CN110259501A - A kind of gas-solid chromatograph separator box of air-isolation - Google Patents
A kind of gas-solid chromatograph separator box of air-isolation Download PDFInfo
- Publication number
- CN110259501A CN110259501A CN201910572116.5A CN201910572116A CN110259501A CN 110259501 A CN110259501 A CN 110259501A CN 201910572116 A CN201910572116 A CN 201910572116A CN 110259501 A CN110259501 A CN 110259501A
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- CN
- China
- Prior art keywords
- inlet
- air inlet
- chamber
- expiration
- door
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E21—EARTH DRILLING; MINING
- E21F—SAFETY DEVICES, TRANSPORT, FILLING-UP, RESCUE, VENTILATION, OR DRAINING IN OR OF MINES OR TUNNELS
- E21F1/00—Ventilation of mines or tunnels; Distribution of ventilating currents
- E21F1/08—Ventilation arrangements in connection with air ducts, e.g. arrangements for mounting ventilators
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B27/00—Multi-cylinder pumps specially adapted for elastic fluids and characterised by number or arrangement of cylinders
- F04B27/005—Multi-cylinder pumps specially adapted for elastic fluids and characterised by number or arrangement of cylinders with two cylinders
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B35/00—Piston pumps specially adapted for elastic fluids and characterised by the driving means to their working members, or by combination with, or adaptation to, specific driving engines or motors, not otherwise provided for
- F04B35/04—Piston pumps specially adapted for elastic fluids and characterised by the driving means to their working members, or by combination with, or adaptation to, specific driving engines or motors, not otherwise provided for the means being electric
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B39/00—Component parts, details, or accessories, of pumps or pumping systems specially adapted for elastic fluids, not otherwise provided for in, or of interest apart from, groups F04B25/00 - F04B37/00
- F04B39/10—Adaptations or arrangements of distribution members
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04B—POSITIVE-DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS
- F04B39/00—Component parts, details, or accessories, of pumps or pumping systems specially adapted for elastic fluids, not otherwise provided for in, or of interest apart from, groups F04B25/00 - F04B37/00
- F04B39/10—Adaptations or arrangements of distribution members
- F04B39/1013—Adaptations or arrangements of distribution members the members being of the poppet valve type
Abstract
The invention discloses a kind of gas-solid chromatograph separator boxs of air-isolation, including separating cabinet, a set of inlet duct is provided in the separator box body, a set of air-out apparatus and the total driving device for driving the inlet duct and air-out apparatus, the inlet duct packet, chamber is converted in air inlet, the air inlet converts intracavitary be slidably matched and right one inlet piston for leaning on link transmission is arranged, the inlet seal baffle that can be interacted with piston is provided in front of inlet piston, the configuration of the present invention is simple, it is easy to operate, operate the inlet duct and air-out apparatus of the left and right sides simultaneously by a set of total driving device, by various leakproofness pipelines cooperate to that piston apparatus is made to play a role, flow air along stable direction, and the alternating expression interval folding control of various hermatic doors makes device can achieve smooth air inlet and outlet process, so that under mine Air can must arrive air separation circulation by this set of device.
Description
Technical field
The present invention relates to technical field of air separation, the gas-solid chromatograph separator box of specially a kind of air-isolation.
Background technique
Currently, air will do it isolation in the construction of mine, so that mine air index decreased, therefore, it is necessary to right
It is aerated in mine, mine ventilation at present, which refers to, inputs fresh air under mine, increases oxygen concentration, to be isolated and excluded
Toxic in mine, pernicious gas and dust.The basic task of mine ventilation is: the supply enough fresh airs in underground meet people
Needs of the member to oxygen；Underground pernicious gas and dust are watered down, guarantees safety in production；Underground weather is adjusted, good work is created
Make environment, existing gas-solid chromatograph separation equipment can only often use single extraction or sucking, and need to dig thus
It can be great in constructing amount and cumbersome with the pipeline of circulation.
Summary of the invention
It is in the prior art for overcoming the purpose of the present invention is to provide a kind of gas-solid chromatograph separator box of air-isolation
Drawbacks described above.
A kind of gas-solid chromatograph separator box of air-isolation of embodiment according to the present invention, including separation cabinet, described point
From a set of inlet duct, a set of air-out apparatus are provided in cabinet and drive total driving of the inlet duct and air-out apparatus fill
Set, the inlet duct packet, air inlet converts chamber, the air inlet convert it is intracavitary be slidably matched be arranged right one by link transmission into
Gas piston, inlet piston front are provided with the inlet seal baffle that can be interacted with piston, are provided with above the air inlet conversion chamber
Chamber is included in the air inlet of one opening upwards, the air inlet be included in it is intracavitary be provided with air inlet and be included in door and corresponding driving device,
The air-out apparatus include gas shift chamber, it is described go out gas shift it is intracavitary be provided with by connecting rod driving outlet piston, it is described go out
Gas shift is intracavitary to be included in door provided with exhaling, and connection breathes out chamber equipped with outlet above the gas shift chamber out, and the outlet breathes out
The right expiration door of intracavitary setting, told expiration door with it is described exhale to be included in door and mutually stagger and share a set of driving device and realize interact
Folding, total driving device include the crank connecting link being driven by motor, which is connected separately with air inlet driving
Bar and outlet drive rod, the air inlet drive rod and outlet drive rod respectively with the inlet piston connecting rod and outlet of inlet duct
The outlet piston rod of device connects.
Further technical solution, the air-out apparatus include be installed in separator box it is intracorporal go out gas shift chamber, it is described go out
It is equipped with the outlet that Open Side Down in the wall of gas shift bottom of chamber and is included in chamber, is slidably installed between inner wall above and below the gas shift chamber out
Outlet piston, the outlet piston left end face are hingedly coupled outlet piston rod, inner wall above and below the gas shift chamber out
Between the second exhalation sensor of outlet piston rod sealing plate is fixedly mounted, the outlet piston rod sealing plate second, which is exhaled, to be passed
The outlet piston that the annular through the second exhalation sensor of the outlet piston rod sealing plate or so end face is equipped in sensor connects
Bar sealing ring, the outlet piston rod sealing ring inner wall is interior to be fixedly mounted outlet piston rod through-hole, and the outlet piston connects
Rod through-hole is slidably matched with the outlet piston rod, the outlet piston rod sealing plate the second exhalation sensor right end face
Interior fixed installation outlet piston rod the second exhalation sensor of sealing plate, the outlet piston left end face is interior to be fixedly mounted first
Exhalation sensor, first exhalation sensor can be contacted with the second exhalation sensor of the outlet piston rod sealing plate, institute
The outlet stop collar that annular is fixedly mounted between gas shift chamber or more inner wall is stated out, is fixed in the outlet stop collar left end face
4th exhalation sensor is installed, third exhalation sensor is fixedly mounted in the outlet piston right end face, the third is exhaled
Sensor can be contacted with the 4th exhalation sensor, be equipped with opening upwards expiration in the gas shift bottom of chamber wall out and be included in a bottom
A underseal, the gas shift chamber top out are included in chamber, the expiration that fixed installation annular in a bottom cavity or so inner wall is included in the expiration
It is equipped with to exhale in wall and is included in a top chamber, the expiration is included in the intracavitary expiration that is slidably installed in top and is included in door, and the expiration is received
It is fixedly mounted to exhale in introduction left end face and is included in front tooth item, the expiration is included in a top chamber or so inner wall and annular is fixedly mounted
Expiration be included in a closedtop, a closedtop is included in the expiration and the expiration is included in door and is slidably matched, the gas shift chamber top out
Outlet in wall equipped with opening upwards breathes out chamber, is equipped with the expiration door bottom of opening to the right in the outlet exhalation chamber inner left wall
Slot, the interior expiration door underseal that annular is fixedly mounted of inner wall, the outlet breathe out on the right side of chamber in inner wall the expiration door kerve up and down
Equipped with the expiration door inverted draw cut being open to the left, be slidably installed between inner wall door of exhaling above and below the expiration door inverted draw cut, described to exhale
Expiration front tooth item is fixedly mounted in valve bottom wall, the expiration door top of annular is fixedly mounted above and below the expiration door inverted draw cut in inner wall
Envelope, the expiration door inverted draw cut bottom connection are equipped with control door chamber of exhaling, and the expiration control door chamber extends forward to be included in the expiration
The chamber connection of door top, the expiration control door chamber front inner wall is interior to be fixedly mounted control door motor of exhaling, and the expiration control door motor is backward
The back end surface of output shaft be fixedly connected with expiration control door-hinge, expirations control door-hinge extend back with after expiration control door chamber
Side inner wall is rotatably assorted, and control front tooth wheel of exhaling is fixedly mounted on the expiration control door-hinge, and the expiration control front tooth wheel is exhaled with described
Gas is included in front tooth item, expiration front tooth item engagement.
Further technical solution, the inlet duct include being installed in the intracorporal air inlet conversion chamber of the separator box, institute
It states and inlet piston connecting rod sealing plate, the inlet piston is fixedly mounted between air inlet conversion chamber described in air inlet conversion chamber or more inner wall
The inlet piston connecting rod through-hole of the annular through the inlet piston connecting rod sealing plate or so inner wall, institute are equipped in connecting rod sealing plate
State the inlet piston connecting rod sealing ring that annular is fixedly mounted in inlet piston connecting rod through-hole wall, the inlet piston connecting rod through-hole
Be slidably installed inlet piston connecting rod between inner wall, and it is living to be hingedly coupled air inlet for end on the left of the inlet piston connecting rod
Plug, the inlet piston is slidably matched with air inlet conversion chamber, fixed in the inlet piston connecting rod sealing plate left end face
First inlet sensor module is installed, the second inlet sensor module, second air inlet is fixedly mounted in the inlet piston right end face
Sensor can be contacted with first inlet sensor module, and the air inlet of annular is fixedly mounted between air inlet conversion chamber upper and lower end face
Stop collar, the interior inlet seal ring that annular is fixedly mounted of the air inlet stop collar left end face, the air inlet stop collar right-hand end
The 4th inlet sensor module is fixedly mounted in face, third inlet sensor module is fixedly mounted in the second inlet sensor module left end face,
The third inlet sensor module can be in contact the air inlet conversion chamber left side connection equipped with annular with the 4th inlet sensor module
Air inlet transfer chamber, be slidably installed in the air inlet transfer cavity wall inlet seal baffle, and the inlet seal baffle is right
Inlet seal damper shaft is fixedly mounted in side end face, and the inlet seal damper shaft of opening to the right is equipped in the inlet seal damper shaft
Inlet seal baffle is fixedly mounted in chamber between the inlet seal baffle axocoel inner left wall and the inlet piston right end face
Chamber is included in even spring, the interior air inlet equipped with opening upwards of air inlet conversion chamber roof, and the air inlet is included in chamber inner left wall and is set
There is opening air inlet to the right to receive valve kerve, the air inlet receives fixed installation air inlet in valve kerve upper and lower end face and receives valve bottom
Envelope, the air inlet, which is included on the right side of chamber in inner wall, to be equipped with air inlet and receives valve chamber, and fixed peace in inner wall is received on the right side of valve chamber in the air inlet
It puts into gas and is included in door cylinder, the air inlet, which is included in the piston push rod left end face of door cylinder to the left and is fixedly connected with air inlet, is included in door
Axis, the air inlet, which is included in door-hinge left end face and is fixedly connected with air inlet, is included in door, and door is included in the air inlet can be moved to the left entrance
Valve kerve is received in air inlet, and the air inlet receives valve chamber and the air inlet of annular is fixedly mounted in inner wall is up and down included in a closedtop.
Further technical solution, total driving device include be installed in separator box body and connection air inlet conversion chamber with
Total driving chamber of gas shift chamber out, total driving chamber front end face is interior to be fixedly mounted total driving motor, total driving
The back end surface of the output shaft of motor backward is fixedly mounted total driving back plate, and total driving back plate back end surface is rotatably assorted peace
Gas drive moving axis is taken on, outlet drive rod, end on the right side of the outlet drive rod are hingedly coupled on the right side of the outlet drive shaft
Hingedly cooperate with the outlet piston rod, plate in total driving, total drive is fixedly mounted in the outlet drive shaft back end surface
Plate back end surface, which is rotatably assorted, in dynamic is installed into gas drive moving axis, and the air inlet drive shaft left end face is hingedly coupled air inlet drive
Lever, air inlet drive rod left side end hingedly cooperate with the inlet piston connecting rod, the air inlet drive shaft back end surface
Be fixedly mounted total driving foreboard, total driving foreboard back end surface is fixedly connected with total driving front axle, total driving front axle and
Inner wall is rotatably assorted on rear side of total driving chamber.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, a left side is operated by a set of total driving simultaneously
The inlet duct and air-out apparatus of right two sides by various leakproofness pipelines cooperate to that piston apparatus is made to play a role, and
The alternating expression interval folding control of various hermatic doors makes device can achieve smooth air inlet and outlet process, so that under mine
Air can must arrive air separation circulation by this set of device.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is the schematic cross-sectional view in Fig. 1 at A；
Fig. 3 is the schematic cross-sectional view of bowing in Fig. 1 at B.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-3, the gas-solid chromatograph separator box of a kind of air-isolation of embodiment according to the present invention, including separator box
Body 10 is provided with a set of inlet duct, a set of air-out apparatus in the separation cabinet 10 and drives the inlet duct and outlet
Total driving device of device, the inlet duct packet, air inlet convert chamber 37, are slidably matched in the air inlet conversion chamber 37 and the right side is arranged
One is leaned on the inlet piston 25 of link transmission, is provided with the inlet seal baffle 16 that can be interacted with piston in front of inlet piston 25,
Chamber 11 is included in the air inlet that an opening upwards are provided with above the air inlet conversion chamber 37, and the air inlet is included in chamber 11 and is provided with
Door 27 and corresponding driving device are included in air inlet, and the air-out apparatus includes gas shift chamber 54, the gas shift chamber 54 out
It is inside provided with the outlet piston 44 by connecting rod driving, is provided with to exhale in the gas shift chamber 54 out and is included in door 72, the outlet
It converts connection above chamber 54 and is equipped with outlet exhalation chamber 53, the right expiration door 66 of setting in the outlet exhalation chamber 53, told expiration door
66, which with the expiration are included in door 72, mutually staggers and shares the realization of a set of driving device and interact folding, and total driving device includes
One crank connecting link being driven by motor, which is connected separately with air inlet drive rod 81 and outlet drive rod 82, described
Air inlet drive rod 81 and outlet drive rod 82 are living with the outlet of the inlet piston connecting rod 31 of inlet duct and air-out apparatus respectively
Connecting rod 40 is filled in connect.
Valuably or illustratively, the air-out apparatus includes being installed in separation cabinet 10 to go out gas shift chamber 54, institute
It states out in 54 bottom wall of gas shift chamber and is included in chamber 51 equipped with the outlet that Open Side Down, slided between about 54 inner wall of gas shift chamber out
Dynamic to be coupled outlet piston 44,44 left end face of outlet piston is hingedly coupled outlet piston rod 40, it is described go out
The second exhalation sensor of outlet piston rod sealing plate 43, the outlet piston are fixedly mounted between about 54 inner wall of gas shift chamber
It is equipped in the second exhalation sensor of connecting rod sealing plate 43 left through the second exhalation sensor of the outlet piston rod sealing plate 43
The outlet piston rod sealing ring 41 of the annular of right side, 41 inner wall of outlet piston rod sealing ring is interior to be fixedly mounted outlet
Piston rod through-hole 42, the outlet piston rod through-hole 42 are slidably matched with the outlet piston rod 40, and the outlet is living
It fills in and the expiration sensing of outlet piston rod sealing plate second is fixedly mounted in 43 right end face of the second exhalation sensor of connecting rod sealing plate
Device 43,44 left end face of outlet piston is interior to be fixedly mounted the first exhalation sensor 52, and first exhalation sensor 52 can
It is contacted with the second exhalation sensor of the outlet piston rod sealing plate 43, it is fixed between about 54 inner wall of gas shift chamber out
The outlet stop collar 85 of annular is installed, the 4th exhalation sensor 46, institute is fixedly mounted in 85 left end face of outlet stop collar
It states and third exhalation sensor 45 is fixedly mounted in 44 right end face of outlet piston, the third exhalation sensor 45 can be with described the
The contact of four exhalation sensors 46,54 bottom wall of gas shift chamber out is interior to be included in a bottom cavity 49 equipped with opening upwards expiration, described to exhale
Gas, which is included in, the expiration of annular is fixedly mounted in 49 or so inner wall of a bottom cavity to be included in a underseal 48, it is described go out 54 roof of gas shift chamber in
It is included in a top chamber 74 equipped with expiration, the expiration is included in a top chamber 74 expiration that is slidably installed and is included in door 72, the expiration
It is included in 72 left end face of door to be fixedly mounted to exhale and is included in front tooth item 71, the expiration is included in fixed in top 74 an or so inner wall of chamber
A closedtop 79 is included in the expiration of installation annular, and a closedtop 79 is included in the expiration and described exhale is included in door 72 and is slidably matched, institute
The outlet exhalation chamber 53 in 54 roof of gas shift chamber equipped with opening upwards is stated out, is equipped in outlet exhalation 53 inner left wall of chamber
The expiration door kerve 76 of opening to the right, the interior expiration door underseal 75 that annular is fixedly mounted of about 76 inner wall of expiration door kerve,
The expiration door inverted draw cut 65 of opening to the left, about 65 inner wall of expiration door inverted draw cut are equipped in the outlet exhalation 53 right side inner wall of chamber
Between be slidably installed door 66 of exhaling, expiration front tooth item 73, expiration door top are fixedly mounted in 66 bottom wall of expiration door
The expiration door closedtop 77 of annular is fixedly mounted in about 65 inner wall of slot, 65 bottom of the expiration door inverted draw cut connection is equipped with control door of exhaling
Chamber 70, expiration control door chamber 70, which extends forward, to be included in a top chamber 74 with the expiration and is connected to, and the expiration is controlled on front side of door chamber 70
Control door motor 69 of exhaling is fixedly mounted in inner wall, the back end surface for exhaling the output shaft of control door motor 69 backward is fixedly connected
It exhales and controls door-hinge 67, the expiration control door-hinge 67 extends back to be rotatably assorted with expiration control 70 rear side inner wall of door chamber, described
It exhales to control and control front tooth wheel 68 of exhaling is fixedly mounted on door-hinge 67, the expiration control front tooth wheel 68 is included in front tooth item with the expiration
71, the expiration front tooth item 73 engages, thus when outlet piston 44 is in left end, third exhalation sensor 45 and the four classes of syllables
Gas sensor 46 is in contact, and it is upward to be included in door 72 by the control starting rotation expiration control front tooth wheel 68 of door motor 69 of exhaling at this time for expiration
Lift and feed them into expiration and be included in a top chamber 74, while expiration door 66 being pushed to the left and makes it into expiration door kerve 76, then
Outlet piston 44, which is moved backward, to be included in chamber 51 from outlet for air and is pumped into out gas shift chamber 54, when outlet piston 44 move to it is most left
When side, the first exhalation sensor 52 is in contact with the second exhalation sensor of outlet piston rod sealing plate 43, makes to exhale and control
69 antiport of door motor, so that expiration is included in door 72 and pushed down and made it into expiration and be included in by control front tooth wheel 68 rotation of exhaling
Door bottom cavity 49, while so that expiration door 66 is moved right makes expiration door 66 enter expiration door inverted draw cut 65, subsequent outlet piston 44 is forward
It pushes, air is released from outlet exhalation chamber 53, completes the outlet process of primary expiration formula.
Valuably or illustratively, the inlet duct includes the air inlet conversion chamber being installed in the separation cabinet 10
37, the air inlet is converted and inlet piston connecting rod sealing plate 32 is fixedly mounted between conversion about 37 inner wall of chamber of air inlet described in chamber 37,
Be equipped in the inlet piston connecting rod sealing plate 32 annular through 32 or so the inner wall of inlet piston connecting rod sealing plate into
Gas piston rod through-hole 35, the interior inlet piston connecting rod sealing ring that annular is fixedly mounted of 35 inner wall of inlet piston connecting rod through-hole
33, be slidably installed between 35 inner wall of inlet piston connecting rod through-hole inlet piston connecting rod 31, the inlet piston connecting rod
31 left sides end are hingedly coupled inlet piston 25, and the inlet piston 25 is slidably matched with air inlet conversion chamber 37, institute
It states and the first inlet sensor module 34,25 right-hand end of inlet piston is fixedly mounted in 32 left end face of inlet piston connecting rod sealing plate
The second inlet sensor module 26 is fixedly mounted in face, second inlet sensor module 26 can connect with first inlet sensor module 34
The air inlet stop collar 14 that annular is fixedly mounted between 37 upper and lower end face of chamber is converted in touching, the air inlet, and the air inlet stop collar 14 is left
The inlet seal ring 15 of annular is fixedly mounted in side end face, the 4th air inlet is fixedly mounted in 14 right end face of air inlet stop collar
Third inlet sensor module 24 is fixedly mounted in sensor 20,26 left end face of the second inlet sensor module, and the third air inlet passes
The connection on the left of air inlet conversion chamber 37 that can be in contact with the 4th inlet sensor module 20 of sensor 24 is equipped in the air inlet of annular
Turn chamber 17, be slidably installed inlet seal baffle 16 in 17 inner wall of air inlet transfer chamber, and the inlet seal baffle 16 is right
Inlet seal damper shaft 21 is fixedly mounted in side end face, and the inlet seal gear of opening to the right is equipped in the inlet seal damper shaft 21
Board shaft chamber 22, be fixedly mounted between 22 inner left wall of inlet seal baffle axocoel and 25 right end face of the inlet piston into
Hermetic seal baffle connects spring 23, and chamber 11 is included in the air inlet equipped with opening upwards in air inlet conversion 37 roof of chamber, and the air inlet is received
Enter to be equipped in 11 inner left wall of chamber the air inlet of opening to the right and receive valve kerve 12, the air inlet is received in 12 upper and lower end face of valve kerve
Air inlet is fixedly mounted and receives valve underseal 13, the air inlet, which is included in 11 right side inner wall of chamber, to be equipped with air inlet and receives valve chamber 28, it is described into
Gas, which is received, air inlet is fixedly mounted in 28 right side inner wall of valve chamber to be included in door cylinder 30, and the piston of door cylinder 30 to the left is included in the air inlet
Push rod left end face is fixedly connected with air inlet and is included in door-hinge 29, and the air inlet, which is included in 29 left end face of door-hinge and is fixedly connected with air inlet, to be included in
Door 27, the air inlet, which is included in door 27 and can be moved to the left into air inlet, receives valve kerve 12, and about 28 valve chamber is received in the air inlet
A closedtop 86 is included in the air inlet that annular is fixedly mounted in inner wall, thus when inlet piston 25 is in the initial position of the leftmost side,
Third inlet sensor module 24 is contacted with the 4th inlet sensor module 20, and Qidong air inlet at this time is included in door cylinder 30 and is included in door by air inlet
Air inlet is included in door 27 and turns right by axis 29 to be retracted, and so that air inlet is included in door 27 and is received valve chamber 28 into air inlet, inlet piston 25 is logical at this time
It crosses inlet seal damper shaft 21 and inlet seal baffle 16 is opened to the leftmost side for being at air inlet transfer chamber 17, subsequent air inlet is living
Plug 25, which is turned right, to be retracted, and connects spring 23 by inlet seal baffle at the same time and inlet seal baffle 16 is turned right tension to seal
37 left side of chamber is converted in air inlet, and the sucking air inlet conversion chamber 37 of the air in chamber 11 is included in air inlet, subsequent 25 right side of inlet piston
Second inlet sensor module 26 is contacted with the first inlet sensor module 34, and door cylinder 30 is included in reverse starting air inlet at this time, and air inlet is made to receive
Introduction 27 is turned left release, receives valve kerve 12 into air inlet, and subsequent inlet piston connecting rod 31 turns left inlet piston 25 promotion,
Inlet seal baffle 16 is opened by inlet seal damper shaft 21, air is sent into air inlet submitting chamber 18, completes an air inlet
Journey.
Valuably or illustratively, total driving device includes being installed in separation cabinet 10 and being connected to air inlet conversion chamber
37 with total driving chamber 56 of gas shift chamber 54 out, total driving motor is fixedly mounted in total 56 front end face of driving chamber
62, total driving back plate 61, total driving back plate is fixedly mounted in the back end surface of the output shaft of total driving motor 62 backward
61 back end surfaces, which are rotatably assorted, installs outlet drive shaft 60, and 60 right side of outlet drive shaft is hingedly coupled outlet drive rod
82, the 82 right side end of outlet drive rod and the outlet piston rod 40 hingedly cooperate, 60 rear side of outlet drive shaft
Plate 59 in total driving is fixedly mounted in end face, and 59 back end surface of plate, which is rotatably assorted, in total driving is installed into gas drive moving axis 58, institute
State 58 left end face of air inlet drive shaft and be hingedly coupled air inlet drive rod 81, the 81 left side end of air inlet drive rod with it is described
Inlet piston connecting rod 31 hingedly cooperates, and total driving foreboard 57, total drive is fixedly mounted in 58 back end surface of air inlet drive shaft
Dynamic 57 back end surface of foreboard is fixedly connected with total driving front axle 55, total driving front axle 55 and total 56 rear side inner wall of driving chamber
It is rotatably assorted, to start total driving motor 62 in machine operation, total driving 61 He of back plate is driven by total driving motor 62
Outlet drive shaft 60, outlet drive shaft 60 will be driven by the outlet drive rod 82 hingedly cooperated outlet piston rod 40 to
Air-out apparatus is driven, while plate 59 will drive the air inlet in total drive on plate 59 to drive in total driving of the drive of outlet drive shaft 60
Axis 58, so that inlet duct is driven by the air inlet drive rod 81 in air inlet drive shaft 58, so that package unit operates.
When use, by starting total driving motor 62, total driving back plate 61 is driven by total driving motor 62 and is gone out
Gas drive moving axis 60, outlet drive shaft 60 will drive outlet piston rod 40 by the outlet drive rod 82 hingedly cooperated to drive
Dynamic air-out apparatus, the pipeline and pause switch that air-out apparatus passes through the mobile cooperation leakproofness of 52 front and back of the first exhalation sensor
Expiration door 66 and expiration be included in door 72 to control gas flow direction so that outlet is included in the air of chamber 51 and lower section by device
It is extracted out from outlet exhalation chamber 53, plate 59 will drive plate in total driving in total driving that outlet drive shaft 60 drives simultaneously at the same time
Air inlet drive shaft 58 on 59, to drive inlet duct by the air inlet drive rod 81 in air inlet drive shaft 58, by into
Inlet piston 25 on device of air is moved forward and backward, is included in chamber with the mutually matched inlet seal baffle 16 of inlet piston 25 and air inlet
The folding control airflow direction of door 27 is included in air inlet in 11, so that inlet duct is only used for gas being included in chamber 11 from air inlet and inhale
Enter air inlet to send out chamber 18 and transmit down.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by a set of total driving device come same luck
The inlet duct and air-out apparatus for turning the left and right sides cooperate to that piston apparatus is made to play work by various leakproofness pipelines
With, flow air along stable direction, and the alternating expression interval folding control of various hermatic doors makes device can achieve stream
Smooth air inlet and outlet process allows the air under mine that must arrive air separation circulation by this set of device.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (4)
1. a kind of gas-solid chromatograph separator box of air-isolation, including separation cabinet, it is characterised in that: setting in the separator box body
There are a set of inlet duct, a set of air-out apparatus and the total driving device for driving the inlet duct and air-out apparatus, the air inlet
Chamber is converted in device packet, air inlet, and the air inlet converts intracavitary be slidably matched and right one inlet piston for leaning on link transmission, air inlet is arranged
It is provided with the inlet seal baffle that can be interacted with piston in front of piston, is provided with an opening upwards above the air inlet conversion chamber
Air inlet be included in chamber, the air inlet, which is included in, intracavitary to be provided with air inlet and is included in door and corresponding driving device, the air-out apparatus
Including going out gas shift chamber, it is described go out gas shift is intracavitary is provided with the outlet piston by connecting rod driving, it is described go out gas shift is intracavitary sets
It has set expiration and has been included in door, connection is equipped with outlet and breathes out chamber above the gas shift chamber out, and the intracavitary setting right side of the outlet exhalation is exhaled
Valve, told expiration door and the expiration, which are included in door and mutually stagger and share the realization of a set of driving device, interact folding, it is described always
Driving device includes the crank connecting link being driven by motor, which is connected separately with air inlet drive rod and outlet driving
Bar, the air inlet drive rod and outlet drive rod are living with the outlet of the inlet piston connecting rod of inlet duct and air-out apparatus respectively
Fill in connecting rod connection.
2. a kind of gas-solid chromatograph separator box of air-isolation according to claim 1, it is characterised in that: the air-out apparatus
Including being installed in the intracorporal gas shift chamber out of separator box, the outlet that Open Side Down is equipped in the gas shift bottom of chamber wall out and is included in
Chamber, it is described go out gas shift chamber be slidably installed between inner wall up and down outlet piston, the outlet piston left end face is hingedly matched
Installation outlet piston rod is closed, outlet piston rod sealing plate second is fixedly mounted between inner wall above and below the gas shift chamber out and exhales
Gas sensor, interior be equipped with of the second exhalation sensor of the outlet piston rod sealing plate run through the outlet piston rod sealing plate
The outlet piston rod sealing ring of the annular of second exhalation sensor or so end face, in the outlet piston rod sealing ring inner wall
Outlet piston rod through-hole is fixedly mounted, the outlet piston rod through-hole is slidably matched with the outlet piston rod, described
Outlet piston rod sealing plate second is fixedly mounted in outlet piston rod the second exhalation sensor of sealing plate right end face to exhale
Sensor, the outlet piston left end face is interior to be fixedly mounted the first exhalation sensor, and first exhalation sensor can be with institute
The contact of outlet piston rod the second exhalation sensor of sealing plate is stated, annular is fixedly mounted between inner wall above and below the gas shift chamber out
Outlet stop collar, the 4th exhalation sensor is fixedly mounted in the outlet stop collar left end face, on the right side of the outlet piston
Third exhalation sensor is fixedly mounted in end face, the third exhalation sensor can be contacted with the 4th exhalation sensor, institute
It states out in the wall of gas shift bottom of chamber and is included in a bottom cavity equipped with opening upwards expiration, the expiration is included in a bottom cavity or so inner wall fixed
A underseal is included in the expiration of installation annular, is equipped with to exhale in the gas shift chamber roof out and is included in a top chamber, the expiration is included in
Door pushes up the intracavitary expiration that is slidably installed and is included in door, and the expiration, which is included in a left end face to be fixedly mounted to exhale, is included in front tooth
A closedtop is included in item, the expiration that fixed installation annular in a top chamber or so inner wall is included in the expiration, and a top is included in the expiration
Envelope is included in door with the expiration and is slidably matched, and the outlet equipped with opening upwards breathes out chamber in the gas shift chamber roof out, described
Outlet breathes out and is equipped with the expiration door kerve of opening to the right in chamber inner left wall, is fixedly mounted in inner wall above and below the expiration door kerve
The expiration door underseal of annular, outlet exhalation chamber right side inner wall is interior to be equipped with the expiration door inverted draw cut of opening to the left, the expiration door
Be slidably installed between inner wall door of exhaling above and below inverted draw cut, and expiration front tooth item is fixedly mounted in the expiration door bottom wall, described to exhale
The interior expiration door closedtop that annular is fixedly mounted of inner wall, the expiration door inverted draw cut bottom connection are equipped with expiration control door to valve inverted draw cut up and down
Chamber, expiration control door chamber, which extends forward, to be included in a top chamber with the expiration and is connected to, and the expiration is controlled in door chamber front inner wall admittedly
Dingan County's dress, which is exhaled, controls door motor, and the back end surface for exhaling the output shaft of control door motor backward is fixedly connected with expiration control door-hinge,
The expiration control door-hinge extends back to be rotatably assorted with inner wall on rear side of expiration control door chamber, fixed peace on the expiration control door-hinge
Dress, which is exhaled, controls front tooth wheel, and the expiration control front tooth wheel is included in front tooth item with the expiration, the expiration front tooth item engages.
3. a kind of gas-solid chromatograph separator box of air-isolation according to claim 1, it is characterised in that: the inlet duct
Including being installed in the intracorporal air inlet conversion chamber of the separator box, air inlet conversion chamber described in the air inlet conversion chamber is up and down between inner wall
Inlet piston connecting rod sealing plate is fixedly mounted, is equipped in the inlet piston connecting rod sealing plate close through the inlet piston connecting rod
The inlet piston connecting rod through-hole of the annular of sealing plate or so inner wall, the interior fixed installation annular of the inlet piston connecting rod through-hole wall
Inlet piston connecting rod sealing ring, be slidably installed between the inlet piston connecting rod through-hole wall inlet piston connecting rod, described
End is hingedly coupled inlet piston on the left of inlet piston connecting rod, and the inlet piston is matched with air inlet conversion chamber sliding
It closes, the first inlet sensor module, the inlet piston right-hand end is fixedly mounted in the inlet piston connecting rod sealing plate left end face
The second inlet sensor module is fixedly mounted in face, second inlet sensor module can be contacted with first inlet sensor module, described
The air inlet stop collar of annular, fixed peace in the air inlet stop collar left end face are fixedly mounted between air inlet conversion chamber upper and lower end face
The inlet seal ring for filling annular, is fixedly mounted the 4th inlet sensor module in the air inlet stop collar right end face, described second into
Third inlet sensor module is fixedly mounted in gas sensor left end face, and the third inlet sensor module can be sensed with the 4th air inlet
The device connection on the left of air inlet conversion chamber that is in contact is equipped with the air inlet transfer chamber of annular, and sliding is matched in the air inlet transfer cavity wall
Installation inlet seal baffle is closed, inlet seal damper shaft is fixedly mounted in the inlet seal baffle right end face, and the air inlet is close
Be equipped with the inlet seal baffle axocoel of opening to the right in block board shaft, the inlet seal baffle axocoel inner left wall and it is described into
Inlet seal baffle is fixedly mounted between gas piston right end face and connects spring, is equipped with opening upwards in the air inlet conversion chamber roof
Chamber is included in air inlet, and the air inlet, which is included in chamber inner left wall, to be equipped with the air inlet of opening to the right and receive valve kerve, and gas is received in the air inlet
Air inlet is fixedly mounted in door kerve upper and lower end face and receives valve underseal, the air inlet, which is included on the right side of chamber in inner wall, receives valve equipped with air inlet
Chamber, the air inlet, which is received, air inlet is fixedly mounted on the right side of valve chamber to be included in door cylinder in inner wall, and the air inlet is included in door cylinder to the left
Piston push rod left end face is fixedly connected with air inlet and is included in door-hinge, and the air inlet, which is included in door-hinge left end face and is fixedly connected with air inlet, to be included in
Door, the air inlet, which is included in door and can be moved to the left into air inlet, receives valve kerve, and it is solid in inner wall up and down that valve chamber is received in the air inlet
A closedtop is included in the air inlet of Dingan County's dress annular.
4. a kind of gas-solid chromatograph separator box of air-isolation according to claim 1, it is characterised in that: total driving dress
Set total driving chamber including being installed in separator box body and being connected to air inlet conversion chamber and gas shift chamber out, total driving chamber
Total driving motor is fixedly mounted in front end face, total drive is fixedly mounted in the back end surface of the output shaft of total driving motor backward
Dynamic back plate, total driving back plate back end surface, which is rotatably assorted, installs outlet drive shaft, hingedly matches on the right side of the outlet drive shaft
Installation outlet drive rod is closed, end hingedly cooperates with the outlet piston rod on the right side of the outlet drive rod, the gas drive out
Plate in total driving is fixedly mounted in moving axis back end surface, and plate back end surface, which is rotatably assorted, in total driving is installed into gas drive moving axis,
The air inlet drive shaft left end face is hingedly coupled air inlet drive rod, end and the air inlet on the left of the air inlet drive rod
Piston rod hingedly cooperates, and total driving foreboard, total driving foreboard rear side is fixedly mounted in the air inlet drive shaft back end surface
End face is fixedly connected with total driving front axle, and total driving front axle is rotatably assorted with inner wall on rear side of total driving chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910572116.5A CN110259501A (en) | 2019-06-28 | 2019-06-28 | A kind of gas-solid chromatograph separator box of air-isolation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910572116.5A CN110259501A (en) | 2019-06-28 | 2019-06-28 | A kind of gas-solid chromatograph separator box of air-isolation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110259501A true CN110259501A (en) | 2019-09-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910572116.5A Withdrawn CN110259501A (en) | 2019-06-28 | 2019-06-28 | A kind of gas-solid chromatograph separator box of air-isolation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110259501A (en) |
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| CN205297882U (en) * | 2015-12-31 | 2016-06-08 | 北京一通汇知压缩机制造有限公司 | Helium diaphragm compressor structure of tertiary compression of big discharge capacity |
| CN105862979A (en) * | 2016-05-12 | 2016-08-17 | 张萍 | Efficient intelligentized air water generator |
| CN108434776A (en) * | 2018-05-23 | 2018-08-24 | 安吉金科机械设备有限公司 | A kind of air cleaning unit |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH02237610A (en) * | 1989-03-10 | 1990-09-20 | Mitsubishi Heavy Ind Ltd | Reciprocating pressure swing type mixed gas separation device |
| JP2005163681A (en) * | 2003-12-03 | 2005-06-23 | Toshiba Kyaria Kk | Two-stage compression type reciprocating compressor |
| CN101691854A (en) * | 2009-10-14 | 2010-04-07 | 同济大学 | Novel fuel pressurization pump and pressurization system |
| CN103133036A (en) * | 2011-12-02 | 2013-06-05 | 西安创尼尔汽车电子技术有限公司 | Engine of pneumatic car |
| CN203051025U (en) * | 2012-12-24 | 2013-07-10 | 陈琪 | Reciprocating type double-cylinder compressor |
| CN203081685U (en) * | 2013-01-27 | 2013-07-24 | 陈加云 | Double-cylinder double-acting linear reciprocating air compressor |
| CN103244259A (en) * | 2013-05-29 | 2013-08-14 | 长城汽车股份有限公司 | Cylinder communication four-stroke engine and corresponding automobile |
| CN203430726U (en) * | 2013-08-13 | 2014-02-12 | 彭成岩 | Double-head air taking air compressor |
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| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20190920 |
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