CN208982029U - A kind of bubble row's medium well head bets device automatically - Google Patents
A kind of bubble row's medium well head bets device automatically Download PDFInfo
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- CN208982029U CN208982029U CN201821166512.5U CN201821166512U CN208982029U CN 208982029 U CN208982029 U CN 208982029U CN 201821166512 U CN201821166512 U CN 201821166512U CN 208982029 U CN208982029 U CN 208982029U
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Abstract
The utility model relates to the devices that gas recovery well fills bubble row's medium, in particular to a kind of bubble row medium well head bets device automatically, including the storage device and delivery device being mutually detachably connected, it is provided in the delivery device and launches channel, the dispensing one end of the channel is connected to storage device, the other end is connected to the natural gas well, rotation is provided at least one transport mechanism in the dispensing channel, the groove for accommodating bubble row's medium is provided in the transport mechanism, when transport mechanism rotation, bubble row's medium in the groove is transferred to the other side from the side of transport mechanism, reduce the investment of manpower, and launch fast speed, simultaneously, launching in channel, at least one transport mechanism is set, reduce the path length that bubble row's medium freely conveys, avoid the clamping stagnation of bubble row's medium, guarantee that bubble row's medium enters shaft bottom to the greatest extent , keep bubble row's effect preferable, improve the stability of gas extraction efficiency and work.
Description
Technical field
The utility model relates to the device that gas recovery well fills bubble row's medium, in particular to a kind of bubble row medium well head is thrown automatically
Dispensing device.
Background technique
During gas extraction, since geology stressor layer is higher, water gasifies under high-pressure situations, generally with natural
Gas is exported from gas recovery well well head together, still, as natural gas and gaseous water are constantly extracted out from geological stratification, in gas recovery well
Pressure gradually decreases, and gaseous aqueous vapor is liquefied as liquid water, forms hydrops at natural gas well bottom, influences the normal defeated of natural gas
Out, so, surfactant can often be added in gas recovery well at present, after contacting using shaft bottom ponding with foaming agent, passes through shaft bottom
The agitation of gas flow generates the foam of a large amount of low-density, carries from shaft bottom to ground with air-flow, reaches and removes shaft bottom hydrops
Purpose.
Currently used bubble row medium mainly has foam discharging agent, bubble rod row and bubble vollyball, most gas recovery well station to use people
Work, which adds, to be filled or the mode manually launched carries out the filling of bubble row's medium, still, artificial to launch filling bubble row's medium, need to expend compared with
More manpowers, and artificial dispensing speed is slower, bubble row's medium of solid is easy clamping stagnation in gas well, cannot fall to shaft bottom and product
Liquid contact, causes hydrops that cannot be discharged in time, influences the stability of gas extraction efficiency and work, and filled in dispensing
Cheng Zhong is also easy to cause natural gas leaking, not only results in waste of resources, also will increase since dispensing port is connected to outside air
The security risk at gas recovery well station, to dispensing, personnel are damaged.
In conclusion there is an urgent need for a kind of technical solutions at present, existing gas recovery well station is solved using artificial stake bubble and arranges medium,
More manpower is expended, and dispensing speed is slow, is easy to appear clamping stagnation situation, influences the stabilization of gas extraction efficiency and work
The technical issues of property.
Utility model content
The purpose of this utility model is that: for existing gas recovery well station using artificial stake bubble row's medium, expend more
Manpower, and dispensing speed is slow, is easy to appear clamping stagnation situation, the technology for influencing the stability of gas extraction efficiency and work is asked
Topic provides a kind of bubble and arranges medium well head and bets device automatically.
To achieve the goals above, the technical solution adopted in the utility model are as follows:
A kind of bubble row's medium well head bets device automatically, including the storage device and delivery device being mutually detachably connected,
It is provided in the delivery device and launches channel, the dispensing one end of the channel is connected to storage device, the other end and the natural gas well
It is connected to, rotation is provided at least one transport mechanism in the dispensing channel, is provided in the transport mechanism for accommodating bubble
The groove for arranging medium, when transport mechanism rotation, bubble row's medium in the groove is transferred to the other side from the side of transport mechanism.
A kind of bubble row's medium well head of the utility model bets device automatically, by be arranged interconnected storage device and
Delivery device, so that the bubble row's medium stored in storage device is by the dispensing channel in delivery device automatically into natural gas
Well, it is only necessary to bubble row's medium is stored in storage device in advance, the quick stake of bubble row's medium can be realized, reduce the throwing of manpower
Enter, and launches fast speed, meanwhile, at least one transport mechanism is set launching in channel, so that transport mechanism was rotating
Bubble in groove thereon is arranged medium and is transferred to the other side from the side of transport mechanism by Cheng Zhong, reduces what bubble row's medium freely conveyed
Path length, avoids the clamping stagnation of bubble row's medium, guarantees that bubble row's medium enters shaft bottom to the greatest extent, keeps bubble row's effect preferable,
Improve the stability of gas extraction efficiency and work.
Preferably, the transport mechanism includes at least one turnover transmission core, it is arranged in the transmission core
There is at least one described groove.By the way that turnover transmission core is arranged as transport mechanism, a groove is set in core
Or corresponding two blind holes of setting, as the groove, structure is simpler, easier realizes in transmission core rotation process
In, bubble row's medium of transport mechanism side is transferred to the other side, meanwhile, dispensing channel has been blocked by transmitting core, has accordingly been subtracted
The leakage of natural gas in bubble row's medium adition process, the safer stabilization further such that gas extraction works are lacked.
Preferably, the transmission core is mounted on in the valve body for launching channel, the transmission core passes through extension
Valve rod outside to valve body controls rotation.It, can be according to practical feelings by extending to the overturning of the control transmission core of the valve rod outside valve body
Condition controls the rotation of transmission core using manually or electrically mode, conveniently the control to transport mechanism outside valve body, and then conveniently
The addition of bubble row's medium.
Preferably, arranging medium conveying direction along bubble, at least two and transmission core cooperation are additionally provided in the valve body
Sealing mechanism, so that the transmission core is blocked the dispensing channel.Sealing mechanism is set in valve body, so that transmission core will
It launches channel to block completely, reduces natural gas to the greatest extent from the possibility for launching path leakage, make gas exploitation course more
Safety and stability.
Preferably, the transport mechanism further includes at least one rotatable driver plate, at least one described groove edge is dialled
The radial direction of disk runs through the driver plate.Driver plate is set as transport mechanism, structure is simpler, can easier pass through driver plate
Solid is steeped row's medium and brings the other side into from driver plate side by rotation, avoids solid bubble row's medium from occurring clamping stagnation in launching channel existing
As keeping bubble row's medium conveying more smooth, bubble row's effect is preferable.
Preferably, the driver plate is mounted on in the shell for launching channel, the driver plate is by extending to outside shell
Connecting rod control rotation.The rotation that driver plate is controlled by extending to the connecting rod outside shell, can according to the actual situation, in shell
The outer rotation that driver plate is realized by the way of manually or electrically further facilitates the dispensing of bubble row's medium.
Preferably, the shell and the valve body are detachably connected.The knot being detachably connected using shell and valve body
Structure composition stake device, so that when occurring clamping stagnation in delivery device or other failures need replacing part, it can be more convenient
Disassembly, installation, facilitate stake device mounting, commissioning and maintenance.
Preferably, be additionally provided with clamping plate on the driver plate, it is provided with clip slot on the clamping plate, on the clip slot and driver plate
The corresponding connection of groove forms the holding tank for accommodating solid bubble row's medium.Clamping plate is set on driver plate, increases solid bubble row and is situated between
The contact area of matter and driver plate makes contact stabilizations between bubble row's medium and driver plate, and easy solid, which steeps, arranges medium with the rotation of driver plate,
Stable slave driver plate side is transferred to the other side, facilitates the dispensing of bubble row's medium, avoids conveying solid substance bubble row to the greatest extent and is situated between
The clamping stagnation situation occurred when matter.
Preferably, further including the pusher with driver plate cooperation rotation, one in driver plate of the pusher
In rotation period, into the groove in the range of at least once, push bubble row medium in groove to remove the groove.In shell
Interior setting pusher cooperates with driver plate, so that easier pushing the bubble row in groove when pusher enters in groove
Medium removes the groove, can the pusher is arranged close to natural gas well side, make driver plate groove according to the actual situation
Interior solid bubble row's medium is smoothly disconnected the stake that bubble row's medium is further facilitated into the natural gas well with driver plate, keeps away
Exempt from the clamping stagnation of solid bubble row's medium.
Preferably, the pusher includes cam.Using cam structure as pusher, the major diameter direction of cam
The center of rotation of natural gas well side, cam is arranged in driver plate area, so that launching when driver plate turns to groove direction thereon
When channel is close to natural gas well side, the major diameter side of cam enters in groove, easier pushes bubble row's medium out of groove
It removes, structure is simpler.
Preferably, being provided with rotating mechanism in the storage device, the rotating mechanism includes that turntable and setting are turning
At least one storage cylinder on disk, the storage cylinder run through the turntable, when turntable rotation, the storage cylinder and the dispensing
The entrance in channel is connected to.Setting includes the rotating mechanism of turntable and storage cylinder in storage device, so that in a storage device
More bubble row's medium, the bubble row only when storage cylinder is connected to the entrance for launching channel, in corresponding storage cylinder can be stored
Medium can just enter dispensing channel and be conveyed, and further facilitated the addition of bubble row's medium, reduced the investment of manpower, together
When, by controlling the rotation of turntable, it is automatic can also to realize that the time and quantity to bubble row's medium investment carry out according to the actual situation
Control further facilitates the stake of bubble row's medium.
It further include power mechanism preferably, further including power mechanism, the power mechanism is connect with transport mechanism, control
The rotation of the transport mechanism is made, the power mechanism is connect with valve rod, connecting rod and disk shaft respectively, respectively control transmission
The rotation of core, driver plate and turntable.The rotation for being controlled valve rod, connecting rod and disk shaft respectively using power mechanism, is realized
Control to the overturning of transmission core, the rotation of driver plate and the rotation of turntable, further reduces the investment of manpower, easier
Automatically engaging and conveying automatically for bubble row's medium is realized, and bubble row's effect is preferable, improves gas extraction efficiency and work
The stability of work.
Preferably, the inlet for launching channel is provided with metering device, the metering device is launched for recording
Solid bubble row's medium quantity or fluid bubble row's medium flow, the wired or wireless signal of the counting device is connected with control
Device processed, the control device are PLC control system or electronic circuit control system.By the way that metering device is arranged, and control is set
Device processed facilitates the control realized to stake device, can according to the actual situation, according to the signal that metering device acquires, using PLC
Control system or electronic circuit control system realize the long-range control to power mechanism, further facilitate the use of stake device,
The scope of application is wider.
In conclusion by adopting the above-described technical solution, a kind of bubble row's medium well head of the utility model is bet automatically
The beneficial effect of device is:
1, by the way that interconnected storage device and delivery device is arranged, so that the bubble row's medium stored in storage device is logical
The dispensing channel in delivery device is crossed automatically into the natural gas well, it is only necessary to bubble row's medium is stored in storage device in advance
The quick stake for realizing bubble row's medium reduces the investment of manpower, and launches fast speed；
2, at least one transport mechanism is set in dispensing channel, so that transport mechanism is during rotation, by upper recess thereof
Bubble in slot arranges medium and is transferred to the other side from the side of transport mechanism, reduces the path length that bubble row's medium freely conveys, avoids
The clamping stagnation of bubble row's medium guarantees that bubble row's medium enters shaft bottom to the greatest extent, keeps bubble row's effect preferable, improve opening for natural gas
Adopt the stability of efficiency and work.
Detailed description of the invention
Fig. 1 is that a kind of bubble row's medium well head of the utility model bets the structural schematic diagram of device automatically；
Fig. 2 is that a kind of bubble row's medium well head of the utility model bets the schematic diagram of the section structure of device automatically；
Fig. 3 is the structural schematic diagram of partial enlargement at V in Fig. 2；
Fig. 4 is the structural schematic diagram of driver plate described in the utility model.
Appended drawing reference
1- storage device, 2- delivery device, 21- dispensing channel, 3- groove, 4- transport mechanism, 41- transmit core, and 42- is dialled
Disk, 5- valve body, 51- valve rod, 52- sealing mechanism, 6- shell, 61- connecting rod, 62- clamping plate, 63- holding tank, 7- pusher,
8- rotating mechanism, 81- turntable, 82- storage cylinder.
Specific embodiment
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and specifically
Embodiment, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only to solve
The utility model is released, is not used to limit the utility model.
Embodiment 1
As shown in Figs 1-4, a kind of bubble row medium well head bets device automatically, including the storage device being mutually detachably connected
1 and delivery device 2, the storage device 1 is arranged vertically at 2 top of delivery device, and the storage device 1 is filled with launching
It sets 2 detachably connected, is provided in the delivery device 2 and launches channel 21,21 top of dispensing channel and storage device
1 connection, bottom end is extended to be connected to the natural gas well, and rotation is provided at least one transport mechanism 4, institute in the dispensing channel 2
The groove 3 being provided in transport mechanism 4 for accommodating bubble row's medium is stated, the bubble when transport mechanism 4 rotates, in the groove 3
It arranges medium and is transferred to the other side from the side of transport mechanism 4.
A kind of bubble row's medium well head of the present embodiment bets device automatically, by the way that storage device is arranged on delivery device 2
1, the delivery device 2 is directly connect with the christmas tree of the natural gas well by pipeline, and installation is more convenient, so that in storage device 1
Bubble row's medium of storage passes through the dispensing channel 21 in delivery device 2 automatically into the natural gas well under the effect of gravity, it is only necessary to
Bubble row's medium is stored in storage device 1 in advance, and controls storage device 1 and launches the connection and/or partition in channel 2, Ji Keshi
The control that the stake of row's medium is now steeped to the natural gas well, reduces the consuming of manpower, and launch fast speed, reduces bubble row and is situated between
The influence of human factor during matter stake is adapted to the automatic stake of liquid bubble row's medium and solid-state bubble row's medium, is applicable in model
It encloses relatively wide.
Preferably, a kind of bubble row's medium well head of the present embodiment is bet device automatically and is also being launched in channel 21 provided with extremely
Bubble in groove 3 thereon is arranged medium from transport mechanism 4 so that transport mechanism 4 is during rotation by a few transport mechanism 4
Side be transferred to the other side, reduce the path length that bubble row's medium freely conveys in launching channel 21, avoid solid when launching
The clamping stagnation situation occurred when body bubble row's medium guarantees that bubble row's medium enters shaft bottom to the greatest extent, keeps bubble row's effect preferable, improve
The stability of gas extraction efficiency and work, simultaneously as 4 pairs of transport mechanism dispensing channels 21 play certain closure
Effect reduces in bubble row's medium adition process so that the natural gas in the natural gas well is not easy to export from dispensing channel 21
The possibility of natural gas leaking makes the safer stabilization of gas exploitation course, in addition, due to the plugging action of transport mechanism 4, favorably
In making the bubble stored in storage device 1 row's medium be in normal pressure state, be conducive to solid bubble row's medium or liquid in storage device 1
Body bubble row's medium enters the natural gas well with stake channel 21, further facilitates the stake of bubble row's medium, and conveniently to storage device 1
Interior bubble row's medium is observed and is added.
Embodiment 2
As shown in Figs 1-4, a kind of bubble row's medium well head of the present embodiment bets device automatically, and structure is identical as embodiment,
Difference is: the transport mechanism 4 includes at least one turnover transmission core 41, be provided in the transmission core 41 to
A few groove 3, the transmission core 41 are mounted on in the valve body 5 for launching channel 21, and the transmission core 41 is logical
Cross the control rotation of valve rod 51 extended to outside valve body 5.
A kind of bubble row's medium well head of the present embodiment bets device automatically, by the way that turnover 41 conduct of transmission core is arranged
A groove 3 or corresponding two blind holes of setting is arranged as the groove 3, structure in transport mechanism 4 in transmission core 41
It is relatively simple, it easier realizes in transmission 41 rotation process of core, bubble row's medium of 4 side of transport mechanism is transferred to another
Side, meanwhile, the transmission core 41 of chondritic, which can be blocked easier, launches channel 21, reduces bubble row's medium to the greatest extent and adds
The leakage of natural gas during entering, the safer stabilization further such that gas extraction works, can throw according to the actual situation
The one or more transmission cores 41 of setting in channel 21 are put, further such that bubble row's medium conveying is smooth, avoid clamping stagnation.
Preferably, as the groove 3, two blind holes are reversely set blind hole relatively there are two settings in the transmission core 41
It sets in the two sides of transmission core 41, two blind holes are along the bubble row's medium conveying direction setting for launching channel 21.In transmission core 41
In switching process, along bubble row's medium conveying direction, bubble row's medium is loaded into the blind hole of 1 side of storage device, with transmission
The rotation of core 41 is taken to the other side of transmission core 41, the transfer of bubble row's medium is realized, without launching channel 21
Fully on situation effectively prevents bubble row's filter medium clogging and launches channel 21, and structure is simpler, realizes the suitable of bubble row's medium
Freely, stable conveying, is applicable to the use of liquid bubble row's medium and solid bubble row's medium, and the scope of application is wider.
Preferably, 41 two sides of transmission core are removably provided with valve rod 51, are provided between valve rod 51 and valve body 5
Bearing.Valve rod 51 is set in transmission 41 two sides of core, the rotation by controlling valve rod 51 can be easier in 5 external control of valve body
The overturning of system transmission core 41, structure is simpler, and control is more convenient, can according to the actual situation, using manually or electrically controlling party
Formula realizes the control rotated to transmission core 41, further facilitates the control to bubble row's medium stake process, facilitates bubble row's medium
Stake.
Preferably, at least two are additionally provided with along bubble row's medium conveying direction, the valve body 5 to cooperate with transmission core 41
Sealing mechanism 52, so that the transmission core 41 is blocked the dispensing channel 21.Sealing mechanism 52 is set in valve body 5, so that
The closure completely of channel 21 will be launched by transmitting core 41, be reduced natural gas to the greatest extent from the possibility for launching path leakage, be made day
The safer stabilization of right gas recovery process.
Preferably, two above and below being provided between the conveying direction of bubble row's medium, 5 inner wall of valve body and transmission core 41
Road sealing mechanism 52, the sealing mechanism 52 are made by enhanced polytetrafluoroethylene.Using upper and lower two seals mechanism 52, so that
Core 41 is transmitted in switching process, sealing effect is preferable, due to being not easy the case where upper-lower seal occur while failing, so that
The leakage situation of natural gas is avoided to the greatest extent, meanwhile, it is real using enhanced polytetrafluoroethylene as sealing mechanism 52
Existing 5 inner wall of valve body and the sealing between core 41 is transmitted, polytetrafluoroethylene (PTFE) has heatproof, rubs and examine the characteristics such as coefficient is low, so adopting
Have with the sealing means and transmits the features such as 41 rotating torque of spool is small, and it is easy to open, and sealing life is long.
Embodiment 3
As shown in Figs 1-4, a kind of bubble row's medium well head of the present embodiment bets device automatically, and structure is identical as embodiment,
Difference is: the transport mechanism 4 further includes at least one rotatable driver plate 42, at least one described groove 3 is along driver plate 42
Radial direction run through the driver plate 42, the driver plate 42 is mounted on in the shell 6 for launching channel 21, and the driver plate 42 is logical
Cross the control rotation of connecting rod 61 extended to outside shell 6.
A kind of bubble row's medium well head of the present embodiment bets device automatically, is used as transport mechanism 4, knot by setting driver plate 42
Structure is simpler, can the easier control driver plate 42 by the connecting rod 61 that extends to outside shell 6 manually or electrically rotation, side
Just solid is steeped into row's medium and brings the other side into from 42 side of driver plate, solid bubble row's medium is avoided clamping stagnation occur in launching channel 21
Phenomenon keeps solid bubble row's medium conveying smooth, and bubble row's effect is preferable.
Preferably, clamping plate 62 is additionally provided on the driver plate 42, is provided with clip slot on the clamping plate 62, the clip slot with dial
The corresponding connection of 42 upper groove 3 of disk forms the holding tank 63 for accommodating solid bubble row's medium.Clamping plate 62 is set on driver plate 42,
The contact area for increasing solid bubble row medium and driver plate 42 makes to contact stabilization between bubble row's medium and driver plate 42, easy solid bubble
Medium is arranged with the rotation of driver plate 42, stable to be transferred to the other side from 42 side of driver plate, the dispensing of easy solid bubble row's medium is maximum
The clamping stagnation situation of degree occurred when avoiding conveying solid substance bubble row's medium.
Preferably, the clamping plate 62 is L-shaped, and a panel of the clamping plate 62 of L-type is perpendicular to 42 surface of driver plate, thereon
It is provided with the notch being connected to the groove 3, another side is parallel with 42 surface of driver plate, is provided with and 3 equidimension of groove
Notch.So that the clamping plate 62 of L-type and driver plate 42 cooperate, realize that steeping stablizing for row's medium to solid accommodates, and makes easy solid bubble row
Medium is transferred to the other end from 42 side of driver plate.
Embodiment 4
As shown in Figs 1-4, a kind of bubble row's medium well head of the present embodiment bets device automatically, and structure is identical as embodiment,
Difference is: further including the pusher 7 with the driver plate 42 cooperation rotation, the pusher 7 turns at one of driver plate 42
In the dynamic period, into the groove 3 in the range of at least once, push bubble row medium in groove 3 to remove the groove 3.
A kind of bubble row's medium well head of the present embodiment bets device automatically, by the way that pusher 7 is arranged in shell 6, with
The cooperation of driver plate 42, so that easier being pushed described in bubble row's medium removal in groove 3 when pusher 7 enters in groove 3
The pusher 7 can be arranged close to natural gas well side according to the actual situation, make consolidating in 42 groove 3 of driver plate by groove 3
Body bubble row's medium is smoothly disconnected the stake that solid bubble row's medium is further facilitated into the natural gas well with driver plate 42, keeps away
Exempt from the clamping stagnation of solid bubble row's medium.
Preferably, the pusher 7 includes cam, and the major diameter of cam is towards natural gas well side, the rotation axis of cam
The heart is arranged in 42 area of driver plate, and the preferably described cam is coaxially set with driver plate 42.Using cam structure as pusher
7, structure is simpler so that when driver plate 42 turn to thereon groove 3 towards launch channel 21 close to the natural gas well side when, cam
Major diameter side enter in groove 3, easier push solid bubble row medium removed out of groove 3, avoid solid bubble row medium
Clamping stagnation is further ensured that the smooth dispensing of solid bubble row's medium on driver plate 42, simultaneously as the setting of cam, but also solid
With certain initial velocity when body bubble row's medium is pushed out driver plate 42, so that bubble row's medium accelerates into natural gas well bottom, with
Shaft bottom liquid comes into full contact with, and further makes bubble row's effect preferable.
Embodiment 5
As shown in Figs 1-4, a kind of bubble row's medium well head of the present embodiment bets device automatically, and structure is identical as embodiment,
Difference is: rotating mechanism 8 is provided in the storage device 1, the rotating mechanism 8 includes turntable 81 and is arranged in turntable 81
On at least one storage cylinder 82, the storage cylinder 82 run through the turntable 81, when turntable 81 rotate when, the storage cylinder 82
It is connected to the entrance for launching channel 21.
A kind of bubble row's medium well head of the present embodiment bets device automatically, includes turntable by being arranged in storage device 1
81 and the rotating mechanism 8 of storage cylinder 82 only work as storage cylinder so that more bubble row medium can be stored in a storage device 1
82 with the entrance for launching channel 21 when be connected to, the bubble row medium in corresponding storage cylinder 82 can just enter dispensing channel 21 carry out it is defeated
It send, has further facilitated the addition of bubble row's medium, reduced the investment of manpower.
Preferably, the turntable 81 is horizontally disposed, and the storage cylinder 82 is vertically arranged on turntable 81, the storage cylinder
82 are arranged on storage cylinder 82 by round, and the turntable 81 is made every by the shaft control rotation extended to outside storage device 1
One storage cylinder 82 is connected to the entrance for launching channel 21 respectively.Multiple storage cylinders 82 are set, are conducive in storage device 1
The more bubble of middle storage arranges medium, meanwhile, it is also beneficial to by controlling the shaft extended to outside storage device 1 rotation, and then control
The control for the time and quantity that bubble row's medium is added is realized in the rotation of turntable 81 processed, and control is more convenient, facilitates bubble row's medium
Quantitative, timing stake.
Embodiment 6
As shown in Figs 1-4, a kind of bubble row's medium well head of the present embodiment bets device automatically, and structure is identical as embodiment,
Difference is: it further include power mechanism, the power mechanism is connect with valve rod 51, connecting rod 61 and 81 shaft of turntable respectively, point
The rotation of core 41, driver plate 42 and turntable 81 Kong Zhi not be transmitted, the preferably described power mechanism is air motor.
A kind of bubble row's medium well head of the present embodiment bets device automatically, controls valve rod respectively by using power mechanism
51, the rotation of 81 shaft of connecting rod 61 and turntable realizes the overturning to transmission core 41, the rotation of driver plate 42 and turntable 81
Rotation control, control it is more convenient, further reduce the investment of manpower, meanwhile, can according to the actual situation, by power mechanism
Wired or control device of wireless is connected, realizes automatically engaging and conveying automatically for bubble row's medium, and bubble row's effect is preferable, improves
The stability of gas extraction efficiency and work.
Preferably, the inlet for launching channel 21 is provided with metering device, and the metering device is launched for recording
Solid bubble row's medium quantity or fluid bubble row's medium flow, the wired or wireless signal of the counting device is connected with control
Device processed, the control device are PLC control system or electronic circuit control system.The present embodiment is using setting metering device
On the one hand mode conveniently makes the quantity quantization for steeping row's medium for putting into the natural gas well, avoids stake excessive or bet not enough, another
The movement that aspect is also beneficial to adjust each component according to the input amount of bubble row's medium guarantees day so that stake device work is smooth
The smooth exploitation of right gas, can according to the actual situation, and the use of long-range control stake device further facilitates natural gas well bubble row and is situated between
The stake of matter.
Preferably, it is provided with driver plate 42 and transmission core 41, the connection of the driver plate 42 simultaneously in the dispensing channel 21
Bar 61 and the valve rod 51 for transmitting core 41 connects with air motor respectively, bet device in use, air motor under original state
Control turns the rotation of 81 shafts, be connected to one storage cylinder 82 with channel 21 is launched, in bubble arrange medium heavy
Power effect is lower to enter dispensing channel 21, and metering device metered amounts and time, driver plate 42 are measuring the latter by metering device
It after period, is driven and is rotated by air motor, driver plate 42, which drives, steeps row's medium rotation, launches and leads to when the alignment of groove 3 of driver plate 42
When 21 lower side space of road, driver plate 42 stops operating, and air motor drives cam quick rotation one to enclose, and bubble row's medium is accelerated to release
The groove 3, and accelerate into bubble row's medium in the blind hole of transmission core 41, gas to original position driver plate 42 and cam return
Dynamic motor drives transmission core to rotate 180 °, so that bubble row's medium is entered transmission 41 other side of core, shaft bottom is fallen under continuing, so
It works repeatedly, realizes to the dispensing of bubble row's medium, control more convenient, it is only necessary to the data signal transmission recorded by metering device
To control device, by the rotation of control device control air motor, can be realized the control to each component job order, structure compared with
Simply.
Above embodiments are only to illustrate the utility model and not limit technical solution described in the utility model, to the greatest extent
Pipe this specification has been carried out detailed description to the utility model referring to the above embodiments, but the utility model is not limited to
Above-mentioned specific embodiment, therefore any pair of the utility model is modified or equivalent replacement, and all do not depart from utility model
Spirit and scope technical solution and its improvement, should all cover in the scope of the claims of the utility model.
Claims (10)
1. a kind of bubble row medium well head bets device automatically, it is characterised in that: including the storage device (1) being mutually detachably connected
With delivery device (2), interior be provided with of the delivery device (2) launches channel (21), the dispensing channel (21) one end and storage
Device (1) connection, the other end are connected to the natural gas well, and rotation is provided at least one transport mechanism in the dispensing channel (21)
(4), the groove (3) for accommodating bubble row's medium is provided on the transport mechanism (4), it is described when transport mechanism (4) rotation
Bubble row's medium in groove (3) is transferred to the other side from the side of transport mechanism (4).
2. stake device as described in claim 1, it is characterised in that: the transport mechanism (4) includes that at least one may be reversed
Transmission core (41), be provided at least one described groove (3) on the transmission core (41).
3. stake device as claimed in claim 2, it is characterised in that: the transmission core (41), which is mounted on to have, launches channel
(21) in valve body (5), transmission core (41) is by extending to valve rod (51) the control rotation of valve body (5) outside.
4. stake device as claimed in claim 3, it is characterised in that: along bubble row's medium conveying direction, the valve body (5) also
It is provided with the sealing mechanism (52) of at least two with transmission core (41) cooperation, the transmission core (41) is made to block the dispensing
Channel (21).
5. stake device as claimed in claim 4, it is characterised in that: the transport mechanism (4) includes that at least one is rotatable
Driver plate (42), at least one described groove (3) along driver plate (42) radial direction run through the driver plate (42).
6. stake device as claimed in claim 5, it is characterised in that: the driver plate (42), which is mounted on to have, launches channel (21)
Shell (6) in, the shell (6) and the valve body (5) are detachably connected, and the driver plate (42) is by extending to shell
(6) outside connecting rod (61) controls rotation.
7. stake device as claimed in claim 6, it is characterised in that: be additionally provided with clamping plate (62), institute on the driver plate (42)
It states and is provided with clip slot on clamping plate (62), clip slot connection corresponding with driver plate (42) upper groove (3) is formed for accommodating solid bubble
Arrange the holding tank (63) of medium.
8. stake device as claimed in claim 5, it is characterised in that: further include the pusher with the driver plate (42) cooperation rotation
Mechanism (7), the pusher (7) in a rotation period of driver plate (42), into the groove (3) in the range of at least
Once, bubble row medium in groove (3) is pushed to remove the groove (3).
9. stake device as described in claim 1, it is characterised in that: be provided with rotating mechanism in the storage device (1)
(8), the rotating mechanism (8) includes at least one storage cylinder (82) of turntable (81) and setting on turntable (81), the storage
It deposits cylinder (82) and runs through the turntable (81), when turntable (81) rotation, the storage cylinder (82) and dispensing channel (21)
Entrance connection.
10. stake device as described in claim 1, it is characterised in that: it further include power mechanism, the power mechanism and transmission
Mechanism (4) connection, controls the rotation of the transport mechanism (4).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821166512.5U CN208982029U (en) | 2018-07-23 | 2018-07-23 | A kind of bubble row's medium well head bets device automatically |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821166512.5U CN208982029U (en) | 2018-07-23 | 2018-07-23 | A kind of bubble row's medium well head bets device automatically |
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| CN208982029U true CN208982029U (en) | 2019-06-14 |
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| CN201821166512.5U Active CN208982029U (en) | 2018-07-23 | 2018-07-23 | A kind of bubble row's medium well head bets device automatically |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111502620A (en) * | 2020-04-28 | 2020-08-07 | 中国石油集团渤海钻探工程有限公司 | Intelligent foam volleyball throwing device for drainage and gas production |
| CN113738309A (en) * | 2021-08-20 | 2021-12-03 | 四川华宇石油钻采装备有限公司 | Foam discharging device capable of putting foam discharging agent at normal pressure |
| CN115163010A (en) * | 2022-06-24 | 2022-10-11 | 四川大学 | Foam discharging agent feeding device suitable for various natural gas wells |
| CN115324531A (en) * | 2022-06-24 | 2022-11-11 | 四川大学 | Multi-shape throwing device for throwing natural gas well foam discharging agent |
| CN116575891A (en) * | 2023-05-22 | 2023-08-11 | 陕西万普隆油气技术服务有限公司 | Automatic gas well filling device |
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2018
- 2018-07-23 CN CN201821166512.5U patent/CN208982029U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111502620A (en) * | 2020-04-28 | 2020-08-07 | 中国石油集团渤海钻探工程有限公司 | Intelligent foam volleyball throwing device for drainage and gas production |
| CN113738309A (en) * | 2021-08-20 | 2021-12-03 | 四川华宇石油钻采装备有限公司 | Foam discharging device capable of putting foam discharging agent at normal pressure |
| CN115163010A (en) * | 2022-06-24 | 2022-10-11 | 四川大学 | Foam discharging agent feeding device suitable for various natural gas wells |
| CN115324531A (en) * | 2022-06-24 | 2022-11-11 | 四川大学 | Multi-shape throwing device for throwing natural gas well foam discharging agent |
| CN116575891A (en) * | 2023-05-22 | 2023-08-11 | 陕西万普隆油气技术服务有限公司 | Automatic gas well filling device |
| CN116575891B (en) * | 2023-05-22 | 2023-11-14 | 陕西万普隆油气技术服务有限公司 | Automatic gas well filling device |
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