CN108443107A - A kind of efficient extraction natural-gas energy-saving equipment - Google Patents
A kind of efficient extraction natural-gas energy-saving equipment Download PDFInfo
- Publication number
- CN108443107A CN108443107A CN201810150206.0A CN201810150206A CN108443107A CN 108443107 A CN108443107 A CN 108443107A CN 201810150206 A CN201810150206 A CN 201810150206A CN 108443107 A CN108443107 A CN 108443107A
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- China
- Prior art keywords
- left end
- plenum chamber
- right end
- outer framework
- gas
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Classifications
-
- 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
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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
- 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
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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
- 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
- F04B39/16—Filtration; Moisture separation
Abstract
The invention discloses a kind of efficient extraction natural-gas energy-saving equipment,Its structure includes natural gas draw-out device,Console,Operation button,Pedestal,Thermovent,Extension tube attached,Plenum chamber,Assist plenum chamber,Display screen,Detection pipe,It is mutually welded with base top console bottom,Console front end is clearance fit with operation button rear end,Pan frontward end is connected with thermovent rear end using card slot,Operation button is vertical connection with console front end,Operation button inside is electrically connected with display screen inside,It is integrated with auxiliary plenum chamber bottom at the top of plenum chamber,A kind of efficient extraction natural-gas energy-saving equipment of the present invention,Structure is equipped with natural gas draw-out device,Device generation persistently attacks,Make acquisition stablize to carry out,And the installation of sealing plate,Acquisition can be blocked in time,Natural gas density is excessive inside anti-locking apparatus,Improve safety guarantee,Reduce risk.
Description
Technical field
The present invention is a kind of efficient extraction natural-gas energy-saving equipment, belongs to extraction natural gas facility field.
Background technology
Natural gas refers to a naturally occurring tangential gas in nature, including in atmospheric thermodynamics, hydrosphere and lithosphere it is various from
The gas (including casing-head gas, reservoir gas, gas of mud volcano, coal bed gas and biology generate gas etc.) that right process is formed, and people are long-term
Since general " natural gas " definition, be from the narrow sense of energy point of view define, refer to the hydrocarbon naturally contained in stratum
The mixture of class and non-hydrocarbon gases is often referred to casing-head gas and reservoir gas in petroleum geology, forms based on hydro carbons,
And contain non-hydrocarbon gas.
But existing Gas Exploitation storage is relatively simple, and when use can not close pipeline in time, and natural gas is easily made to exceed standard
Amount, makes device internal residual natural gas, is easily damaged to device, and there are security risks.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of efficient extraction natural-gas energy-saving equipment, with
It is relatively simple to solve existing Gas Exploitation storage, when use can not close pipeline in time, so that natural gas is exceeded standard volume, make dress
Internal residual natural gas is set, easily device is damaged, and there are problems that security risk.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of efficient extraction natural gas
Energy-saving equipment, structure include natural gas draw-out device, console, operation button, pedestal, thermovent, extension tube attached, plenum chamber,
Plenum chamber, display screen, detection pipe, the console bottom is assisted mutually to be welded with base top, the console front end and operation
Button rear end is clearance fit, and the pan frontward end is connected with thermovent rear end using card slot, the operation button and control
Platform front end processed is vertical connection, and the operation button inside, to be electrically connected, at the top of the plenum chamber and is assisted with display screen inside
Plenum chamber bottom is integrated, and the plenum chamber left end is mutually welded with extension tube attached right end, and the extension tube attached is left with plenum chamber
End is vertical connection, and the display screen rear end is that card slot is connect with console upper end, and the plenum chamber bottom is logical with base top
It crosses screw to be fixedly connected, the console left end fits with plenum chamber right end, and the display screen right end is extracted with natural gas and filled
It sets left end to be connected, mutually be welded with detection bottom of the tube at the top of the natural gas draw-out device；The natural gas draw-out device is by moving
Power apparatus structure, switching device structure, buffering gas collecting apparatus, filter apparatus configuration, outer framework composition, the powerplant configuration
Right end is connected with right end inside outer framework, and the switching device structure left end fits with filter apparatus configuration bottom, described
Buffering gas collecting apparatus left end is mutually welded with left end inside outer framework, solid with outer framework inner tip at the top of the filter apparatus configuration
Fixed connection, the outer framework top are mutually welded with detection bottom of the tube, and the outer framework left end fits with console right end.
Further, the powerplant configuration is by L fixed blocks, T-type connecting plate, connector bar, driven wheel, the first combination
Gear, belt, the second built-up gear, motor gear, motor, turntable, steel cable, small fixed block, spring, sliding block, sliding slot, piston connect
Bar, piston composition.
Further, L fixed blocks rear end is fixedly connected with outer framework Internal back end bronze drum screw, the L fixed blocks
Bottom is integrated with sliding slot left end, and the sliding block left end is connect with sliding slot right end using card slot, and the slider top is left
Side is connected with L fixed block right ends bottom by spring, and the T-type connecting plate bottom is to be flexibly connected with turntable middle-end, the T
It is connected by groove with connector bar bottom at the top of type connecting plate, passes through connecting rod at the top of the driven wheel middle-end and connector bar
It is connected, the driven wheel upper right side is meshed with the first built-up gear lower-left end, the first built-up gear inner ring and second
Built-up gear inner ring is connected by belt, is connected by connecting rod with motor gear bottom at the top of the motor, the motor
Right end is fixedly connected with right end inside outer framework, and the motor gear rear end uses Helical gear Transmission with the second built-up gear bottom
Connection, the slider bottom are connected at the top of piston rod by positioning pin, and the piston rod bottom is with top land
Mechanical connection, the slider top right end are connected at the top of small fixed block by steel cable, the turntable outer wall and steel cable outer wall
It fits.
Further, the switching device structure by fixed frame, battery, control box, connecting line, towed electromagnet, lead
Draw telescopic rod, link block, sealing plate composition.
Further, the fixed frame right end is mutually welded with right end inside outer framework, in the battery left end and fixed frame
Portion's left end is fixed by screws, and is connected by connecting line with anode at the top of the control box, the battery cathode
It is to be electrically connected with towed electromagnet top left, the control box bottom passes through connecting line with right end at the top of towed electromagnet
It is connected, the towed electromagnet left end is integrated with traction telescopic rod right end, the sealing plate right end and traction
Telescopic rod left end is fixedly connected by link block.
Further, the buffering gas collecting apparatus by preliminary plenum chamber, pressure dial plate, table connecting rod, sensor block, connecting tube,
Valve forms.
Further, the preliminary plenum chamber left end bottom is connected with connecting tube right end, the preliminary plenum chamber left end
Be fixedly connected with left end inside outer framework, the connecting tube middle-end and valve bottom are to be threadedly coupled, the sensor block left end and
Pressure gauge pan bottom is connected by table connecting rod, and the table connecting rod right end connects with preliminary plenum chamber left end, the preliminary collection
Gas tank middle-end is fixedly connected with outer framework left end.
Further, the filter apparatus configuration by fixed link, hinge, chamber door, filter layer, Quincunx screw, Rose Box, go out
Tracheae, air inlet pipe composition.
Further, it is connected by fixed link with outer framework inner tip at the top of the Rose Box, outside the filter layer
Wall, using mutually binding, mutually welds at the top of the escape pipe with Rose Box bottom with Rose Box inside, the chamber door top and outline border
Frame left end is connected by hinge, and the chamber door bottom is connected with Rose Box left end by Quincunx screw, the Quincunx screw
Middle-end connects with chamber door bottom, is connected with Rose Box right end at the top of the air inlet pipe, the escape pipe and outer framework bottom
It connects.
Further, the piston base fits with air inlet pipe right end.
Further, the sealing plate left end connects with escape pipe lower end.
Advantageous effect
A kind of efficient extraction natural-gas energy-saving equipment of the present invention, structure are equipped with natural gas draw-out device, device are placed
In suitable position, pedestal is made to be adjacent to ground, collection tube is connect with air inlet pipe, and be passed through acquisition zone, by operation button and shown
Display screen controls motor and control box, and control box makes battery form closed circuit with towed electromagnet after being powered, and keeps traction flexible
Bar pulls sealing plate toward retraction, and then by link block, and air inlet pipe is made integrally to penetrate through, and motor drives motor gear rotation at this time,
And then the second built-up gear drives the rotation of the first built-up gear by belt, driven wheel drives connector bar rotation, and then makes T-type
Connecting plate pumps together with turntable, since L fixed blocks and small fixed block are fixed, so steel cable pulls on sliding block gram
It takes spring and is close to sliding slot and pump, and then so that piston is close to air inlet pipe movement by piston rod, and then generate and continue
Suction sucks natural gas, enters Rose Box, and preliminary plenum chamber is entered by escape pipe after by filter layer, if needing more
Filter layer is changed, then is unscrewed Quincunx screw, turns left and pulls chamber door, can be observed inside preliminary plenum chamber by pressure dial plate
Connecting tube is connect by gas flow using outer connecting pipe with plenum chamber, and natural gas can be sent out by loosening valve, and device, which generates, to be continued
It attacks, so that acquisition is stablized and carry out, and the installation of sealing plate, acquisition, anti-locking apparatus inside natural gas density mistake can be blocked in time
Greatly, safety guarantee is improved, risk is reduced.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of efficient extraction natural-gas energy-saving equipment of the present invention；
Fig. 2 is the sectional view of natural gas draw-out device of the present invention；
Fig. 3 is the activity diagram of switching device structure of the present invention；
Fig. 4 is the activity diagram of filter apparatus configuration of the present invention.
In figure：Natural gas draw-out device -1, console -2, operation button -3, pedestal -4, thermovent -5, extension tube attached -6, collection
Gas tank -7, auxiliary plenum chamber -8, display screen -9, detection pipe -10, powerplant configuration -101, switching device structure -102, buffering
Gas collecting apparatus -103, filter apparatus configuration -104, outer framework -105, L fixed blocks -1011, T-type connecting plate -1012, small connection
Bar -1013, driven wheel -1014, the first built-up gear -1015, belt -1016, the second built-up gear -1017, motor gear -
1018, motor -1019, turntable -10110, steel cable -10111, small fixed block -10112, spring -10113, sliding block -10114, cunning
Slot -10115, piston rod -10116, piston -10117, fixed frame -1021, battery -1022, control box -1023, connecting line -
1024, towed electromagnet -1025, traction telescopic rod -1026, link block -1027, sealing plate -1028, preliminary plenum chamber -
1031, pressure dial plate -1032, table connecting rod -1033, sensor block -1034, connecting tube -1035, valve -1036, fixed link -1041,
Hinge -1042, chamber door -1043, filter layer -1044, Quincunx screw -1045, Rose Box -1046, escape pipe -1047, air inlet pipe -
1048。
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of efficient extraction natural-gas energy-saving equipment and technology scheme：Its structure includes
Natural gas draw-out device 1, console 2, operation button 3, pedestal 4, thermovent 5, extension tube attached 6, plenum chamber 7, auxiliary plenum chamber 8,
Display screen 9, detection pipe 10,2 bottom of the console are mutually welded with 4 top of pedestal, 2 front end of the console and operation button 3
Rear end is clearance fit, and 4 front end of the pedestal is connected with 5 rear end of thermovent using card slot, the operation button 3 and control
2 front end of platform is vertical connection, the inside of the operation button 3 with 9 inside of display screen to be electrically connected, at the top of the plenum chamber 7 with it is auxiliary
8 bottom of plenum chamber is helped to be integrated, 7 left end of the plenum chamber is mutually welded with 6 right end of extension tube attached, the extension tube attached 6 and collection
7 left end of gas tank is vertical connection, and 9 rear end of the display screen and 2 upper end of console are that card slot is connect, 7 bottom of the plenum chamber and
4 top of pedestal is fixed by screws, and 2 left end of the console fits with 7 right end of plenum chamber, 9 right end of the display screen
It is connected with 1 left end of natural gas draw-out device, 1 top of the natural gas draw-out device is mutually welded with 10 bottom of detection pipe；It is described
Natural gas draw-out device 1 is by powerplant configuration 101, switching device structure 102, buffering gas collecting apparatus 103, filter apparatus configuration
104, outer framework 105 forms, and 101 right end of the powerplant configuration is connected with 105 inside right end of outer framework, the switch dress
It sets 102 left end of structure to fit with 104 bottom of filter apparatus configuration, in 103 left end of buffering gas collecting apparatus and outer framework 105
Portion's left end mutually welds, and 104 top of the filter apparatus configuration is fixedly connected with 105 inner tip of outer framework, the outer framework 105
Top is mutually welded with 10 bottom of detection pipe, and 105 left end of the outer framework fits with 2 right end of console, the power plant knot
Structure 101 is by L fixed blocks 1011, T-type connecting plate 1012, connector bar 1013, driven wheel 1014, the first built-up gear 1015, skin
Band 1016, the second built-up gear 1017, motor gear 1018, motor 1019, turntable 10110, steel cable 10111, small fixed block
10112, spring 10113, sliding block 10114, sliding slot 10115, piston rod 10116, piston 10117 form, the L fixed blocks
1011 rear ends are fixedly connected with 105 Internal back end bronze drum screw of outer framework, and 1011 bottom of L fixed blocks is left with sliding slot 10115
End is integrated, and 10114 left end of the sliding block is connect with 10115 right end of sliding slot using card slot, 10114 top of the sliding block
Left side is connected with 1011 right end bottom of L fixed blocks by spring 10113,1012 bottom of T-type connecting plate and turntable 10110
Middle-end is flexible connection, and 1012 top of the T-type connecting plate is connected with 1013 bottom of connector bar by groove, described driven
It takes turns 1014 middle-ends with 1013 top of connector bar to be connected by connecting rod, 1014 upper right side of the driven wheel and the first built-up gear
1015 lower-lefts end are meshed, and 1015 inner ring of the first built-up gear passes through 1016 phase of belt with 1017 inner ring of the second built-up gear
Connection, 1019 top of the motor are connected with 1018 bottom of motor gear by connecting rod, 1019 right end of the motor and outline border
105 inside right end of frame is fixedly connected, and 1018 rear end of the motor gear is passed with 1017 bottom of the second built-up gear using helical gear
Dynamic connection, 10114 bottom of the sliding block are connected with 10116 top of piston rod by positioning pin, the piston rod 10116
Bottom is mechanical connection with 10117 top of piston, and 10114 top right end of the sliding block passes through steel with 10112 top of small fixed block
Rope 10111 is connected, and 10110 outer wall of the turntable fits with 10111 outer wall of steel cable, and the switching device structure 102 is by solid
Determine frame 1021, battery 1022, control box 1023, connecting line 1024, towed electromagnet 1025, traction telescopic rod 1026, connection
Block 1027, sealing plate 1028 form, and 1021 right end of the fixed frame is mutually welded with 105 inside right end of outer framework, the battery
1022 left ends are fixed by screws with 1021 inside left end of fixed frame, 1023 top of the control box and 1022 anode of battery
It is connected by connecting line 1024,1022 cathode of the battery is to be electrically connected with 1025 top left of towed electromagnet, described
1023 bottom of control box is connected with 1025 top right end of towed electromagnet by connecting line 1024, the towed electromagnet
1025 left ends are integrated with traction 1026 right end of telescopic rod, and 1028 right end of the sealing plate and traction telescopic rod 1026 are left
End is fixedly connected by link block 1027, and the buffering gas collecting apparatus 103 is by preliminary plenum chamber 1031, pressure dial plate 1032, table
Connecting rod 1033, sensor block 1034, connecting tube 1035, valve 1036 form, 1031 left end bottom of the preliminary plenum chamber with connect
1035 right end of pipe is connected, and 1031 left end of preliminary plenum chamber is fixedly connected with 105 inside left end of outer framework, the connecting tube
1035 middle-ends are to be threadedly coupled with 1036 bottom of valve, and 1034 left end of the sensor block is connected with 1032 bottom of pressure dial plate by table
Bar 1033 is connected, and 1033 right end of table connecting rod connects with 1031 left end of preliminary plenum chamber, the preliminary plenum chamber 1031
Middle-end is fixedly connected with 105 left end of outer framework, and the filter apparatus configuration 104 is by fixed link 1041, hinge 1042, chamber door
1043, filter layer 1044, Quincunx screw 1045, Rose Box 1046, escape pipe 1047, air inlet pipe 1048 form, the Rose Box
1046 tops are connected with 105 inner tip of outer framework by fixed link 1041,1044 outer wall of the filter layer and Rose Box
Using mutually binding, 1047 top of the escape pipe is mutually welded with 1046 bottom of Rose Box for 1046 inside, 1043 top of the chamber door
It is connected by hinge 1042 with 105 left end of outer framework, 1043 bottom of the chamber door passes through plum blossom spiral shell with 1046 left end of Rose Box
Silk 1045 is connected, and 1045 middle-end of the Quincunx screw connects with 1043 bottom of chamber door, 1048 top of the air inlet pipe and mistake
1046 right end of filter box is connected, and the escape pipe 1047 connects with 105 bottom of outer framework, 10117 bottom of the piston with into
1048 right end of tracheae fits, and 1028 left end of the sealing plate connects with 1047 lower end of escape pipe.
Spring 10113 described in this patent uses spring steel material, spring steel to refer to manufacturing all kinds of springs and other bullets
The special metals steel of property element, can be divided into common alloy spring steel and specific alloy spring steel by performance requirement, use condition.
In progress in use, placing the device in suitable position, pedestal 4 is set to be adjacent to ground, by collection tube and air inlet pipe
1048 connections, and it is passed through acquisition zone, motor 1019 and control box 1023, control box are controlled by operation button 3 and display screen 9
So that battery 1022 is formed closed circuit with towed electromagnet 1025 after 1023 energizations, makes the past retraction of traction telescopic rod 1026, into
And sealing plate 1028 is pulled by link block 1027, so that air inlet pipe 1048 is integrally penetrated through, motor 1019 drives motor gear at this time
1018 rotations, and then the second built-up gear 1017 drives the first built-up gear 1015 to rotate by belt 1016, driven wheel 1014
It drives connector bar 1013 to rotate, and then T-type connecting plate 1012 is made to pump together with turntable 10110, due to L fixed blocks
1011 is fixed with small fixed block 10112, so steel cable 10111 pulls on sliding block 10114 and spring 10113 is overcome to be close to sliding slot
10115 pump, and then so that piston 10117 is close to air inlet pipe 1048 by piston rod 10116 and move, and then generate
Continue suction, natural gas is sucked, Rose Box 1046 is entered, is entered just by escape pipe 1047 after by filter layer 1044
Step plenum chamber 1031 unscrews Quincunx screw 1045 if needing to change filter layer 1044, turns left and pulls chamber door 1043, can
To observe 1031 interior gas amount of preliminary plenum chamber by pressure dial plate 1032, using outer connecting pipe by connecting tube 1035 and gas collection
Case 7 connects, and natural gas can be sent out by loosening valve 1036.
It is relatively simple that the present invention solves existing Gas Exploitation storage, and when use can not close pipeline in time, easily make natural gas
Beyond standard volume, makes device internal residual natural gas, easily device is damaged, and there are problems that security risk, the present invention
By being combined with each other for above-mentioned component, structure is equipped with natural gas draw-out device, places the device in suitable position, pedestal is made to paste
Collection tube connect with air inlet pipe, and is passed through acquisition zone by tightly face, and motor and control are controlled by operation button and display screen
Box, control box make battery form closed circuit with towed electromagnet after being powered, make traction telescopic rod toward retraction, and then pass through company
It connects block and pulls sealing plate, air inlet pipe is made integrally to penetrate through, motor drives motor gear rotation at this time, and then the second built-up gear passes through
Belt drives the rotation of the first built-up gear, and driven wheel drives connector bar rotation, and then makes T-type connecting plate together with past above and below turntable
Multiple movement, since L fixed blocks and small fixed block are fixed, so steel cable pulls on sliding block, to overcome spring to be close to sliding slot or more past
Multiple movement, and then so that piston is close to air inlet pipe movement by piston rod, and then generate and continue suction, natural gas is sucked, into
Enter to Rose Box, preliminary plenum chamber is entered by escape pipe after by filter layer, if needing to change filter layer, by Quincunx screw
It unscrews, turns left and pull chamber door, preliminary plenum chamber interior gas amount can be observed by pressure dial plate, it will using outer connecting pipe
Connecting tube is connect with plenum chamber, and natural gas can be sent out by loosening valve, and device generation persistently attacks, and so that acquisition is stablized and is carried out,
And the installation of sealing plate, acquisition can be blocked in time, and anti-locking apparatus inside natural gas density is excessive, improves safety guarantee, reduces
Risk.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of efficient extraction natural-gas energy-saving equipment, structure includes natural gas draw-out device (1), console (2), operates and press
Key (3), pedestal (4), thermovent (5), extension tube attached (6), plenum chamber (7), auxiliary plenum chamber (8), display screen (9), detection pipe
(10), it is mutually welded at the top of console (2) bottom and pedestal (4), console (2) front end and operation button (3) rear end
For clearance fit, pedestal (4) front end is connected with thermovent (5) rear end using card slot, the operation button (3) and control
Platform (2) front end processed is vertical connection, and the operation button (3) is internal internal to be electrically connected with display screen (9), the plenum chamber
(7) top is integrated with auxiliary plenum chamber (8) bottom, it is characterised in that：
Plenum chamber (7) left end is mutually welded with extension tube attached (6) right end, and the extension tube attached (6) is vertical with plenum chamber (7) left end
Connection, display screen (9) rear end are that card slot is connect with console (2) upper end, and plenum chamber (7) bottom is pushed up with pedestal (4)
Portion is fixed by screws, and console (2) left end fits with plenum chamber (7) right end, display screen (9) right end with
Natural gas draw-out device (1) left end is connected, and is mutually welded with detection pipe (10) bottom at the top of the natural gas draw-out device (1)；
The natural gas draw-out device (1) is by powerplant configuration (101), switching device structure (102), buffering gas collecting apparatus
(103), filter apparatus configuration (104), outer framework (105) composition, powerplant configuration (101) right end and outer framework
(105) internal right end is connected, and switching device structure (102) left end fits with filter apparatus configuration (104) bottom, institute
It states buffering gas collecting apparatus (103) left end mutually to weld with the internal left end of outer framework (105), at the top of the filter apparatus configuration (104)
It is fixedly connected with outer framework (105) inner tip, is mutually welded with detection pipe (10) bottom at the top of the outer framework (105), it is described
Outer framework (105) left end fits with console (2) right end.
2. a kind of efficient extraction natural-gas energy-saving equipment according to claim 1, it is characterised in that：The power plant knot
Structure (101) is by L fixed blocks (1011), T-type connecting plate (1012), connector bar (1013), driven wheel (1014), the first combination tooth
Take turns (1015), belt (1016), the second built-up gear (1017), motor gear (1018), motor (1019), turntable (10110),
Steel cable (10111), small fixed block (10112), spring (10113), sliding block (10114), sliding slot (10115), piston rod
(10116), piston (10117) forms.
3. a kind of efficient extraction natural-gas energy-saving equipment according to claim 2 or 1, it is characterised in that：The L fixed blocks
(1011) rear end is fixedly connected with outer framework (105) Internal back end bronze drum screw, L fixed blocks (1011) bottom and sliding slot
(10115) left end is integrated, and sliding block (10114) left end is connect with sliding slot (10115) right end using card slot, described
Sliding block (10114) top left side is connected with L fixed blocks (1011) right end bottom by spring (10113), the T-type connecting plate
(1012) bottom is to be flexibly connected with turntable (10110) middle-end, T-type connecting plate (1012) top and connector bar (1013)
Bottom is connected by groove, and driven wheel (1014) middle-end is connected at the top of connector bar (1013) by connecting rod, institute
It states driven wheel (1014) upper right side to be meshed with the first built-up gear (1015) lower-left end, in first built-up gear (1015)
Ring is connected with the second built-up gear (1017) inner ring by belt (1016), motor (1019) top and motor gear
(1018) bottom is connected by connecting rod, and motor (1019) right end is fixedly connected with the internal right end of outer framework (105), described
Motor gear (1018) rear end is connect with the second built-up gear (1017) bottom using Helical gear Transmission, the sliding block (10114)
Bottom is connected at the top of piston rod (10116) by positioning pin, piston rod (10116) bottom and piston
(10117) top is mechanical connection, passes through steel cable at the top of sliding block (10114) the top right end and small fixed block (10112)
(10111) it is connected, turntable (10110) outer wall fits with steel cable (10111) outer wall.
4. a kind of efficient extraction natural-gas energy-saving equipment according to claim 1, it is characterised in that：The switching device knot
Structure (102) is by fixed frame (1021), battery (1022), control box (1023), connecting line (1024), towed electromagnet
(1025), traction telescopic rod (1026), link block (1027), sealing plate (1028) composition.
5. a kind of efficient extraction natural-gas energy-saving equipment according to claim 4 or 1, it is characterised in that：The fixed frame
(1021) right end is mutually welded with the internal right end of outer framework (105), and battery (1022) left end is internal left with fixed frame (1021)
End is fixed by screws, and is connected by connecting line (1024) with battery (1022) anode at the top of the control box (1023)
It connects, battery (1022) cathode is to be electrically connected with towed electromagnet (1025) top left, control box (1023) bottom
Portion is connected with right end at the top of towed electromagnet (1025) by connecting line (1024), and the towed electromagnet (1025) is left
End is integrated with traction telescopic rod (1026) right end, and sealing plate (1028) right end is left with traction telescopic rod (1026)
End is fixedly connected by link block (1027).
6. a kind of efficient extraction natural-gas energy-saving equipment according to claim 1, it is characterised in that：The buffering gas collection dress
(103) are set by preliminary plenum chamber (1031), pressure dial plate (1032), table connecting rod (1033), sensor block (1034), connecting tube
(1035), valve (1036) forms.
7. a kind of efficient extraction natural-gas energy-saving equipment according to claim 6 or 1, it is characterised in that：The preliminary collection
Gas tank (1031) left end bottom is connected with connecting tube (1035) right end, preliminary plenum chamber (1031) left end and outer framework
(105) internal left end is fixedly connected, and connecting tube (1035) middle-end is to be threadedly coupled with valve (1036) bottom, the induction
Block (1034) left end is connected with pressure dial plate (1032) bottom by table connecting rod (1033), table connecting rod (1033) right end with
Preliminary plenum chamber (1031) left end connects, and preliminary plenum chamber (1031) middle-end is fixedly connected with outer framework (105) left end.
8. a kind of efficient extraction natural-gas energy-saving equipment according to claim 1, it is characterised in that：The filter device knot
Structure (104) is by fixed link (1041), hinge (1042), chamber door (1043), filter layer (1044), Quincunx screw (1045), filtering
Case (1046), escape pipe (1047), air inlet pipe (1048) composition.
9. a kind of efficient extraction natural-gas energy-saving equipment according to claim 8 or 1, it is characterised in that：The Rose Box
(1046) top be connected by fixed link (1041) with outer framework (105) inner tip, filter layer (1044) outer wall and
Using mutually binding inside Rose Box (1046), mutually welded with Rose Box (1046) bottom at the top of the escape pipe (1047), it is described
It is connected by hinge (1042) with outer framework (105) left end at the top of chamber door (1043), chamber door (1043) bottom and filtering
Case (1046) left end is connected by Quincunx screw (1045), Quincunx screw (1045) middle-end and chamber door (1043) bottom phase
Perforation, air inlet pipe (1048) top are connected with Rose Box (1046) right end, the escape pipe (1047) and outer framework
(105) bottom connects.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810150206.0A CN108443107A (en) | 2018-02-13 | 2018-02-13 | A kind of efficient extraction natural-gas energy-saving equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810150206.0A CN108443107A (en) | 2018-02-13 | 2018-02-13 | A kind of efficient extraction natural-gas energy-saving equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108443107A true CN108443107A (en) | 2018-08-24 |
Family
ID=63192350
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810150206.0A Pending CN108443107A (en) | 2018-02-13 | 2018-02-13 | A kind of efficient extraction natural-gas energy-saving equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN108443107A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109681132A (en) * | 2018-12-24 | 2019-04-26 | 郑州新领豫智能科技有限公司 | A kind of energy-saving and environment-friendly extraction gas plant |
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