10107, air draft pipe 10108, worm screw 10109, connecting rod 10110, fluted disc 10111 form, and the header tank 10101 is welded in Lower end inside crust of the device 107, the outlet conduit 10107 are embedded in the lower right corner of header tank 10101, the air draft pipe 10108 are welded in the middle section on the right surface of header tank 10101, and the fluted disc fixed block 10102 is fitted in the upper right of header tank 10101 Angle, the exhausting shaft 10105 are movably connected on the right end of worm screw support plate 10103, and the worm screw support plate 10103 is welded in Right end inside header tank 10101, the blade 10106 are embedded in the right end of exhausting shaft 10105, the exhausting shaft 10105 It is sequentially connected by worm screw synchronous belt 10104 and worm screw 10109, the worm screw 10109 is engaged on the lower end of fluted disc 10111, institute The right end that fluted disc 10111 is movably connected on fluted disc fixed block 10102 is stated, the lower mechanical of the connecting rod 10110 is connected to fluted disc The upper end in 10111 front, the connecting rod 10110 is movably connected on the lower end of motor-driven structure 102, and the fluted disc is fixed Block 10102 and the lower end of belt transmission structure 105 are mutually welded, the lower end of the header tank 10101 and dust-filtering structure 104 It fits, the right end of the fluted disc fixed block 10102 and condenser cooling structure 106 mutually welds, the motor-driven structure 102 By crank 10201, crank attachment base 10202, compound fluted disc synchronous belt 10203, compound gear 10204, driving motor 10205, Straight-tooth shaft 10206, motor fixing seat 10207 form, and the crank 10201 is movably connected on the right side of crank attachment base 10202 End, the compound gear 10204 are sequentially connected by compound fluted disc synchronous belt 10203 with crank 10201, the straight-tooth shaft 10206 are movably connected on the left end of driving motor 10205, between the straight-tooth shaft 10206 and the upper end of compound gear 10204 Gap cooperation, the driving motor 10205 are fixed by screws in the lower end of motor fixing seat 10207, the motor fixing seat 10207 right ends for washing structure 103 with dust mutually weld, and the dust washing structure 103 is by motor 10301, connecting shaft 10302, conical gear 10303, turntable 10304, turntable connecting rod 10305, push plate 10306, check valve 10307, water drum 10308, spray head 10309 forms, and the connecting shaft 10302 is movably connected on the left end of motor 10301, the conical gear 10303 are nested in the left end of connecting shaft 10302, and the frontal clearance of the conical gear 10303 and turntable 10304 cooperates, described The right end of turntable connecting rod 10305 is movably connected on the front of turntable 10304, and the left end of the turntable connecting rod 10305 is mechanical It is connected to the right end of push plate 10306, the inner wall clearance fit of the push plate 10306 and water drum 10308, the check valve 10307 are welded in the upper end of water drum 10308, and the spray head 10309 is embedded in the left end of water drum 10308, the spray head 10309 and powder The upper end of the right end clearance fit of dirt filter structure 104, the motor 10301 and belt transmission structure 105 fits, the powder Dirt filter structure 104 is by steam filtration case 10401, the first filter plate 10402, the second filter plate 10403, filter plate connecting plate 10404, cleaning cylinder synchronous belt 10405, lower cleaning cylinder 10406, upper cleaning cylinder 10407, steam condenser pipe road 10408 form, institute The lower end that steam condenser pipe road 10408 is welded in steam filtration case 10401 is stated, the filter plate connecting plate 10404 is fitted in steam Left end inside Rose Box 10401, first filter plate 10402 are welded in the upper end on the right surface of filter plate connecting plate 10404, Second filter plate 10403 is welded in the lower end on the right surface of filter plate connecting plate 10404, the cleaning cylinder synchronous belt 10405 Lower loop around the front end for being connected to lower cleaning cylinder 10406, the lower cleaning cylinder 10406 by cleaning cylinder synchronous belt 10405 with it is upper Cleaning cylinder 10407 is sequentially connected, the left end clearance fit of the upper cleaning cylinder 10407 and belt transmission structure 105, the belt Drive mechanism 105 is by spring connecting column 10501, long connecting plate 10502, the first composite sync band 10503, composite roller 10504, the second composite sync band 10505, impeller shaft 10506, synchronous belt 10507, third composite sync band 10508, long synchronization Wheel 10509, short shaft 10510 form, and the spring connecting column 10501 is welded in the right end of long 10502 lower surface of connecting plate, institute The lower loop of the first composite sync band 10503 is stated around the front end for being connected to composite roller 10504, the composite roller 10504 is logical The second composite sync band 10505 is crossed to be sequentially connected with impeller shaft 10506, the impeller shaft 10506 by synchronous belt 10507 with it is short Shaft 10510 is sequentially connected, and 10508 clearance fit of third composite sync band is described cold in the outer ring of long synchronizing wheel 10509 Condenser cooling structure 106 by air compressor 10601, upper transmission pipeline 10602, lower connector road 10603, condenser 10604, Throttle valve 10605 forms, and upper 10602 glue connection of transmission pipeline is connected to the upper end of air compressor 10601, the lower connector The left end in road 10603 is fitted in the lower end of air compressor 10601, and the right end glue connection in the lower connector road 10603 is connected to cold The left end of condenser 10604, the throttle valve 10605 are embedded in the right end of condenser 10604, the ball float water level control structure 108 By the first spur gear 10801, long synchronous belt 10802, roller 10803, thin connecting rod 10804, water blockoff block 10805, floating ball 10806, limit plate 10807, tooth plate 10808, the second spur gear 10809 composition, the water blockoff block 10805, which is movably connected on, carefully to be connected The right end of extension bar 10804, the thin connecting rod 10804 are mechanically connected to the front end of roller 10803, and the roller 10803 passes through Long synchronous belt 10802 and the first spur gear 10801 are sequentially connected, and first spur gear 10801 is engaged on the second spur gear 10809 left end, 10809 clearance fit of the second spur gear is in the left end of tooth plate 10808, and the tooth plate 10808 is through limit The upper surface of position plate 10807,10806 glue connection of floating ball are connected to the lower end of tooth plate 10808.

Air compressor 10601 of the present invention is a kind of equipment to compressed gas, air compressor and water pump Construct similar, most of air compressors are reciprocating-piston, rotating vane or rotary screw.

When in use, equipment is placed in place, ring flange 4 is connect with the exhausting moisture pipeline of tobacco equipment, so Operator opens driving motor 10205 afterwards, rotates driving motor 10205, and then straight-tooth shaft 10206 rotates, straight-tooth shaft 10206 drive compound gear 10204, rotate compound gear 10204, and then compound gear 10204 is synchronous by compound fluted disc Band 10203 drives crank 10201, rotates crank 10201, and then crank 10201 drives connecting rod 10110, makes connecting rod 10110 Rotation, then connecting rod 10110 rotates fluted disc 10111 with active toothed disk 10111, and fluted disc 10111 drives worm screw 10109, worm screw 10109 drive exhausting shaft 10105 by worm screw synchronous belt 10104, rotate exhausting shaft 10105, then exhausting shaft 10105 band movable vane pieces 10106, suck header tank 10101 for steam, are then communicated to steam condenser pipe road 10408, operator opens Air compressor 10601 is opened, air compressor 10601 is transferred to condenser by gas compression, by lower connector road 10603 10604, it is being transferred to throttle valve 10605, is eventually passing back to air compressor 10601, cold air can be generated in this process, it is cold Air cools down steam condenser pipe road 10408, makes the water condensation in steam, flows back to header tank 10101, then gas transport To steam filtration case 10401, dust is filtered by the first filter plate 10402 and the second filter plate 10403, is then intercepted in the first mistake On filter plate 10402 and the second filter plate 10403, remaining gas then device for transferring, then operator opens motor 10301, motor 10301 drive connecting shaft 10302, and then conical gear 10303 rotates, and make turntable 10304 with rotation, and turntable 10304 drives Turntable connecting rod 10305 makes push plate 10306 do left and right and moves repeatedly, will be in water drum 10308 when push plate 10306 is moved to the left Water is squeezed out from spray head 10309, and when push plate 10306 moves right, water is sucked from check valve 10307, repeatedly this process, spray head 10309 water sprayed, clean the first filter plate 10402 and the dust on the second filter plate 10403, in connecting shaft When 10302 rotation, composite roller 10504 is driven by the first composite sync band 10503, then passes through the second composite sync band Cold air caused by condenser 10604 is blown to steam condenser pipe road 10408 by 10505 impeller axis 10506, is carried out to steam Further cooling, impeller shaft 10506 rotates long synchronizing wheel 10509, is then driven by third composite sync band 10508 Upper cleaning cylinder 10407 rotates cleaning cylinder 10407, then makes 10406 turns of lower cleaning cylinder by cleaning cylinder synchronous belt 10405 It is dynamic, the first filter plate 10402 and the dust on the second filter plate 10403 are further cleared up, mix dust in water, Header tank 10101 is flowed to from steam condenser pipe road 10408, increase 10101 water level of header tank, then floating ball 10806 rises, band Moving tooth plate 10808 moves up tooth plate 10808, and then the second spur gear 10809 drives the first spur gear 10801, makes first straight Gear 10801 rotates, and then drives roller 10803 by long synchronous belt 10802, and roller 10803 drives thin connecting rod again 10804, move downward water blockoff block 10805, by water device for transferring.

Problems solved by the invention be the equipment of the prior art at runtime, humidity discharging efficiency is lower, and the dust in gas It cannot effectively be handled with vapor, if opposing steam flow, equipment can be made to make moist, influence the normal use of equipment, the present invention is logical Being combined with each other for above-mentioned component is crossed, the gas of tobacco equipment generation can be quickly sucked, then gas is condensed and filtered, While having purified air, gas backstreaming is prevented, tobacco equipment is enable to run well, it is easy to use.

The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (8)

1. a kind of tobacco equipment exhausting moisture pipeline drainage device, structure includes steam condensing filter (1), switching door (2), foot Frame (3), ring flange (4), steel pipe (5), convex block (6), working station indicator (7), hanging ring paste ear (8), rear bearing sheet (9), wind pipe (10), control panel (11), power supply line (12), it is characterised in that:

The switching door (2) is articulated with steam condensing filter (1) positive lower end, and the control panel (11) passes through screw It is fixed on steam condensing filter (1) positive upper end, power supply line (12) glue connection is connected to the lower end of control panel (11), The foot prop (3) is welded in the lower surface of steam condensing filter (1), and the steel pipe (5) is embedded in steam condensation filtering The lower end on device (1) right surface, the ring flange (4) are welded in the right end of steel pipe (5), and the convex block (6) is fitted in steaming The upper end on vapour condensing filter (1) right surface, the wind pipe (10) is embedded in steam condensing filter (1) upper surface Left end, hanging ring patch ear (8) are welded in the center of steam condensing filter (1) upper surface, the working station indicator (7) glue connection is connected to the front end of steam condensing filter (1) upper surface, and the rear bearing sheet (9) is welded in steam condensation filtering The rear end of device (1) upper surface, the working station indicator (7) are in the same plane with hanging ring patch ear (8)；

The steam condensing filter (1) is washed by the quick suction structure of steam (101), motor-driven structure (102), dust Structure (103), dust-filtering structure (104), belt transmission structure (105), condenser cooling structure (106), crust of the device (107), ball float water level control structure (108) forms；

The quick suction structure of steam (101) is fitted in the internal lower end of crust of the device (107), the motor-driven structure (102) it is movably connected on the upper end of the quick suction structure of steam (101), dust washing structure (103) is fitted in motor drive The left end of dynamic structure (102), the dust-filtering structure (104) are welded in the internal left end of crust of the device (107), the belt Drive mechanism (105) is fitted in the lower end of dust washing structure (103), and the condenser cooling structure (106) is welded in device The internal rear end of shell (107), the ball float water level control structure (108) are embedded in the inside of the quick suction structure of steam (101).

2. a kind of tobacco equipment exhausting moisture pipeline drainage device according to claim 1, it is characterised in that: the steam is quick Suction structure (101) is by header tank (10101), fluted disc fixed block (10102), worm screw support plate (10103), worm screw synchronous belt (10104), exhausting shaft (10105), blade (10106), outlet conduit (10107), air draft pipe (10108), worm screw (10109), connecting rod (10110), fluted disc (10111) composition, it is internal that the header tank (10101) is welded in crust of the device (107) Lower end, the outlet conduit (10107) is embedded in the lower right corner of header tank (10101), and the air draft pipe (10108) is welded in The middle section on header tank (10101) right surface, the fluted disc fixed block (10102) are fitted in the upper right corner of header tank (10101), institute State the right end that exhausting shaft (10105) is movably connected on worm screw support plate (10103), worm screw support plate (10103) welding In the internal right end of header tank (10101), the blade (10106) is embedded in the right end of exhausting shaft (10105), and the exhausting turns Axis (10105) is sequentially connected by worm screw synchronous belt (10104) and worm screw (10109), and the worm screw (10109) is engaged on fluted disc (10111) lower end, the fluted disc (10111) are movably connected on the right end of fluted disc fixed block (10102), the connecting rod (10110) lower mechanical is connected to the front of fluted disc (10111), and the upper end of the connecting rod (10110) is movably connected on motor The lower end of driving structure (102), the fluted disc fixed block (10102) and the lower end of belt transmission structure (105) are mutually welded, described Header tank (10101) and the lower end of dust-filtering structure (104) fit, and the fluted disc fixed block (10102) and condenser are cold But the right end of structure (106) mutually welds.

3. a kind of tobacco equipment exhausting moisture pipeline drainage device according to claim 1 or 2, it is characterised in that: the motor Driving structure (102) is by crank (10201), crank attachment base (10202), compound fluted disc synchronous belt (10203), compound gear (10204), driving motor (10205), straight-tooth shaft (10206), motor fixing seat (10207) composition, the crank (10201) It is movably connected on the right end of crank attachment base (10202), the compound gear (10204) passes through compound fluted disc synchronous belt (10203) it is sequentially connected with crank (10201), the straight-tooth shaft (10206) is movably connected on a left side for driving motor (10205) End, the upper gap cooperation of the straight-tooth shaft (10206) and compound gear (10204), the driving motor (10205) pass through Screw is fixed on the lower end of motor fixing seat (10207), and the motor fixing seat (10207) and dust wash structure (103) Right end mutually welds.

4. a kind of tobacco equipment exhausting moisture pipeline drainage device according to claim 3, it is characterised in that: the dust washing Structure (103) is by motor (10301), connecting shaft (10302), conical gear (10303), turntable (10304), turntable connecting rod (10305), push plate (10306), check valve (10307), water drum (10308), spray head (10309) composition, the connecting shaft (10302) it is movably connected on the left end of motor (10301), the conical gear (10303) is nested in a left side for connecting shaft (10302) End, the frontal clearance cooperation of the conical gear (10303) and turntable (10304), the right end of the turntable connecting rod (10305) It is movably connected on the front of turntable (10304), the left end of the turntable connecting rod (10305) is mechanically connected to push plate (10306) Right end, the inner wall clearance fit of the push plate (10306) and water drum (10308), the check valve (10307) is welded in water drum (10308) upper end, the spray head (10309) are embedded in the left end of water drum (10308), the spray head (10309) and dust-filtering The right end clearance fit of structure (104), the motor (10301) and the upper end of belt transmission structure (105) fit.

5. a kind of tobacco equipment exhausting moisture pipeline drainage device according to claim 1 or 4, it is characterised in that: the dust Filter structure (104) is connected by steam filtration case (10401), the first filter plate (10402), the second filter plate (10403), filter plate Plate (10404), cleaning cylinder synchronous belt (10405), lower cleaning cylinder (10406), upper cleaning cylinder (10407), steam condenser pipe road (10408) it forms, the steam condenser pipe road (10408) is welded in the lower end of steam filtration case (10401), the filter plate connection Plate (10404) is fitted in the internal left end of steam filtration case (10401), and first filter plate (10402) is welded in filter plate company The upper end on fishplate bar (10404) right surface, second filter plate (10403) are welded in filter plate connecting plate (10404) right surface Lower end, the lower loop of the cleaning cylinder synchronous belt (10405) is around the front end for being connected to lower cleaning cylinder (10406), the lower cleaning Cylinder (10406) is sequentially connected by cleaning cylinder synchronous belt (10405) and upper cleaning cylinder (10407), the upper cleaning cylinder (10407) With the left end clearance fit of belt transmission structure (105).

6. a kind of tobacco equipment exhausting moisture pipeline drainage device according to claim 2 or 4, it is characterised in that: the belt Drive mechanism (105) is by spring connecting column (10501), long connecting plate (10502), the first composite sync band (10503), compound rolling Cylinder (10504), the second composite sync band (10505), impeller shaft (10506), synchronous belt (10507), third composite sync band (10508), long synchronizing wheel (10509), short shaft (10510) composition, the spring connecting column (10501) are welded in long connecting plate (10502) right end of lower surface, the lower loop of the first composite sync band (10503) is around being connected to composite roller (10504) Front end, the composite roller (10504) is sequentially connected by the second composite sync band (10505) and impeller shaft (10506), institute It states impeller shaft (10506) to be sequentially connected by synchronous belt (10507) and short shaft (10510), the third composite sync band (10508) outer ring of the clearance fit in long synchronizing wheel (10509).

7. a kind of tobacco equipment exhausting moisture pipeline drainage device according to claim 2, it is characterised in that: the condenser is cold But structure (106) is by air compressor (10601), upper transmission pipeline (10602), lower connector road (10603), condenser (10604), throttle valve (10605) forms, and upper transmission pipeline (10602) glue connection is connected to the upper of air compressor (10601) End, the left end of the lower connector road (10603) is fitted in the lower end of air compressor (10601), the lower connector road (10603) right end glue connection is connected to the left end of condenser (10604), and the throttle valve (10605) is embedded in condenser (10604) Right end.

8. a kind of tobacco equipment exhausting moisture pipeline drainage device according to claim 1, it is characterised in that: the ball float water level Control structure (108) by the first spur gear (10801), long synchronous belt (10802), roller (10803), thin connecting rod (10804), Water blockoff block (10805), floating ball (10806), limit plate (10807), tooth plate (10808), the second spur gear (10809) composition, institute The right end that water blockoff block (10805) is movably connected on thin connecting rod (10804) is stated, the thin connecting rod (10804) is mechanically connected to The front end of roller (10803), the roller (10803) are connected by long synchronous belt (10802) and the first spur gear (10801) transmission It connects, first spur gear (10801) is engaged on the left end of the second spur gear (10809), between second spur gear (10809) Gap cooperation runs through the upper surface of limit plate (10807), the floating ball in the left end of tooth plate (10808), the tooth plate (10808) (10806) glue connection is connected to the lower end of tooth plate (10808).