CN108952863A - A kind of waste gas utilization device of steam turbine - Google Patents
A kind of waste gas utilization device of steam turbine Download PDFInfo
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- CN108952863A CN108952863A CN201810827408.4A CN201810827408A CN108952863A CN 108952863 A CN108952863 A CN 108952863A CN 201810827408 A CN201810827408 A CN 201810827408A CN 108952863 A CN108952863 A CN 108952863A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01K—STEAM ENGINE PLANTS; STEAM ACCUMULATORS; ENGINE PLANTS NOT OTHERWISE PROVIDED FOR; ENGINES USING SPECIAL WORKING FLUIDS OR CYCLES
- F01K17/00—Using steam or condensate extracted or exhausted from steam engine plant
- F01K17/04—Using steam or condensate extracted or exhausted from steam engine plant for specific purposes other than heating
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- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Apparatus For Disinfection Or Sterilisation (AREA)
Abstract
The invention discloses a kind of waste gas utilization devices of steam turbine, including work box and the disinfection room being set in work box, the first drive cavity being located on the downside of the disinfection room is equipped in the work box, the second drive cavity for being located at and being connected on the downside of first drive cavity and with first drive cavity is set in the work box, the second drive cavity bottom wall is fixed with the first pneumatic pressure tank, the first atmospheric pressure cavity of upward opening is equipped in first pneumatic pressure tank, first piston is slidably fitted in first atmospheric pressure cavity, the first piston upper surface is fixed with the first rack extended in second drive cavity, the first rotating shaft being rotationally connected in first rack is equipped in second drive cavity, the first rotating shaft left end is fixedly connected with first gear, the first rotating shaft right end is fixedly connected with second gear, first rack On be rotatably connected to the second shaft on the upside of the first rotating shaft.
Description
Technical field
The present invention relates to industrial technical field, the waste gas utilization device of specifically a kind of steam turbine.
Background technique
Under the historical background that environmentally protective theory is rooted in the hearts of the people instantly, contribution of the energy utilization rate to energy-saving and emission-reduction is improved
It can greatly promote, in traditional steam turbine application, after the completion of high temperature and high pressure steam does work in steam turbine, vapor (steam) temperature be discharged
Pressure is still very high, and the high temperature and high pressure steam being discharged generally is passed through condensation chamber condensation at this stage, and the energy in steam is white
Whitecap takes, it is difficult to realize that improve energy utilization rate needs to improve there are larger drawback.
Summary of the invention
Deficiency in view of the above technology, the invention proposes a kind of waste gas utilization devices of steam turbine.The present invention is a kind of
The waste gas utilization device of steam turbine is equipped with position in the work box including work box and the disinfection room being set in work box
The first drive cavity on the downside of the disinfection room is set in the work box and is located on the downside of first drive cavity and with described the
Second drive cavity of one drive cavity connection, the second drive cavity bottom wall are fixed with the first pneumatic pressure tank, first pneumatic pressure tank
It is interior to be equipped with the first atmospheric pressure cavity of upward opening, first piston, the first piston upper end are slidably fitted in first atmospheric pressure cavity
Face is fixed with the first rack extended in second drive cavity, is equipped with described in being rotationally connected in second drive cavity
First rotating shaft in first rack, the first rotating shaft left end are fixedly connected with first gear, and the first rotating shaft right end is fixed
It is connected with second gear, the second shaft being rotatably connected in first rack on the upside of the first rotating shaft, described
Two shaft right ends are fixed with the third gear engaged with the second gear, and the first drive cavity bottom wall is fixed with steamer
Machine, the steam turbine left end are fixedly connected with air inlet pipe, and the air inlet pipe, which extends to fix on the right side of the work box with boiler, to be connected
It connecing, the steam turbine right end has been connected by power third shaft, and third shaft left end is fixed with the 4th gear, and described first
The rotation of drive cavity left wall is equipped with the 4th shaft with the same axis of third shaft, is fixed with snail in the 4th shaft
Bar, the 5th gear being fixed in the 4th shaft on the right side of the worm screw are fixed with position in the 4th shaft
The 6th gear on the right side of the 5th gear, the first drive cavity rear wall are rotatably connected on the upside of the 4th shaft
The 5th shaft, the 5th shaft front end is fixed with the turbine engaged with the worm screw, and fixation is set in the 5th shaft
There is the first belt pulley being located on rear side of the turbine, the first drive cavity rear wall rotation, which is equipped with, to be located on the upside of the 5th shaft
The 6th shaft, be fixed with the second belt pulley connecting with first belt pulley by belt, institute in the 6th shaft
The 7th gear being fixed on front side of second belt pulley in the 6th shaft is stated, is equipped in the work box described in being located at
The first sliding cavity being connected on the upside of first drive cavity and with first drive cavity is slidably fitted in first sliding cavity
Baffle, the baffle bottom wall are fixed with the rack gear engaged with the 7th gear, and the work box upper surface is equipped with illumination dress
It sets, the lighting device includes lamp holder and headlamp.
Further technical solution, the first drive cavity right wall, which is fixed with, to be connect by escape pipe with the steam turbine
Gas storage ball, be fixed with Non-return air valve in the escape pipe, the first atmospheric pressure cavity bottom wall is equipped with up and down first logical
Hole, the first regulating valve is fixedly installed in the first through hole, and the through-hole lower end passes through the first gas-guide tube and the gas storage ball
Connection.
Further technical solution, the disinfection room bottom wall bilateral symmetry are equipped with the second pneumatic pressure tank, second pneumatic pressure tank
Interior the second atmospheric pressure cavity equipped with upper end aperture, the second atmospheric pressure cavity right wall are equipped with exhaust valve, are equipped in the disinfection room bottom wall
Second gas-guide tube is connected to the gas storage ball, and it is logical that the second atmospheric pressure cavity bottom wall is equipped with second be connected to second gas-guide tube
Hole is fixed with the second regulating valve in second through-hole, is slidably fitted with second piston in second atmospheric pressure cavity, and described
Two piston upper surfaces are fixed with the second rack, and second frame upper end is fixed with supporting plate, the supporting plate left wall, right wall,
Bottom wall is evenly distributed with stomata, and the disinfection room right wall connection is equipped with third gas-guide tube and is connected to the gas storage ball, the third
Ball valve is equipped in gas-guide tube.
Further technical solution, the first drive cavity roof are fixed on the downside of second atmospheric pressure cavity
Three racks, are equipped with the second sliding cavity in the third rack, and the left side second piston bottom wall is fixed with mandril, described in left side
Second piston bottom wall is equipped with the third through-hole being connected to second sliding cavity, is slidably fitted with first in second sliding cavity
Sliding block, the first sliding block bottom wall are fixedly connected with the top pressure spring that lower end is fixedly connected with the second sliding cavity bottom wall, institute
It states the first sliding block right side and is fixedly connected with link block, the link block right end is rotatably connected to spline housing, in the spline housing
It is combined with splined shaft, the splined shaft right end is fixedly connected with eighth gear, and the eighth gear right end is fixedly connected with the 7th
Shaft, the 7th shaft right end are rotationally connected with the 4th rack, and the 4th rear end of rack is fixedly connected on the 5th rack, institute
It states sliding equipped with the third for being connected to simultaneously upward opening on the upside of first drive cavity and with first drive cavity in work box
Chamber is moved, the second sliding block, the fixed company of the 5th rack and second sliding block bottom surface are slidably connected in the third sliding cavity
It connects, second upper end of slide block is fixedly connected with release link.
Further technical solution, the first drive cavity rear wall are rotatably connected to eight revolution axis, on the eight revolution axis
It is fixed with the 9th gear, the eight revolution axis front end is equipped with third belt pulley, and the first drive cavity rear wall is rotatably connected to
The 9th shaft on the downside of the eight revolution axis is fixedly connected in the 9th shaft and passes through skin with the third belt pulley
4th belt pulley of band connection, front end is fixedly connected with the ball valve in the 9th shaft.
Further technical solution, the work box upper surface are fixedly installed lamp holder, and the lamp holder connects to power supply, institute
It states lamp holder upper end and is fixedly installed with headlamp.
The beneficial effects of the present invention are:
When start-up operation, high steam rotates the third shaft by the steam turbine, and the third shaft rotation drives
The 4th gear rotation, high steam enter the gas storage ball by exhaust pipe, and the material sterilized will be needed to be placed on described,
Starting to sterilize, the decline of second piston described in the exhaust valve exhaust, the second piston decline drives the second rack decline,
The second rack decline drives the supporting plate decline, and the second piston, which declines, drives the mandril decline, under the mandril
Drop presses the first sliding block decline, and the first sliding block decline drives the link block decline, and the link block decline drives
The eighth gear decline, the eighth gear are engaged with the 4th gear, the 6th gear, and the 6th gear drives
The eighth gear rotation, the eighth gear rotation drive the 6th gear rotation, and the 6th gear rotation drives institute
The rotation of the 4th shaft is stated, the 4th shaft rotation drives the worm screw rotation, and the worm screw rotation drives the turbine rotation,
The turbine rotation drives the 5th shaft rotation, and the 5th shaft rotation drives first pulley rotation, described
First pulley rotation drives second pulley rotation, and second pulley rotation drives the 6th shaft rotation,
The 6th shaft rotation drives the 7th gear rotation, and the 7th gear rotation drives the baffle to move right, institute
State baffle and move right and the 5th rack is pushed to move right, the 5th rack move right drive the 4th rack to
Right movement, the 4th rack, which moves right, drives the 7th shaft to move right, and the 7th shaft moves right drive
The eighth gear is moved right to be disengaged from the 6th gear, while the baffle moves right and drives the 9th tooth
Wheel rotation, the 9th gear rotation drive the eight revolution axis rotation, and the eight revolution axis rotation drives the third belt
Wheel rotation, the third pulley rotation drive the 4th pulley rotation, and the 4th pulley rotation drives described the
The rotation of nine shafts, the 9th shaft rotation drive the ball valve rotation to be connected to the disinfection room with the gas storage ball, high temperature
Steam, which enters, to be started to sterilize；
After the completion of disinfection, starts first regulating valve and be connected to first atmospheric pressure cavity and the gas storage ball, high steam is special
It presses the first piston to rise, the first piston, which rises, drives first rack to rise, and upper first rack rises
The first rotating shaft, second shaft is driven to rise, the first rotating shaft, second shaft, which rise, drives first tooth
Wheel, the boiler, the third gear rise, and the third gear is engaged with the 4th gear, the first gear and institute
It states the 5th gear to engage, the 4th gear rotation drives the third gear rotation, and the third gear rotates described in drive
Second gear rotation, second gear rotation drive the first rotating shaft rotation, and the first rotating shaft rotation drives described the
The rotation of one gear, the first gear rotation drive the 5th gear rotation, and the 5th gear rotation drives the described 4th
Shaft reversion, the 4th shaft reversion drive the baffle to move downward, and the baffle, which moves downward, drives the ball valve to turn
Dynamic closing third gas-guide tube starts second regulating valve at this time and is connected to second atmospheric pressure cavity and the gas storage ball, and high pressure is steamed
Vapour enters second atmospheric pressure cavity and presses the second piston rising, and the second piston, which rises, drives the supporting plate to rise to just
Beginning position, to complete the disinfection of material；
Steam turbine is applied in materials disinfection by the present apparatus, while providing power with steam turbine that the high temperature of steam turbine discharge is high
It presses steam to be used for materials disinfection, the high-temperature gas of discharge is discharged into condenser instead of steam turbine in traditional mode of production work and is carried out
The step of condensation, improves the utilization efficiency of energy, greatlys save cost.
Detailed description of the invention
It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art
Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is a kind of overall structure diagram of the waste gas utilization device of steam turbine of the invention.
Fig. 2 is structural schematic diagram at A-A in Fig. 1.
Fig. 3 is the structural schematic diagram in Fig. 1 at B.
Specific embodiment
All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive spy
Other than sign and/or step, it can combine in any way.
Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting
State, can it is equivalent by other or have similar purpose alternative features replaced.That is, unless specifically stated, each feature is
An example in a series of equivalent or similar characteristics.
As shown in Figure 1-3, a kind of waste gas utilization device of steam turbine of apparatus of the present invention, including work box 10 and setting
The first drive cavity 45 for being located at 50 downside of disinfection room is equipped in the disinfection room 50 in work box 10, the work box 10,
The second transmission for being located at 45 downside of the first drive cavity and being connected to first drive cavity 45 is set in the work box 10
Chamber 72,72 bottom wall of the second drive cavity are fixed with the first pneumatic pressure tank 29, are equipped with upward opening in first pneumatic pressure tank 29
First atmospheric pressure cavity 28 is slidably fitted with first piston 27 in first atmospheric pressure cavity 28, and 27 upper surface of first piston is fixed
Equipped with the first rack 25 extended in second drive cavity 72, it is equipped in second drive cavity 72 described in being rotationally connected with
First rotating shaft 24 in first rack 25,24 left end of first rotating shaft are fixedly connected with first gear 30, the first rotating shaft
24 right ends are fixedly connected with second gear 23, are rotatably connected in first rack 25 positioned at 24 upside of first rotating shaft
Second shaft 22,22 right end of the second shaft are fixed with the third gear 21 engaged with the second gear 23, and described
One drive cavity, 45 bottom wall is fixed with steam turbine 17, and 17 left end of steam turbine is fixedly connected with air inlet pipe 19, the air inlet pipe
19 extend to 10 right side of work box is fixedly connected with boiler 20, and 17 right end of steam turbine has been connected by power third shaft
31,31 left end of third shaft is fixed with the 4th gear 32, and 45 left wall of the first drive cavity rotation is equipped with and described the
4th shaft 36 of the same axis of three shaft 31, is fixed with worm screw 35 in the 4th shaft 36, in the 4th shaft 36
It is fixed with the 5th gear 34 for being located at 35 right side of worm screw, is fixed in the 4th shaft 36 positioned at the 5th tooth
6th gear 33 on 34 right side of wheel, 45 rear wall of the first drive cavity are rotatably connected to the positioned at 36 upside of the 4th shaft
Five shafts 37,37 front end of the 5th shaft are fixed with the turbine 38 engaged with the worm screw 35, in the 5th shaft 37
It is fixed with the first belt pulley 39 for being located at 38 rear side of turbine, 45 rear wall of the first drive cavity rotation is equipped with positioned at described
6th shaft 46 of the upside of the 5th shaft 37 is fixed in the 6th shaft 46 and passes through belt with first belt pulley 39
Second belt pulley of connection, the 7th gear 47 being fixed in the 6th shaft 46 on front side of second belt pulley,
It is sliding that first for being located at and being connected on the upside of first drive cavity 45 and with first drive cavity 45 is equipped in the work box 10
Chamber 43 is moved, is slidably fitted with baffle 44 in first sliding cavity 43,44 bottom wall of baffle is fixed with and the 7th tooth
The rack gear of 47 engagement of wheel, 10 upper surface of work box are equipped with lighting device, and the lighting device includes lamp holder 101 and illumination
Lamp 102.
Valuably or illustratively, wherein 45 right wall of the first drive cavity be fixed with by escape pipe 73 with it is described
The gas storage ball 15 that steam turbine 17 connects is fixed with Non-return air valve 16,28 bottom wall of the first atmospheric pressure cavity in the escape pipe 73
Equipped with first through hole up and down, the first regulating valve 26 is fixedly installed in the first through hole, the through-hole lower end passes through
First gas-guide tube 18 is connected to the gas storage ball 15.
Valuably or illustratively, wherein 50 bottom wall of disinfection room bilateral symmetry is equipped with the second pneumatic pressure tank 61, and described the
The second atmospheric pressure cavity 62 of upper end aperture is equipped in two pneumatic pressure tanks 61,62 right wall of the second atmospheric pressure cavity is equipped with exhaust valve 63, described
In 50 bottom wall of disinfection room be equipped with the second gas-guide tube be connected to the gas storage ball 15,62 bottom wall of the second atmospheric pressure cavity equipped with it is described
Second through-hole 74 of the second gas-guide tube connection, is fixed with the second regulating valve 13, second air pressure in second through-hole 74
Second piston 60 is slidably fitted in chamber 62,60 upper surface of second piston is fixed with the second rack 59, second machine
59 upper end of frame is fixed with supporting plate 48, and 48 left wall of supporting plate, right wall, bottom wall are evenly distributed with stomata 51, the disinfection room 50
Right wall connection is equipped with third gas-guide tube and is connected to the gas storage ball 15, and ball valve 11 is equipped in the third gas-guide tube.
Valuably or illustratively, wherein 45 roof of the first drive cavity is fixed with positioned at second atmospheric pressure cavity
The third rack 41 of 62 downsides, the second sliding cavity 71 is equipped in the third rack 41, and left side 60 bottom wall of second piston is solid
Surely it is equipped with mandril 64, left side 60 bottom wall of second piston is equipped with the third through-hole 42 being connected to second sliding cavity 71, institute
It states and is slidably fitted with the first sliding block 69 in the second sliding cavity 71,69 bottom wall of the first sliding block is fixedly connected with lower end and described the
The top pressure spring 70 that two sliding cavities, 71 bottom wall is fixedly connected, 69 right side of the first sliding block are fixedly connected with link block 75, institute
It states 75 right end of link block and is rotatably connected to spline housing 67, splined shaft 66 is combined in the spline housing 67, the splined shaft 66 is right
End is fixedly connected with eighth gear 65, and 65 right end of eighth gear is fixedly connected with the 7th shaft 40, the 7th shaft 40
Right end is rotationally connected with the 4th rack 14, and 14 rear end of the 4th rack is fixedly connected on the 5th rack 56, the work box 10
In be equipped with the third sliding cavity for being located at first drive cavity, 45 upside and be connected to simultaneously upward opening with first drive cavity 45
12, the second sliding block 54, the 5th rack 56 and 54 bottom surface of the second sliding block are slidably connected in the third sliding cavity 12
It is fixedly connected, 54 upper end of the second sliding block is fixedly connected with release link 58.
Valuably or illustratively, wherein 45 rear wall of the first drive cavity is rotatably connected to eight revolution axis 55, and described
The 9th gear 53 is fixed on eight revolution axis 55,55 front end of eight revolution axis is equipped with third belt pulley 52, first transmission
45 rear wall of chamber is rotatably connected to the 9th shaft 78 positioned at 55 downside of eight revolution axis, is fixedly connected in the 9th shaft 78
There is the 4th belt pulley 57 connecting with the third belt pulley 52 by belt, front end and the ball valve in the 9th shaft 78
11 are fixedly connected.
Valuably or illustratively, wherein 10 upper surface of work box is fixedly installed lamp holder 101, the lamp holder 101
It connects to power supply, 101 left end of lamp holder is fixedly installed with headlamp 102, and the lighting device can work at night or examine
Illuminating effect is played when looking into, to ensure personal safety.
When starting for the first time, the starting of boiler 20 generates high steam, and starting second regulating valve 13 is connected to described
Second piston 60 and gas storage ball 15, by the second piston 60 press to 62 upside of the second atmospheric pressure cavity.
When start-up operation, high steam rotates the third shaft 31 by the steam turbine 17, the third shaft
31 rotations drive the 4th gear 32 rotation, and high steam enters the gas storage ball 15 by exhaust pipe, by need to sterilize
Material is placed on described 49, starts to sterilize, and the exhaust valve 63 is vented the second piston 60 and declines, under the second piston 60
Drop drives second rack 59 to decline, and the decline of the second rack 59 drives the supporting plate 48 to decline, the second piston 60
Decline drives the mandril 64 to decline, and the decline of mandril 64 presses first sliding block 69 and declines, under first sliding block 69
Drop drives the link block 75 to decline, and the decline of link block 75 drives the eighth gear 65 to decline, the eighth gear 65
It is engaged with the 4th gear 32, the 6th gear 33, the 6th gear 33 drives the eighth gear 65 to rotate, described
The rotation of eighth gear 65 drives the 6th gear 33 rotation, and the 6th gear 33 rotation drives described 36 turns of 4th shaft
Dynamic, the 4th shaft 36 rotation drives the worm screw 35 to rotate, and the rotation of worm screw 35 drives the turbine 38 to rotate, described
The rotation of turbine 38 drives the 5th shaft 37 rotation, and the 5th shaft 37 rotation drives first belt pulley 39 to rotate,
The rotation of first belt pulley 39 drives second pulley rotation, and second pulley rotation drives the 6th shaft
46 rotations, the 6th shaft 46 rotation drive the 7th gear 47 rotation, and the 7th gear 47 rotation drives the gear
Plate 44 moves right, and the baffle 44, which moves right, pushes the 5th rack 56 to move right, and the 5th rack 56 is to the right
Movement drives the 4th rack 14 to move right, and the 4th rack 14, which moves right, drives the 7th shaft 40 to transport to the right
Dynamic, the 7th shaft 40, which moves right, to be driven the eighth gear 65 to move right to be disengaged from the 6th gear 33,
The baffle 44, which moves right, simultaneously drives the 9th gear 53 rotation, and the 9th gear 53 rotation drives the eight revolution
Axis 55 rotates, and the rotation of eight revolution axis 55 drives the third belt pulley 52 to rotate, and the rotation of third belt pulley 52 drives
4th belt pulley 57 rotation, the 4th belt pulley 57 rotation drive the 9th shaft 78 rotation, the 9th shaft
78 rotations drive the rotation of ball valve 11 to be connected to the disinfection room 50 with the gas storage ball 15, and high-temperature steam, which enters, to be started to disappear
Poison.
After the completion of disinfection, starts first regulating valve 26 and is connected to first atmospheric pressure cavity 28 and the gas storage ball 15,
High steam spy presses the first piston 27 and rises, and the first piston 27, which rises, drives first rack 25 to rise, on
First rack 25, which rises, drives the first rotating shaft 24, second shaft 22 to rise, the first rotating shaft 24, described the
Two shafts 22, which rise, drives the first gear 30, the boiler 20, the third gear 21 to rise, the third gear 21 with
4th gear 32 engagement, the first gear 30 are engaged with the 5th gear 34, and the 4th gear 32 rotation drives
The third gear 21 rotates, and the rotation of third gear 21 drives the second gear 23 to rotate, 23 turns of the second gear
Dynamic that the first rotating shaft 24 is driven to rotate, the rotation of first rotating shaft 24 drives the first gear 30 to rotate, first tooth
30 rotation of wheel drives the 5th gear 34 rotation, and the 5th gear 34 rotation drives the 4th shaft 36 reversion, described
The reversion of 4th shaft 36 drives the baffle 44 to move downward, and the baffle 44, which moves downward, drives the rotation of ball valve 11 closing
Third gas-guide tube starts second regulating valve 13 at this time and is connected to second atmospheric pressure cavity 62 and the gas storage ball 15, and high pressure is steamed
Vapour enters second atmospheric pressure cavity 62 and presses the rising of second piston 60, and the second piston 60, which rises, drives the supporting plate 48
Initial position is risen to, to complete the disinfection of material.
The beneficial effects of the present invention are:
When start-up operation, high steam rotates the third shaft by the steam turbine, and the third shaft rotation drives
The 4th gear rotation, high steam enter the gas storage ball by exhaust pipe, and the material sterilized will be needed to be placed on described,
Starting to sterilize, the decline of second piston described in the exhaust valve exhaust, the second piston decline drives the second rack decline,
The second rack decline drives the supporting plate decline, and the second piston, which declines, drives the mandril decline, under the mandril
Drop presses the first sliding block decline, and the first sliding block decline drives the link block decline, and the link block decline drives
The eighth gear decline, the eighth gear are engaged with the 4th gear, the 6th gear, and the 6th gear drives
The eighth gear rotation, the eighth gear rotation drive the 6th gear rotation, and the 6th gear rotation drives institute
The rotation of the 4th shaft is stated, the 4th shaft rotation drives the worm screw rotation, and the worm screw rotation drives the turbine rotation,
The turbine rotation drives the 5th shaft rotation, and the 5th shaft rotation drives first pulley rotation, described
First pulley rotation drives second pulley rotation, and second pulley rotation drives the 6th shaft rotation,
The 6th shaft rotation drives the 7th gear rotation, and the 7th gear rotation drives the baffle to move right, institute
State baffle and move right and the 5th rack is pushed to move right, the 5th rack move right drive the 4th rack to
Right movement, the 4th rack, which moves right, drives the 7th shaft to move right, and the 7th shaft moves right drive
The eighth gear is moved right to be disengaged from the 6th gear, while the baffle moves right and drives the 9th tooth
Wheel rotation, the 9th gear rotation drive the eight revolution axis rotation, and the eight revolution axis rotation drives the third belt
Wheel rotation, the third pulley rotation drive the 4th pulley rotation, and the 4th pulley rotation drives described the
The rotation of nine shafts, the 9th shaft rotation drive the ball valve rotation to be connected to the disinfection room with the gas storage ball, high temperature
Steam, which enters, to be started to sterilize；
After the completion of disinfection, starts first regulating valve and be connected to first atmospheric pressure cavity and the gas storage ball, high steam is special
It presses the first piston to rise, the first piston, which rises, drives first rack to rise, and upper first rack rises
The first rotating shaft, second shaft is driven to rise, the first rotating shaft, second shaft, which rise, drives first tooth
Wheel, the boiler, the third gear rise, and the third gear is engaged with the 4th gear, the first gear and institute
It states the 5th gear to engage, the 4th gear rotation drives the third gear rotation, and the third gear rotates described in drive
Second gear rotation, second gear rotation drive the first rotating shaft rotation, and the first rotating shaft rotation drives described the
The rotation of one gear, the first gear rotation drive the 5th gear rotation, and the 5th gear rotation drives the described 4th
Shaft reversion, the 4th shaft reversion drive the baffle to move downward, and the baffle, which moves downward, drives the ball valve to turn
Dynamic closing third gas-guide tube starts second regulating valve at this time and is connected to second atmospheric pressure cavity and the gas storage ball, and high pressure is steamed
Vapour enters second atmospheric pressure cavity and presses the second piston rising, and the second piston, which rises, drives the supporting plate to rise to just
Beginning position, to complete the disinfection of material；
Steam turbine is applied in materials disinfection by the present apparatus, while providing power with steam turbine that the high temperature of steam turbine discharge is high
It presses steam to be used for materials disinfection, the high-temperature gas of discharge is discharged into condenser instead of steam turbine in traditional mode of production work and is carried out
The step of condensation, improves the utilization efficiency of energy, greatlys save cost.
The basic principles, main features and advantages of the present invention have been shown and described above.The technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and what is described in the above embodiment and the description is only the present invention
Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and
Improvement is both fallen in claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle
It is fixed.
Claims (6)
1. a kind of waste gas utilization device of steam turbine, the present invention be a kind of waste gas utilization device of steam turbine, including work box with
And it is set to the disinfection room in work box, it is characterised in that: first be located on the downside of the disinfection room is equipped in the work box
Drive cavity is set to second for being located at and be connected on the downside of first drive cavity and with first drive cavity in the work box and is driven
Chamber, the second drive cavity bottom wall are fixed with the first pneumatic pressure tank, are equipped with the first air pressure of upward opening in first pneumatic pressure tank
Chamber is slidably fitted with first piston in first atmospheric pressure cavity, and the first piston upper surface, which is fixed with, extends to described
The first rack in two drive cavities, second drive cavity is interior to be equipped with the first rotating shaft being rotationally connected in first rack,
The first rotating shaft left end is fixedly connected with first gear, and the first rotating shaft right end is fixedly connected with second gear, and described
The second shaft being rotatably connected on the upside of the first rotating shaft in one rack, the second shaft right end is fixed with and institute
The third gear of second gear engagement is stated, the first drive cavity bottom wall is fixed with steam turbine, and the steam turbine left end is fixed
It is connected with air inlet pipe, the air inlet pipe is extended on the right side of the work box and is fixedly connected with boiler, the steam turbine right end power
Be connected with third shaft, third shaft left end is fixed with the 4th gear, the first drive cavity left wall rotation be equipped with
4th shaft of the same axis of third shaft, is fixed with worm screw in the 4th shaft, fixed in the 4th shaft
The be fixed with equipped with the 5th gear being located on the right side of the worm screw, in the 4th shaft on the right side of the 5th gear
Six gears, the first drive cavity rear wall are rotatably connected to the 5th shaft on the upside of the 4th shaft, and described 5th turn
Axis front end is fixed with the turbine engaged with the worm screw, be fixed on rear side of the turbine in the 5th shaft
One belt pulley, the first drive cavity rear wall rotation are equipped with the 6th shaft being located on the upside of the 5th shaft, and described 6th turn
It is fixed with the second belt pulley connecting with first belt pulley by belt on axis, is fixed with position in the 6th shaft
The 7th gear on front side of second belt pulley, be equipped in the work box be located on the upside of first drive cavity and with it is described
The first sliding cavity that first drive cavity is connected is slidably fitted with baffle in first sliding cavity, and the baffle bottom wall is fixed
Equipped with the rack gear engaged with the 7th gear, the work box upper surface is equipped with lighting device, and the lighting device includes lamp
Seat and headlamp.
2. a kind of waste gas utilization device of steam turbine according to claim 1, it is characterised in that: first transmission
Chamber right wall is fixed with the gas storage ball connecting by escape pipe with the steam turbine, is fixed with unidirectional gas in the escape pipe
Valve, the first atmospheric pressure cavity bottom wall are equipped with first through hole up and down, are fixedly installed with the first adjusting in the first through hole
Valve, the through-hole lower end are connected to by the first gas-guide tube with the gas storage ball.
3. a kind of waste gas utilization device of steam turbine according to claim 1, it is characterised in that: the disinfection room bottom
Wall bilateral symmetry is equipped with the second pneumatic pressure tank, and the second atmospheric pressure cavity of upper end aperture, second gas are equipped in second pneumatic pressure tank
It presses chamber right wall to be equipped with exhaust valve, is equipped with the second gas-guide tube in the disinfection room bottom wall and is connected to the gas storage ball, second gas
Pressure bottom of chamber wall is equipped with the second through-hole being connected to second gas-guide tube, is fixed with the second regulating valve in second through-hole,
It is slidably fitted with second piston in second atmospheric pressure cavity, the second piston upper surface is fixed with the second rack, and described
Two frame upper ends are fixed with supporting plate, and the supporting plate left wall, right wall, bottom wall are evenly distributed with stomata, and the disinfection room right wall connects
The logical third gas-guide tube that is equipped with is connected to the gas storage ball, and ball valve is equipped in the third gas-guide tube.
4. a kind of waste gas utilization device of steam turbine according to claim 1, it is characterised in that: first transmission
Chamber roof is fixed with the third rack on the downside of second atmospheric pressure cavity, is equipped with the second sliding cavity in the third rack,
The left side second piston bottom wall is fixed with mandril, and the left side second piston bottom wall is equipped with and is connected to second sliding cavity
Third through-hole, be slidably fitted with the first sliding block in second sliding cavity, the first sliding block bottom wall is fixedly connected with lower end
The top pressure spring being fixedly connected with the second sliding cavity bottom wall, first sliding block right side are fixedly connected with link block, institute
It states link block right end and is rotatably connected to spline housing, splined shaft is combined in the spline housing, the splined shaft right end is fixedly connected
There is eighth gear, the eighth gear right end is fixedly connected with the 7th shaft, and the 7th shaft right end is rotationally connected with the 4th
Rack, the 4th rear end of rack are fixedly connected on the 5th rack, are equipped with and are located on first drive cavity in the work box
It side and is connected to first drive cavity and the third sliding cavity of upward opening, slidably connects second in the third sliding cavity
Sliding block, the 5th rack are fixedly connected with second sliding block bottom surface, and second upper end of slide block is fixedly connected with release link.
5. a kind of waste gas utilization device of steam turbine according to claim 1, it is characterised in that: first transmission
Chamber rear wall is rotatably connected to eight revolution axis, and the 9th gear is fixed on the eight revolution axis, and the eight revolution axis front end is equipped with
Third belt pulley, the first drive cavity rear wall are rotatably connected to the 9th shaft on the downside of the eight revolution axis, and described
The 4th belt pulley connecting with the third belt pulley by belt, front end in the 9th shaft are fixedly connected in nine shafts
It is fixedly connected with the ball valve.
6. a kind of waste gas utilization device of steam turbine according to claim 1, it is characterised in that: the work box upper surface
It is fixedly installed lamp holder, the lamp holder connects to power supply, and the lamp holder upper end is fixedly installed with headlamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810827408.4A CN108952863A (en) | 2018-07-25 | 2018-07-25 | A kind of waste gas utilization device of steam turbine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810827408.4A CN108952863A (en) | 2018-07-25 | 2018-07-25 | A kind of waste gas utilization device of steam turbine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108952863A true CN108952863A (en) | 2018-12-07 |
Family
ID=64464690
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810827408.4A Withdrawn CN108952863A (en) | 2018-07-25 | 2018-07-25 | A kind of waste gas utilization device of steam turbine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108952863A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111441862A (en) * | 2020-04-27 | 2020-07-24 | 济南惠满汽车用品有限公司 | Be used for automobile exhaust carbon deposit treatment facility |
-
2018
- 2018-07-25 CN CN201810827408.4A patent/CN108952863A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111441862A (en) * | 2020-04-27 | 2020-07-24 | 济南惠满汽车用品有限公司 | Be used for automobile exhaust carbon deposit treatment facility |
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| Date | Code | Title | Description |
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| PB01 | Publication | ||
| PB01 | Publication | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181207 |
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| WW01 | Invention patent application withdrawn after publication |