CN108561619A - A kind of steam turbine valve management system and method - Google Patents
A kind of steam turbine valve management system and method Download PDFInfo
- Publication number
- CN108561619A CN108561619A CN201810821972.5A CN201810821972A CN108561619A CN 108561619 A CN108561619 A CN 108561619A CN 201810821972 A CN201810821972 A CN 201810821972A CN 108561619 A CN108561619 A CN 108561619A
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- Prior art keywords
- rotation
- helical gear
- shaft
- groove
- rotatable
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K31/00—Actuating devices; Operating means; Releasing devices
- F16K31/44—Mechanical actuating means
- F16K31/53—Mechanical actuating means with toothed gearing
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16K—VALVES; TAPS; COCKS; ACTUATING-FLOATS; DEVICES FOR VENTING OR AERATING
- F16K31/00—Actuating devices; Operating means; Releasing devices
- F16K31/44—Mechanical actuating means
Abstract
A kind of steam turbine valve management system and method for the present invention, including apparatus main body, the transport device being set in described device main body, the washing and brushing device being set in described device main body and the resetting apparatus being set in described device main body, the transport device includes the first rotation chamber being set in described device main body, it is fixedly installed steam turbine in the first rotation chamber inner left wall, the turbine power is connected with rotatable first screw rod；The present apparatus can very easily allow vehicle to stop the underground garage into oneself, additionally it is possible to significantly clean vehicle body, and the entrance to stop is controlled by incuding, safety coefficient is high, no at all worries safety problem, and the present apparatus is easy to operate.
Description
Technical field
The present invention relates to Smart Home technical field, specifically a kind of steam turbine valve management system and method.
Background technology
The current size of population in China is more and more, increasing to the utilization rate in soil, along with economic high speed hair
Exhibition, every household have all opened car, but people have bought and had been found that after vehicle and look for parking stall more and more difficult, or even in township
Under be parked in courtyard also to dislike and squeeze, therefore people have made underground parking in city, but privately held small-size multifunction
Lower garage is but still rare, and the present apparatus can very easily allow vehicle to stop the underground garage into oneself, additionally it is possible to clean vehicle body, safety
Practicality, it is easy to operate, so design a kind of steam turbine valve management system and method it is really necessary to.
Invention content
Technical problem to be solved by the invention is to provide a kind of steam turbine valve management system and methods, can solve
The problems in above-mentioned present technology.
The present invention is achieved through the following technical solutions：A kind of steam turbine valve management system of the present invention and side
Method, including apparatus main body, the transport device being set in described device main body, the washing and brushing device that is set in described device main body
And it is set to the resetting apparatus in described device main body, the transport device includes first be set in described device main body
Chamber is rotated, is fixedly installed steam turbine in the first rotation chamber inner left wall, the turbine power, which is connected with, to be turned
The first dynamic screw rod, the first screw rod left end are fixedly connected with rotatable first spur gear, the first spur gear right end
It is provided with the first annular slot of opening to the right, symmetrical first fixture block is fixedly connected in the first annular slot, it is described
Be provided with and communicated with the first sliding cavity on the right side of first rotation chamber, the first screw rod right end extension be passed through in first sliding cavity and
It is rotatably assorted and connect with the bearing being fixed in the inner wall of the first sliding cavity right side, screw-thread fit connects on first screw rod
There is the first sliding block that is symmetrical and can horizontally slipping, first sliding block front and back end is supported with side inner wall before and after first sliding cavity
Connect, be symmetrically arranged with the first bull stick of the connection that is rotatably assorted before and after first upper end of slide block, on the upside of first sliding cavity in
Lifting chamber is provided with and communicated in wall, first bull stick upper end, which extends, is passed through the lifting intracavitary, and first bull stick upper end turns
It is dynamic to be connected with elevator, it is provided with and right end rotary type contactless with its on first screw rod and is fixedly connected and left side
The sleeve of the first sliding block left end, the sleeve right end are fixedly connected with rotatable first helical gear, the sleeve left end
It is fixedly connected with rotatable second helical gear, the second helical gear left end is fixedly connected with and the first annular slot phase
The second fixture block matched, the first rotation chamber upside are provided with and communicated with the first groove that Open Side Down, are set in first groove
It is equipped with rotatable first rotating shaft, rotatable third helical gear, the third helical teeth are fixedly installed in the first rotating shaft
Wheel right end, which is provided with, is fixedly connected on rotatable 4th helical gear in the first rotating shaft, the third helical gear left end setting
It is fixedly connected on rotatable first belt pulley in the first rotating shaft, opening is provided in the first groove upper inside walls
The second upward groove is provided with first through hole, consolidates on second groove between second groove and first groove
Surely it is provided with rotatable second belt pulley, first belt pulley is connected by hinge and the second belt pulley power cooperation
It connects, is located in second groove on the right side of second belt pulley and is fixedly installed array arrangement and rotatable second turn
Axis, the second shaft right end are fixedly connected with rotatable first rotating cylinder, are coordinated by belt between first rotating cylinder and connected
It connects, symmetrical bearing block is provided between first rotating cylinder, the second groove left end is fixedly installed rotatable third
Belt pulley is connected by hinge power between the third belt pulley.
The washing and brushing device includes being connected to second turn be set on the upside of second groove as a preferred technical solution,
Dynamic chamber, the second rotation intracavitary are provided with the first operation block, and first operation block includes being set to the second rotation chamber
Interior rotatable third shaft, the total left end of third shaft are fixedly installed rotatable 4th belt pulley, the third skin
It is provided on the right side of belt wheel and is fixedly connected on rotatable 5th belt pulley in second shaft, the 5th belt pulley passes through hinge
Chain and the 4th belt pulley power are connected, and the third shaft is located at that the 4th belt pulley right end is fixedly installed can
6th belt pulley of rotation, the third shaft right end are fixedly connected with symmetrical and rotatable second rotating cylinder, described second turn
It is fixedly connected with rotatable first rotating cylinder brush on cylinder, is provided between second rotating cylinder and is fixedly connected on the third shaft
Rotatable third rotating cylinder is gone up, rotatable second rotating cylinder brush, the second rotation chamber are fixedly connected on the third rotating cylinder
Downside is provided with the second operation block similarly configured with first operation block on rear side of first operation block, it is described
The 7th belt pulley identical with the 6th belt pulley is provided in second operation block, the 6th belt pulley passes through hinge and institute
The mating connection of the 7th belt pulley power is stated, third rotation chamber, second shaft are provided in the second groove inner left wall
Left end extension is passed through the third rotation intracavitary, and the second shaft left end is fixedly connected with rotatable 5th helical gear, institute
It states the engagement of the 5th helical gear front end and is connected with the 6th helical gear, front and back end is fixedly connected at the 6th helical gear axle center
It is fixed on rotatable 4th shaft on the inner wall of side before and after third rotation chamber, the 4th shaft front end is fixedly connected with
Rotatable cam, the cam left end are provided with shaft and are rotatably assorted the second bull stick of connection, on second bull stick
End is rotatably assorted by shaft is connected with the third bull stick that can slide up and down, and is provided with out in the third rotation chamber upper inside walls
Mouthful downward third groove is provided with the 4th opposite groove that is open in the third groove left and right sides inner wall, and the third turns
Bar upper end extends in the third groove, and described third bull stick or so end is fixedly connected with symmetrical and extension and is passed through the described 4th
The first slider guide in groove is provided with the second sliding cavity, second sliding cavity and institute on the right side of the third groove in inner wall
It states and is provided with and communicated with the second through-hole between third groove, third bull stick upper end is fixedly connected with right end and extends to described second
In sliding cavity and second sliding block that can slide up and down, it is provided with third sliding cavity in the third rotation chamber upper inside walls, it is described
Third through-hole is provided with and communicated between third sliding cavity and second sliding cavity, second upper end of slide block is fixedly connected with
End extends to the third sliding block in the third sliding cavity, and the perforative fourth hole in left and right, institute are provided in the third sliding block
It states and is provided with aqua storage tank in third sliding cavity inner left wall, water outlet is provided with and communicated between the third through-hole and the aqua storage tank
Hole is provided with the effluent trough for being aligned and being open with the apopore to the left, the effluent trough on the right side of the third through-hole in inner wall
Downside is provided with and communicated with three mouthfuls of water pipes close to right positions, and three mouthfuls of water pipe water outlet is located at described second and rotates on the upside of chamber
On wall, three mouthfuls of water pipe water outlet is fixedly installed shower.
The resetting apparatus includes that connection is set on the downside of first sliding cavity on inner wall as a preferred technical solution,
First reseting groove of opening upwards, be set in the first reseting groove inner left wall opening upwards and with the first rotation chamber
The second reseting groove being connected, left end is provided in first reseting groove extends through second reseting groove and extends and be passed through
Rotatable second screw rod in the second reseting groove inner left wall is provided in second reseting groove and is fixedly connected on institute
It states on the second screw rod and rotatable handle ratchet wheel, the button block matched with it, second spiral shell is fixedly connected in the handle ratchet wheel
Bar is located at the first reseting groove inside points screw-thread fit and is connected with Four-slider that is symmetrical and can horizontally slipping.
Be provided with waste water chamber in the second reseting groove inner left wall as a preferred technical solution, the waste water chamber with
It is connected with drainage pipeline between second groove, the first through hole upper end is provided with water-proof block, and the water-proof block can be to prevent
Only sewage flows into the first groove, this waste water chamber can collect the waste water of carwash generation, and water is made not trickle everywhere.
As a preferred technical solution, the fourth hole it is identical as the apopore and the effluent trough openings of sizes and
It abuts, the effect of interval water outlet can be played when the fourth hole slides up and down.
It is provided with and communicated with fifth hole between the second rotation chamber and the lifting chamber as a preferred technical solution,
The fifth hole is rinsed for vehicle by entering the second rotation intracavitary.
The second screw rod left end is fixedly connected with clockwork spring as a preferred technical solution, when the handle ratchet wheel rotated
Afterwards, second screw rod can reach the effect of reset.
Described method includes following steps：
First, for the present apparatus in use, opening vehicle to elevator upper end, opening steam turbine, steam turbine drives the rotation of the first screw rod, the
One screw rod drives the rotation of the first spur gear, the first screw rod to drive the first sliding block to two Slideslips elevator to be declined, work as lifting
When block drops to extreme position, steam turbine is closed.
Secondly, vehicle was opened into fifth hole and was driven on the belt of the first rotating cylinder upper end, the first sliding block just slides at this time
It is arranged on the bearing in first screw rod, the first sliding block stops sliding, and the second fixture block just sticks into first annular slot at this time
Interior, the second helical gear upper end is just engaged with third helical gear and lower end is engaged with handle ratchet wheel, the first helical gear and the 4th helical teeth
Wheel just engages, and the first spur gear band moving sleeve rotates, and sleeve drives the first helical gear and the rotation of the second helical gear, the first helical teeth
Wheel and the second helical gear drive third helical gear and the 4th helical gear to rotate simultaneously, and the second helical gear drives handle ratchet wheel empty
Turn, third helical gear and the rotation of the 4th helical gear drive the first pulley rotation, the first belt pulley to drive front side by hinge
Second belt pulley of the second pulley rotation, front side drives the second shaft rotation of front side, the second shaft of front side to drive front side
The first drum rotation, the second shaft that the second shaft of front side drives the third pulley rotation of front side to make rear side turns together
It is dynamic, vehicle is transported on rear side of the second rotation chamber, while the 5th pulley rotation drives the 4th pulley rotation, the 4th pulley rotation
Drive the rotation of third shaft, the rotation of third shaft that third rotating cylinder and the second rotating cylinder is driven to rotate together, the 6th belt pulley drives the
Two operation blocks rotate, and the second shaft rotation of front side drives the rotation of the 5th helical gear, the rotation of the 5th helical gear to drive the 6th helical teeth
Wheel rotation, the rotation of the 6th helical gear drive the rotation of the 4th shaft, the 4th shaft rotation band moving cam to rotate, and cam rotation drives the
Two bar rotations, the second bull stick drive third bull stick to slide up and down, and third bull stick drives the second sliding block to slide up and down, the second sliding block
Third sliding block is driven to slide up and down so that water in aqua storage tank is intermittent to enter effluent trough by apopore, then flows into three mouthfuls
Water pipe is poured by shower on the vehicle just transmitted on belt from three nozzles of three mouthfuls of water pipes, is rotated on rear side of chamber when reaching second
When extreme position, steam turbine is closed, and vehicle is opened lower belt and is entered in parking stall.
Finally, steam turbine reversion is opened, button block, which clasps handle ratchet wheel, prevents it from dallying, and handle ratchet wheel drives the second screw rod to turn
Dynamic, the rotation of the second screw rod makes Four-slider slid inward that the first sliding block is released bearing, and the first sliding block slid inward makes second tiltedly
Gear is disengaged from handle ratchet wheel, and at this moment clockwork spring screws, clockwork spring after the second screw rod runs out of steam because the second screw rod rotates
The second screw rod of reversion is resetted, Four-slider also and then resets, and third sliding block drops to because running out of steam to be guided by gravity at this time
Second sliding cavity lower side, water stop outflow, and last elevator reaches initial position, when vehicle is outputed, vehicle is first opened upper transmission
Band is opened to fifth hole, is then turned on steam turbine and is fallen elevator, so that it is risen to initial bit again after vehicle is opened upper elevator
It sets, next time repeats aforesaid operations when using.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, easy to operate, the present apparatus is in use, opening vehicle to lifting
Block upper end, opens steam turbine, and steam turbine drives the rotation of the first screw rod, the first screw rod to drive the rotation of the first spur gear, the first screw rod
It drives the first sliding block to two Slideslips elevator to be declined, when elevator drops to extreme position, steam turbine is closed, by vehicle
It opened fifth hole to drive on the belt of the first rotating cylinder upper end, the first sliding block, which just slides into, at this time is arranged in first screw rod
On interior bearing, the first sliding block stop sliding, the second fixture block just sticks into first annular slot at this time, the second helical gear upper end with
Third helical gear just engages and lower end is engaged with handle ratchet wheel, and the first helical gear is just engaged with the 4th helical gear, the first straight-tooth
Wheel belt moving sleeve rotates, and sleeve drives the first helical gear and the rotation of the second helical gear, and the first helical gear and the second helical gear are simultaneously
Third helical gear and the rotation of the 4th helical gear are driven, and the second helical gear drives handle ratchet wheel idle running, third helical gear and the 4th
Helical gear rotation drives the first pulley rotation, the first belt pulley to drive the second pulley rotation of front side, front side by hinge
The second belt pulley drive the second shaft rotation of front side, the second shaft of front side to drive the first drum rotation of front side, front side
The second shaft drive front side third pulley rotation make rear side the second shaft rotate together, vehicle is transported to the second rotation chamber
Rear side, while the 5th pulley rotation drives the 4th pulley rotation, the 4th pulley rotation to drive the rotation of third shaft, third
Shaft rotation drives third rotating cylinder and the second rotating cylinder to rotate together, and the 6th belt pulley drives the rotation of the second operation block, and the of front side
The rotation of two shafts drives the rotation of the 5th helical gear, the rotation of the 5th helical gear to drive the rotation of the 6th helical gear, the rotation of the 6th helical gear
The 4th shaft is driven to rotate, the 4th shaft rotation band moving cam rotates, and cam rotation drives the second bar rotation, the second bull stick band
Dynamic third bull stick slides up and down, and third bull stick drives the second sliding block to slide up and down, and the second sliding block drives third sliding block to slide up and down,
So that water in aqua storage tank is intermittent to enter effluent trough by apopore, then flow into three pipes of three mouthfuls of water pipes from three mouthfuls of water pipes
Mouth is poured by shower on the vehicle just transmitted on belt, and when reaching extreme position on rear side of the second rotation chamber, steam turbine is closed,
Vehicle is opened lower belt to enter in parking stall, is then turned on steam turbine reversion, button block, which clasps handle ratchet wheel, prevents it from dallying, handle ratchet wheel
Drive the second screw rod rotate, the second screw rod rotation make Four-slider slid inward by the first sliding block release bearing, the first sliding block to
Interior sliding makes the second helical gear be disengaged from handle ratchet wheel, and at this moment clockwork spring is screwed because the second screw rod rotates, when the second screw rod
After running out of steam clockwork spring reset reversion the second screw rod, Four-slider also and then reset, at this time third sliding block because run out of steam by
Gravity, which is guided into, drops to the second sliding cavity lower side, and water stops outflow, and last elevator reaches initial position, when vehicle is outputed,
Vehicle is first opened upper conveyor belt to open to fifth hole, steam turbine is then turned on and falls elevator, is made again after vehicle is opened upper elevator
It rises to initial position, repeats aforesaid operations next time when using, and the utilization underground space that the present apparatus is rationalized reduces ground
The occupancy in upper vacant lot, and the present apparatus a degree of can also scrub vehicle body.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is the internal structure schematic diagram of a kind of steam turbine valve management system and method for the present invention；
Fig. 2 is the sectional view in direction " A-A " in Fig. 1；
Fig. 3 is the sectional view in direction " B-B " in Fig. 1；
Fig. 4 is the sectional view in direction " C-C " in Fig. 1.
Specific implementation mode
As shown in Figure 1-Figure 3, a kind of steam turbine valve management system of the invention and method, including apparatus main body 10, set
It the transport device that is placed in described device main body 10, the washing and brushing device being set in described device main body 10 and is set to described
Resetting apparatus in apparatus main body 10, the transport device include the first rotation chamber 11 being set in described device main body 10,
It is fixedly installed steam turbine 12 in first rotation, 11 inner left wall of chamber, 12 power of the steam turbine is connected with rotatably
The first screw rod 13,13 left end of the first screw rod is fixedly connected with rotatable first spur gear 21, first spur gear
21 right ends are provided with the first annular slot 22 of opening to the right, and symmetrical first fixture block is fixedly connected in the first annular slot 22
23,11 right side of the first rotation chamber is provided with and communicated with the first sliding cavity 14, and 13 right end of the first screw rod extension is passed through
It is rotatably assorted in first sliding cavity 14 and with the bearing being fixed in first sliding cavity, 14 right side inner wall and connect, it is described
Screw-thread fit is connected with the first sliding block 15 that is symmetrical and can horizontally slipping on first screw rod 13,15 front and back end of the first sliding block with
Side inner wall abuts before and after first sliding cavity 14, and the connection that is rotatably assorted is symmetrically arranged with before and after 15 upper end of the first sliding block
First bull stick 16 is provided with and communicated with lifting chamber 71 in first sliding cavity, 14 upper inside walls, and 16 upper end of the first bull stick is prolonged
It stretches and is passed through in the lifting chamber 71,16 upper end of the first bull stick, which is rotatably assorted, is connected with elevator 17, first screw rod 13
On be provided with and right end rotary type contactless with its and be fixedly connected with sleeve 18 with 15 left end of the first sliding block in left side, it is described
18 right end of sleeve is fixedly connected with rotatable first helical gear 19, and 18 left end of the sleeve is fixedly connected with rotatable second
Helical gear 20,20 left end of the second helical gear are fixedly connected with the second fixture block 24 to match with the first annular slot 22,
First rotation chamber, 11 upside is provided with and communicated with the first groove 25 that Open Side Down, is provided with and can turn in first groove 25
Dynamic first rotating shaft 26 is fixedly installed rotatable third helical gear 27, the third helical gear in the first rotating shaft 26
27 right ends, which are provided with, is fixedly connected on rotatable 4th helical gear 28 in the first rotating shaft 26, and the third helical gear 27 is left
End, which is provided with, is fixedly connected on rotatable first belt pulley 29 in the first rotating shaft 26,25 upper inside walls of the first groove
It is inside provided with the second groove 30 of opening upwards, first through hole is provided between second groove 30 and first groove 25
33, be fixedly installed rotatable second belt pulley 34 on second groove 30, first belt pulley 29 by hinge with
Second belt pulley, 34 power is connected, and second belt pulley, 34 right side fixed setting is located in second groove 30
There is array arrangement and rotatable 3 the second shafts 31,31 right end of the second shaft are fixedly connected with rotatable first turn
Cylinder 32 is connected between first rotating cylinder 32 by belt, symmetrical bearing block is provided between first rotating cylinder 32
36,30 left end of the second groove is fixedly installed rotatable third belt pulley 35, passes through between the third belt pulley 35
Hinge power is connected.
Valuably, the washing and brushing device includes the second rotation chamber 37 that connection is set to second groove, 30 upside, institute
It states and is provided with the first operation block 68 in the second rotation chamber 37, first operation block 68 includes being set to the second rotation chamber 37
Interior rotatable third shaft 38,38 total left end of the third shaft is fixedly installed rotatable 4th belt pulley 39, described
35 right side of third belt pulley, which is provided with, is fixedly connected on rotatable 5th belt pulley 40 in second shaft 31, and the described 5th
Belt pulley 40 is connected by hinge and 39 power of the 4th belt pulley, and the third shaft 38 is located at the 4th belt
It takes turns 39 right ends and is fixedly installed rotatable 6th belt pulley 41,38 right end of third shaft is fixedly connected with symmetrical and can turn
The second dynamic rotating cylinder 42 is fixedly connected with rotatable first rotating cylinder brush 43, second rotating cylinder 42 on second rotating cylinder 42
Between be provided with and be fixedly connected in the third shaft 38 rotatable third rotating cylinder 44, it is fixed on the third rotating cylinder 44 to connect
It is connected to rotatable second rotating cylinder brush 45, the second rotation chamber 37 is located at first operation block, 68 rear side and is arranged close to downside
There is the second operation block 69 similarly configured with first operation block 68, is provided with and the described 6th in second operation block 69
41 identical 7th belt pulley 70 of belt pulley, the 6th belt pulley 41 are coordinated by hinge and 70 power of the 7th belt pulley
It connects, third rotation chamber 46 is provided in 30 inner left wall of the second groove, 31 left end of the second shaft extension is passed through institute
It states in third rotation chamber 46,31 left end of the second shaft is fixedly connected with rotatable 5th helical gear 47, and the described 5th tiltedly
The engagement of 47 front end of gear is connected with the 6th helical gear 48, and it is solid that front and back end is fixedly connected at 48 axle center of the 6th helical gear
Rotatable 4th shaft 49 before and after chamber 46 on the inner wall of side is rotated due to the third, 49 front end of the 4th shaft, which is fixed, to be connected
It is connected to rotatable cam 50,50 left end of the cam is provided with shaft and is rotatably assorted the second bull stick 51 of connection, described
Second bull stick, 51 upper end is rotatably assorted by shaft is connected with the third bull stick 52 that can slide up and down, on the third rotation chamber 46
It is provided with the third groove 53 that Open Side Down in the inner wall of side, it is opposite that opening is provided in 53 left and right sides inner wall of the third groove
4th groove 54,52 upper end of third bull stick extend in the third groove 53, and the end of the third bull stick 52 or so is fixed
It is connected with symmetrical and extends the first slider guide 55 being passed through in the 4th groove 54, set in 53 right side inner wall of the third groove
It is equipped with the second sliding cavity 56, the second through-hole 57, institute are provided with and communicated between second sliding cavity 56 and the third groove 53
It states 52 upper end of third bull stick and is fixedly connected with right end and extend in second sliding cavity 56 and second sliding block that can slide up and down
58, the third rotates and is provided with third sliding cavity 59 in 46 upper inside walls of chamber, and the third sliding cavity 59 is slided with described second
It is provided with and communicated with third through-hole 60 between dynamic chamber 56,58 upper end of the second sliding block is fixedly connected with upper end and extends to the third
Third sliding block 61 in sliding cavity 59, the perforative fourth hole 62 in left and right is provided in the third sliding block 61, and the third is slided
It is provided with aqua storage tank 63 in 59 inner left wall of dynamic chamber, water outlet is provided with and communicated between the third through-hole 60 and the aqua storage tank 63
Hole 64 is provided with the effluent trough 65 being aligned and be open with the apopore 64 to the left, institute in 60 right side inner wall of the third through-hole
It states the downside of effluent trough 65 and is provided with and communicated with three mouthfuls of water pipes 66 close to right positions, three mouthfuls of water pipes, 66 water outlet is located at described the
In two rotation 37 upper inside walls of chamber, three mouthfuls of water pipes, 66 water outlet is fixedly installed shower 67.
Valuably, the resetting apparatus includes that connection is set to opening upwards on first sliding cavity, 14 downside inner wall
First reseting groove 73 is set to opening upwards in first reseting groove, 73 inner left wall and is connected with the first rotation chamber 11
The second logical reseting groove 74 is provided with left end in first reseting groove 73 and extends through second reseting groove 74 and extend logical
Enter rotatable second screw rod 75 in 74 inner left wall of the second reseting groove, fixation is provided in second reseting groove 74
It is connected on second screw rod 75 and rotatable handle ratchet wheel 77, the button matched with it is fixedly connected in the handle ratchet wheel 77
Block 82, second screw rod 75 are located at first reseting groove, 73 inside points screw-thread fit and are connected with symmetrical and can horizontally slip
Four-slider 78.
Valuably, it is provided with waste water chamber 79 in 74 inner left wall of the second reseting groove, the waste water chamber 79 and described the
Drainage pipeline 80 is connected between two grooves 30,33 upper end of the first through hole is provided with water-proof block 81, and the water-proof block 81 can
To prevent sewage from flowing into the first groove 25, this waste water chamber can collect the waste water of carwash generation, and water is made not trickle everywhere.
Valuably, the fourth hole 62 is identical as the apopore 64 and 65 openings of sizes of the effluent trough and abuts,
The effect of interval water outlet can be played when the fourth hole 62 slides up and down.
Valuably, it is provided with and communicated with fifth hole 72 between the second rotation chamber 37 and the lifting chamber 71, described the
Five through-holes 72 are rinsed for vehicle by entering in the second rotation chamber 37.
Valuably, 75 left end of the second screw rod is fixedly connected with clockwork spring 76, described after the handle ratchet wheel 77 rotates
Second screw rod 75 can reach the effect of reset.
When original state, the clockwork spring 76 is in relaxation state, and the elevator 17 is located at side pole on the lifting chamber 71
Extreme position, the Four-slider 78 are located at first sliding block 15 and are moved to the outside after the extreme position of both sides.
Described method includes following steps：
First, the present apparatus is in use, vehicle is opened to 17 upper end of elevator, opening steam turbine 12, steam turbine 12 drives the first screw rod
13 rotations, the first screw rod 13 drive the rotation of the first spur gear 21, the first screw rod 13 that the first sliding block 15 is driven to make to two Slideslips
Elevator 17 declines, and when elevator 17 drops to extreme position, closes steam turbine 12.
Secondly, vehicle was opened into fifth hole 72 and was driven on the belt of 32 upper end of the first rotating cylinder, the first sliding block 15 is just at this time
It slides on the bearing being arranged in first screw rod 13, the first sliding block 15 stops sliding, and the second fixture block 24 just blocks at this time
Into in first annular slot 22,20 upper end of the second helical gear is just engaged with third helical gear 27 and lower end is engaged with handle ratchet wheel 77,
First helical gear 19 is just engaged with the 4th helical gear 28, and the first spur gear 21 is rotated with moving sleeve 18, and sleeve 18 drives first
Helical gear 19 and the rotation of the second helical gear 20, the first helical gear 19 and the second helical gear 20 drive third helical gear 27 and the simultaneously
Four helical gears 28 rotate, and the second helical gear 20 drives handle ratchet wheel 77 to dally, 28 turns of third helical gear 27 and the 4th helical gear
It is dynamic that the rotation of the first belt pulley 29, the first belt pulley 29 is driven to drive the second belt pulley 34 of front side to rotate by hinge, front side
Second belt pulley 34 drives the second shaft 31 rotation of front side, the second shaft 31 of front side to drive 32 turns of the first rotating cylinder of front side
Dynamic, the second shaft 31 of front side, which drives the third belt pulley 35 of front side to rotate, makes the second shaft 31 of rear side rotate together, by vehicle
It is transported to 37 rear side of the second rotation chamber, while the rotation of the 5th belt pulley 40 drives the rotation of the 4th belt pulley 39, the 4th 39 turns of belt pulley
Dynamic that third shaft 38 is driven to rotate, the rotation of third shaft 38 drives third rotating cylinder 44 and the second rotating cylinder 42 to rotate together, the 6th skin
Belt wheel 41 drives the rotation of the second operation block 69, the second shaft 31 rotation of front side to drive the rotation of the 5th helical gear 47, the 5th helical teeth
47 rotation of wheel drives the rotation of the 6th helical gear 48, the rotation of the 6th helical gear 48 to drive the rotation of the 4th shaft 49, the 4th 49 turns of shaft
Dynamic band moving cam 50 rotates, and the rotation of cam 50 drives the rotation of the second bull stick 51, the second bull stick 51 to drive and glide on third bull stick 52
Dynamic, third bull stick 52 drives the second sliding block 58 to slide up and down, and the second sliding block 58 drives third sliding block 61 to slide up and down so that water storage
Water in slot 63 is intermittent by the entrance effluent trough 65 of apopore 64, then flows into three mouthfuls of water pipes 66 three from three mouthfuls of water pipes 66
Nozzle is poured by shower on the vehicle just transmitted on belt, when reaching the second rotation 37 rear side extreme position of chamber, steam turbine
12 close, and vehicle is opened lower belt and is entered in parking stall.
Finally, it opens steam turbine 12 to invert, button block 82, which clasps handle ratchet wheel 77, prevents it from dallying, and handle ratchet wheel 77 drives second
Screw rod 75 rotates, and the rotation of the second screw rod 75 makes 78 slid inward of Four-slider that the first sliding block 15 is released bearing, the first sliding block 15
Slid inward makes the second helical gear 20 be disengaged from handle ratchet wheel 77, and at this moment clockwork spring 76 is screwed because the second screw rod 75 rotates,
Clockwork spring 76 resets the second screw rod 75 of reversion after the second screw rod 75 runs out of steam, and Four-slider 78 also and then resets, at this time third
Sliding block 61 drops to 56 lower side of the second sliding cavity because running out of steam to be guided by gravity, and water stops outflow, last elevator 17
Initial position is reached, when vehicle is outputed, vehicle is first opened into upper conveyor belt and is opened to fifth hole 72, steam turbine 12 is then turned on and falls
Elevator 17 makes it rise to initial position, repeats aforesaid operations when using next time again after vehicle is opened upper elevator 17.
The present apparatus is in use, vehicle is opened to 17 upper end of elevator, opening steam turbine 12, steam turbine 12 drives the first screw rod 13
Rotation, the first screw rod 13 drive the rotation of the first spur gear 21, the first screw rod 13 that the first sliding block 15 is driven to rise to two Slideslips
It drops block 17 to decline, when elevator 17 drops to extreme position, closes steam turbine 12, vehicle was opened into fifth hole 72 and drives first into
On the belt of 32 upper end of rotating cylinder, the first sliding block 15 just slides on the bearing being arranged in first screw rod 13 at this time, the
One sliding block 15 stops sliding, and the second fixture block 24 just sticks into first annular slot 22 at this time, 20 upper end of the second helical gear and third
Helical gear 27 just engages and lower end is engaged with handle ratchet wheel 77, and the first helical gear 19 is just engaged with the 4th helical gear 28, and first
Spur gear 21 is rotated with moving sleeve 18, and sleeve 18 drives the first helical gear 19 and the rotation of the second helical gear 20, the first helical gear 19
Third helical gear 27 and the 4th helical gear 28 is driven to rotate simultaneously with the second helical gear 20, and the second helical gear 20 drives interior spine
77 idle running of wheel, third helical gear 27 and the rotation of the 4th helical gear 28 drive the rotation of the first belt pulley 29, the first belt pulley 29 to pass through
Hinge drives the second belt pulley 34 rotation of front side, and the second belt pulley 34 of front side drives the second shaft 31 rotation of front side, preceding
Second shaft 31 of side drives the first rotating cylinder 32 rotation of front side, the second shaft 31 of front side to drive the third belt pulley 35 of front side
Rotation makes the second shaft 31 of rear side rotate together, and vehicle is transported to 37 rear side of the second rotation chamber, while the 5th belt pulley 40 rotates
The 4th belt pulley 39 is driven to rotate, the rotation of the 4th belt pulley 39 drives third shaft 38 to rotate, and the rotation of third shaft 38 drives the
Three rotating cylinders 44 and the second rotating cylinder 42 rotate together, and the 6th belt pulley 41 drives the rotation of the second operation block 69, the second shaft of front side
31 rotations drive the rotation of the 5th helical gear 47, the rotation of the 5th helical gear 47 to drive the rotation of the 6th helical gear 48, the 6th helical gear 48
Rotation drives the rotation of the 4th shaft 49, the 4th shaft 49 rotation band moving cam 50 to rotate, and the rotation of cam 50 drives the second bull stick 51
Rotation, the second bull stick 51 drive third bull stick 52 to slide up and down, and third bull stick 52 drives the second sliding block 58 to slide up and down, and second slides
Block 58 drives third sliding block 61 to slide up and down so that water in aqua storage tank 63 is intermittent to enter effluent trough by apopore 64
65, then flow into three mouthfuls of water pipes 66 and poured on the vehicle just transmitted on belt by shower from three nozzles of three mouthfuls of water pipes 66, when
When reaching the second rotation 37 rear side extreme position of chamber, steam turbine 12 is closed, and vehicle is opened lower belt and is entered in parking stall, is then turned on
Steam turbine 12 inverts, and button block 82, which clasps handle ratchet wheel 77, prevents it from dallying, and handle ratchet wheel 77 drives the rotation of the second screw rod 75, the second spiral shell
The rotation of bar 75 makes 78 slid inward of Four-slider that the first sliding block 15 is released bearing, and 15 slid inward of the first sliding block makes the second helical teeth
Wheel 20 is disengaged from handle ratchet wheel 77, and at this moment clockwork spring 76 is screwed because of the rotation of the second screw rod 75, when the second screw rod 75 lose it is dynamic
Clockwork spring 76 resets the second screw rod 75 of reversion after power, and Four-slider 78 also and then resets, and third sliding block 61 is because run out of steam at this time
It is guided by gravity and drops to 56 lower side of the second sliding cavity, water stops outflow, and last elevator 17 reaches initial position, vehicle is opened
When going out, vehicle is first opened into upper conveyor belt and is opened to fifth hole 72, steam turbine 12 is then turned on and falls elevator 17, vehicle is opened into rising
So that it is risen to initial position after drop block 17 again, repeats aforesaid operations when using next time.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, easy to operate, the present apparatus is in use, opening vehicle to lifting
Block upper end, opens steam turbine, and steam turbine drives the rotation of the first screw rod, the first screw rod to drive the rotation of the first spur gear, the first screw rod
It drives the first sliding block to two Slideslips elevator to be declined, when elevator drops to extreme position, steam turbine is closed, by vehicle
It opened fifth hole to drive on the belt of the first rotating cylinder upper end, the first sliding block, which just slides into, at this time is arranged in first screw rod
On interior bearing, the first sliding block stop sliding, the second fixture block just sticks into first annular slot at this time, the second helical gear upper end with
Third helical gear just engages and lower end is engaged with handle ratchet wheel, and the first helical gear is just engaged with the 4th helical gear, the first straight-tooth
Wheel belt moving sleeve rotates, and sleeve drives the first helical gear and the rotation of the second helical gear, and the first helical gear and the second helical gear are simultaneously
Third helical gear and the rotation of the 4th helical gear are driven, and the second helical gear drives handle ratchet wheel idle running, third helical gear and the 4th
Helical gear rotation drives the first pulley rotation, the first belt pulley to drive the second pulley rotation of front side, front side by hinge
The second belt pulley drive the second shaft rotation of front side, the second shaft of front side to drive the first drum rotation of front side, front side
The second shaft drive front side third pulley rotation make rear side the second shaft rotate together, vehicle is transported to the second rotation chamber
Rear side, while the 5th pulley rotation drives the 4th pulley rotation, the 4th pulley rotation to drive the rotation of third shaft, third
Shaft rotation drives third rotating cylinder and the second rotating cylinder to rotate together, and the 6th belt pulley drives the rotation of the second operation block, and the of front side
The rotation of two shafts drives the rotation of the 5th helical gear, the rotation of the 5th helical gear to drive the rotation of the 6th helical gear, the rotation of the 6th helical gear
The 4th shaft is driven to rotate, the 4th shaft rotation band moving cam rotates, and cam rotation drives the second bar rotation, the second bull stick band
Dynamic third bull stick slides up and down, and third bull stick drives the second sliding block to slide up and down, and the second sliding block drives third sliding block to slide up and down,
So that water in aqua storage tank is intermittent to enter effluent trough by apopore, then flow into three pipes of three mouthfuls of water pipes from three mouthfuls of water pipes
Mouth is poured by shower on the vehicle just transmitted on belt, and when reaching extreme position on rear side of the second rotation chamber, steam turbine is closed,
Vehicle is opened lower belt to enter in parking stall, is then turned on steam turbine reversion, button block, which clasps handle ratchet wheel, prevents it from dallying, handle ratchet wheel
Drive the second screw rod rotate, the second screw rod rotation make Four-slider slid inward by the first sliding block release bearing, the first sliding block to
Interior sliding makes the second helical gear be disengaged from handle ratchet wheel, and at this moment clockwork spring is screwed because the second screw rod rotates, when the second screw rod
After running out of steam clockwork spring reset reversion the second screw rod, Four-slider also and then reset, at this time third sliding block because run out of steam by
Gravity, which is guided into, drops to the second sliding cavity lower side, and water stops outflow, and last elevator reaches initial position, when vehicle is outputed,
Vehicle is first opened upper conveyor belt to open to fifth hole, steam turbine is then turned on and falls elevator, is made again after vehicle is opened upper elevator
It rises to initial position, repeats aforesaid operations next time when using, and the utilization underground space that the present apparatus is rationalized reduces ground
The occupancy in upper vacant lot, and the present apparatus a degree of can also scrub vehicle body.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (7)
1. a kind of steam turbine valve management system and method for the present invention, including apparatus main body, it is set in described device main body
Transport device, the washing and brushing device being set in described device main body and the resetting apparatus being set in described device main body,
The transport device includes the first rotation chamber being set in described device main body, is fixed in the first rotation chamber inner left wall
It is provided with steam turbine, the turbine power is connected with rotatable first screw rod, and the first screw rod left end, which is fixed, to be connected
It is connected to rotatable first spur gear, the first spur gear right end is provided with the first annular slot of opening to the right, and described first
It is fixedly connected with symmetrical first fixture block in annular groove, the first sliding cavity is provided with and communicated on the right side of the first rotation chamber,
First screw rod right end extension be passed through in first sliding cavity and be fixed on the right side of first sliding cavity in inner wall
Bearing is rotatably assorted connection, and screw-thread fit is connected with the first sliding block that is symmetrical and can horizontally slipping on first screw rod, described
First sliding block front and back end is abutted with side inner wall before and after first sliding cavity, is symmetrically arranged with and is turned before and after first upper end of slide block
Dynamic the first bull stick being connected, is provided with and communicated with lifting chamber in the first sliding cavity upper inside walls, on first bull stick
End, which extends, is passed through the lifting intracavitary, and first bull stick upper end, which is rotatably assorted, is connected with elevator, is set on first screw rod
It is equipped with and right end rotary type contactless with its and is fixedly connected with sleeve with the first sliding block left end in left side, the sleeve right end
It is fixedly connected with rotatable first helical gear, the sleeve left end is fixedly connected with rotatable second helical gear, and described
Two helical gear left ends are fixedly connected with the second fixture block to match with the first annular slot, are connected on the upside of the first rotation chamber
It is provided with the first groove that Open Side Down, is provided with rotatable first rotating shaft in first groove, in the first rotating shaft
It is fixedly installed rotatable third helical gear, the third helical gear right end, which is provided with, to be fixedly connected in the first rotating shaft
Rotatable 4th helical gear, the third helical gear left end, which is provided with, to be fixedly connected on rotatable in the first rotating shaft
One belt pulley, is provided with the second groove of opening upwards in the first groove upper inside walls, second groove and described the
It is provided with first through hole between one groove, is fixedly installed rotatable second belt pulley on second groove, described first
Belt pulley is connected by hinge and the second belt pulley power, and it is right that second belt pulley is located in second groove
Side is fixedly installed array arrangement and rotatable the second shaft, and the second shaft right end is fixedly connected with rotatable the
One rotating cylinder is connected between first rotating cylinder by belt, symmetrical bearing block, institute is provided between first rotating cylinder
It states the second groove left end and is fixedly installed rotatable third belt pulley, coordinated by hinge power between the third belt pulley
Connection.
2. a kind of steam turbine valve management system according to claim and method, it is characterised in that：The washing and brushing device
It is set to the second rotation chamber on the upside of second groove including connection, the second rotation intracavitary is provided with the first operation block,
First operation block includes being set to the second rotation rotatable third shaft of intracavitary, and the total left end of third shaft is solid
Surely it is provided with rotatable 4th belt pulley, is provided with that be fixedly connected on can in second shaft on the right side of the third belt pulley
5th belt pulley of rotation, the 5th belt pulley are connected by hinge and the 4th belt pulley power, the third
Shaft is located at the 4th belt pulley right end and is fixedly installed rotatable 6th belt pulley, and the third shaft right end, which is fixed, to be connected
It is connected to symmetrical and rotatable second rotating cylinder, is fixedly connected with rotatable first rotating cylinder brush on second rotating cylinder, described
It is provided between two rotating cylinders and is fixedly connected in the third shaft rotatable third rotating cylinder, it is fixed on the third rotating cylinder to connect
It is connected to rotatable second rotating cylinder brush, the second rotation chamber is located at close downside on rear side of first operation block and is provided with and institute
The second operation block of the first operation block same configuration is stated, is provided in second operation block identical with the 6th belt pulley
7th belt pulley, the 6th belt pulley are connected by hinge and the 7th belt pulley power, and second groove is left
Third rotation chamber is provided in the inner wall of side, the second shaft left end, which extends, is passed through the third rotation intracavitary, described second turn
Axis left end is fixedly connected with rotatable 5th helical gear, and the 5th helical gear front end engagement is connected with the 6th helical teeth
Wheel, front and back end is fixedly connected at the 6th helical gear axle center and is fixed on before and after the third rotation chamber turns on the inner wall of side
The 4th dynamic shaft, the 4th shaft front end are fixedly connected with rotatable cam, and the cam left end, which is provided with, to be turned
Dynamic the second bull stick being connected of shaft rotation, second bull stick upper end, which is rotatably assorted to be connected with by shaft, can slide up and down the
Three bull sticks, the third rotate and are provided with the third groove that Open Side Down in chamber upper inside walls, in the third groove left and right sides
The 4th opposite groove that is open is provided in wall, third bull stick upper end extends in the third groove, and the third turns
Bar or so, which is held, is fixedly connected with the first slider guide that symmetrical and extension is passed through in the 4th groove, in third groove right side
It is provided with the second sliding cavity in wall, the second through-hole is provided with and communicated between second sliding cavity and the third groove, it is described
Third bull stick upper end is fixedly connected with right end and extends in second sliding cavity and second sliding block that can slide up and down, and described the
It is provided with third sliding cavity in three rotation chamber upper inside walls, setting is connected between the third sliding cavity and second sliding cavity
There are third through-hole, second upper end of slide block to be fixedly connected with the third sliding block that upper end extends in the third sliding cavity, institute
It states and is provided with the perforative fourth hole in left and right in third sliding block, be provided with aqua storage tank in the third sliding cavity inner left wall, institute
State and be provided with and communicated with apopore between third through-hole and the aqua storage tank, be provided in inner wall on the right side of the third through-hole with it is described
Apopore is aligned and the effluent trough of opening to the left, and three mouthfuls of water pipes, institute are provided with and communicated with close to right positions on the downside of the effluent trough
It states three mouthfuls of water pipe water outlets to be located in the second rotation chamber upper inside walls, three mouthfuls of water pipe water outlet is fixedly installed flower
It spills.
3. a kind of steam turbine valve management system according to claim and method, it is characterised in that：The resetting apparatus
The first reseting groove of opening upwards on inner wall on the downside of first sliding cavity, the first reseting groove left side are set to including connection
The second reseting groove for being set to opening upwards in inner wall and being connected with the first rotation chamber, the interior setting of first reseting groove
There is left end to extend through second reseting groove and extends rotatable second be passed through in the second reseting groove inner left wall
Screw rod is provided in second reseting groove and is fixedly connected on second screw rod and rotatable handle ratchet wheel, the interior spine
The button block matched with it is fixedly connected in wheel, second screw rod is located at the first reseting groove inside points screw-thread fit connection
There is Four-slider that is symmetrical and can horizontally slipping.
4. a kind of steam turbine valve management system according to claim and method, it is characterised in that：Described second resets
It is provided with waste water chamber in slot inner left wall, is connected with drainage pipeline between the waste water chamber and second groove, described first
Through-hole upper end is provided with water-proof block, and the water-proof block can prevent sewage from flowing into the first groove, this waste water chamber, which can be collected, to be washed
The waste water that vehicle generates, makes water not trickle everywhere.
5. a kind of steam turbine valve management system according to claim and method, it is characterised in that：The fourth hole
And abutting identical as the apopore and the effluent trough openings of sizes, between being played when the fourth hole slides up and down
It has a rest the effect of water outlet.
6. a kind of steam turbine valve management system according to claim and method, it is characterised in that：Second rotation
Fifth hole is provided with and communicated between chamber and the lifting chamber, the fifth hole is rotated for vehicle by entering described second
Intracavitary is rinsed.
7. a kind of steam turbine valve management system according to claim and method, it is characterised in that：Second screw rod
Left end is fixedly connected with clockwork spring, and after the handle ratchet wheel rotates, second screw rod can reach the effect of reset；
Described method includes following steps：
First, for the present apparatus in use, opening vehicle to elevator upper end, opening steam turbine, steam turbine drives the rotation of the first screw rod, the
One screw rod drives the rotation of the first spur gear, the first screw rod to drive the first sliding block to two Slideslips elevator to be declined, work as lifting
When block drops to extreme position, steam turbine is closed；
Secondly, vehicle was opened into fifth hole and was driven on the belt of the first rotating cylinder upper end, the first sliding block just slides into setting at this time
On bearing in first screw rod, the first sliding block stops sliding, and the second fixture block just sticks into first annular slot at this time, the
Two helical gear upper ends are just engaged with third helical gear and lower end is engaged with handle ratchet wheel, and the first helical gear and the 4th helical gear are just
Engagement, the first spur gear band moving sleeve rotate, and sleeve drives the first helical gear and the rotation of the second helical gear, the first helical gear and the
Two helical gears drive third helical gear and the 4th helical gear to rotate simultaneously, and the second helical gear drives handle ratchet wheel idle running, third
Helical gear and the rotation of the 4th helical gear drive the first pulley rotation, the first belt pulley to drive the second belt of front side by hinge
Second belt pulley of wheel rotation, front side drives the second shaft rotation of front side, the second shaft of front side to drive first turn of front side
Cylinder rotation, the second shaft that the second shaft of front side drives the third pulley rotation of front side to make rear side rotate together, vehicle are transported
To on rear side of the second rotation chamber, while the 5th pulley rotation drives the 4th pulley rotation, the 4th pulley rotation to drive third
Shaft rotates, and the rotation of third shaft drives third rotating cylinder and the second rotating cylinder to rotate together, and the 6th belt pulley drives the second operation block
The second shaft rotation of rotation, front side drives the rotation of the 5th helical gear, the rotation of the 5th helical gear to drive the rotation of the 6th helical gear, the
The rotation of six helical gears drives the rotation of the 4th shaft, the 4th shaft rotation band moving cam to rotate, and cam rotation drives the second bull stick to turn
Dynamic, the second bull stick drives third bull stick to slide up and down, and third bull stick drives the second sliding block to slide up and down, and the second sliding block drives third
Sliding block slides up and down so that water in aqua storage tank is intermittent to enter effluent trough by apopore, then flows into three mouthfuls of water pipes from three
Three nozzles of saliva pipe are poured by shower on the vehicle just transmitted on belt, and extreme position on rear side of chamber is rotated when reaching second
When, steam turbine is closed, and vehicle is opened lower belt and is entered in parking stall；
Finally, steam turbine reversion is opened, button block, which clasps handle ratchet wheel, prevents it from dallying, and handle ratchet wheel drives the rotation of the second screw rod, the
Two screw rods rotation make Four-slider slid inward by the first sliding block release bearing, the first sliding block slid inward make the second helical gear with
Handle ratchet wheel is disengaged from, and at this moment clockwork spring is screwed because the second screw rod rotates, and clockwork spring resets anti-after the second screw rod runs out of steam
Turn the second screw rod, Four-slider also and then resets, and third sliding block drops to the second cunning because running out of steam to be guided by gravity at this time
Dynamic chamber lower side, water stop outflow, and last elevator reaches initial position, when vehicle is outputed, first by vehicle open upper conveyor belt open to
It in fifth hole, is then turned on steam turbine and falls elevator, so that it is risen to initial position again after vehicle is opened upper elevator, next time
Aforesaid operations are repeated when use.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810821972.5A CN108561619A (en) | 2018-07-24 | 2018-07-24 | A kind of steam turbine valve management system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810821972.5A CN108561619A (en) | 2018-07-24 | 2018-07-24 | A kind of steam turbine valve management system and method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108561619A true CN108561619A (en) | 2018-09-21 |
Family
ID=63555951
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810821972.5A Withdrawn CN108561619A (en) | 2018-07-24 | 2018-07-24 | A kind of steam turbine valve management system and method |
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| Country | Link |
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| CN (1) | CN108561619A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113236843A (en) * | 2021-05-19 | 2021-08-10 | 郭梦媚 | Manual-automatic integrated self-holding electromagnetic valve and use method thereof |
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| US20120248360A1 (en) * | 2011-03-30 | 2012-10-04 | Vetco Gray Inc. | Differential screw assembly for varying torque for valve |
| CN108119655A (en) * | 2017-12-18 | 2018-06-05 | 中国舰船研究设计中心 | A kind of kingston valve and its transmission device |
| CN108167478A (en) * | 2017-12-08 | 2018-06-15 | 长沙德科投资管理咨询有限公司 | A kind of screw propelling three-way valve |
| CN108167445A (en) * | 2017-11-30 | 2018-06-15 | 北京天恒长鹰科技股份有限公司 | For the double remaining valvings of differential leading screw of near space dirigible |
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2018
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2104359U (en) * | 1991-06-29 | 1992-05-13 | 沈超群 | Timed leakage-less water-saving valve |
| US20120248360A1 (en) * | 2011-03-30 | 2012-10-04 | Vetco Gray Inc. | Differential screw assembly for varying torque for valve |
| CN108167445A (en) * | 2017-11-30 | 2018-06-15 | 北京天恒长鹰科技股份有限公司 | For the double remaining valvings of differential leading screw of near space dirigible |
| CN108167478A (en) * | 2017-12-08 | 2018-06-15 | 长沙德科投资管理咨询有限公司 | A kind of screw propelling three-way valve |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113236843A (en) * | 2021-05-19 | 2021-08-10 | 郭梦媚 | Manual-automatic integrated self-holding electromagnetic valve and use method thereof |
| CN113236843B (en) * | 2021-05-19 | 2023-05-09 | 高砂电气(苏州)有限公司 | Manual-automatic integrated self-holding electromagnetic valve and use method thereof |
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