CN207488508U - Ground built-in screw type untethered node wideband monitoring device entirely - Google Patents
Ground built-in screw type untethered node wideband monitoring device entirely Download PDFInfo
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- CN207488508U CN207488508U CN201721276221.7U CN201721276221U CN207488508U CN 207488508 U CN207488508 U CN 207488508U CN 201721276221 U CN201721276221 U CN 201721276221U CN 207488508 U CN207488508 U CN 207488508U
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Abstract
The utility model provides a kind of ground built-in screw type untethered node wideband monitoring device entirely, built-in screw type untethered node wideband monitoring device includes apparatus main body entirely on the ground, spiral tail bone, waterproof operating contact and precession handle, the waterproof operating contact is located at the upper surface of the apparatus main body, the apparatus main body carries out the acquisition of seismic data, and pass through the transmission that the waterproof operating contact carries out seismic data, the spiral tail bone is connected on the lower surface of the apparatus main body, the precession handle is connected to the upper surface of the apparatus main body, the spiral tail bone has spiral pattern, the precession handle contributes to installation personnel to carry out screw type operation, with by the ground, built-in screw type untethered node wideband monitoring device is embedded to underground entirely.The device realizes the dynamic monitoring of created fractures during unconventionaloil pool reservoir hydrfracturing, and reference frame is provided for reservoir fracturing improvement；Construction cost can be greatly lowered again, improve construction efficiency, and the adverse effect of complicated near surface can be overcome.
Description
Technical field
The utility model is related to oilfield prospecting developing technical fields, especially relate to a kind of ground built-in screw type entirely
Untethered node wideband monitoring device.
Background technology
The densification oil and gas reservoir such as shale oil gas, coal bed gas, tight sand, mud shale and sand-conglomerate body is widely distributed, has
Oil-production capacity steady in a long-term, but physical property characteristic of such reservoir with low-porosity, low-permeability, cause compact reservoir oil
Gas resource can not be exploited effectively and be employed, and acted on by the hydraulic fracturing transformation of compact reservoir, can be effectively improved the rate of oil and gas recovery.
Microseismic can effectively monitor the fracturing reform situation of compact reservoir, and the Efficient Exploration for unconventionaloil pool reservoir is opened
Hair provides directive function.
Micro-seismic monitoring mainly includes ground micro-seismic, shallow well microseism and borehole microseismic.Ground micro-seismic is in earth's surface
It lays the station to be monitored, has and lay that the station is flexible, monitoring range is wide, the advantages such as easy for construction, low-cost.Ground is micro-ly
Shake the portable metering device (patent No.：0971428.0) ZL 2,015 2 provides a kind of ground is portable, the dress efficiently laid
It puts, effectively increases site operation efficiency.Shallow well microseism needs to drill the monitoring well of more mouthfuls of tens meters of depths, ground in monitoring wellblock
Face shallow embedding declines the seismic monitoring node apparatus (patent No.：1221048.6) ZL 2,016 2 can be embedded in low velocity layer hereinafter, can
Avoid earth's surface noise jamming and the violent attenuation by absorption effect of complicated near surface.In order to obtain preferable monitoring effect, often bore
Well depth reaches hundreds of meters so that drilling cost is higher, and time-consuming and laborious, is only applicable to extensive well factory reservoir fracturing.
Borehole microseismic needs at least a bite monitoring well, and more demanding to monitoring well, monitors somewhat expensive, and construction is inconvenient.For
This solves more than technical problem we have invented a kind of new ground built-in screw type untethered node wideband monitoring device entirely.
Also, the ground built-in screw type untethered node wideband monitoring device entirely, can not only carry out micro-seismic monitoring, but also can carry out three
It ties up untethered node seismic acquisition, ground micro logging and little refraction low velocity layer to measure, complicated near surface can be overcome not
Profit influences.
Utility model content
The purpose of this utility model be to provide it is a kind of earth's surface efficient rotary into lay, coupling mass is high, wireless manipulation and low
The untethered node wideband monitoring device of cost can both carry out micro-seismic monitoring, realize unconventionaloil pool reservoir hydrfracturing mistake
The dynamic monitoring of created fractures in journey, reference frame is provided for reservoir fracturing improvement；Three-dimensional untethered node earthquake can be carried out again
Acquisition, ground micro logging and little refraction low velocity layer measure, and construction cost is greatly lowered, improves construction efficiency, and can gram
The adverse effect of the complicated near surface of clothes.
The purpose of this utility model can be achieved by the following technical measures：Ground built-in screw type untethered node wideband entirely
Monitoring device, built-in screw type untethered node wideband monitoring device includes apparatus main body, spiral tail bone, waterproof operation entirely on the ground
Contact and precession handle, the waterproof operating contact are located at the upper surface of the apparatus main body, which carries out seismic data
Acquisition, and pass through the transmission that the waterproof operating contact carries out seismic data, which is connected to the following table of the apparatus main body
On face, which is connected to the upper surface of the apparatus main body, which has spiral pattern, which helps
Screw type operation is carried out in installation personnel, built-in screw type untethered node wideband monitoring device is embedded to underground entirely by the ground.
The purpose of this utility model can be also achieved by the following technical measures：
Built-in screw type untethered node wideband monitoring device further includes portable rope entirely on the ground, which is connected to the dress
It puts in main body, in order to carrying, movement and the recycling of the ground built-in screw type untethered node wideband monitoring device entirely.
The spiral tail bone and the precession handle are made of stainless steel.
The apparatus main body includes processor, acquisition module, analog-digital converter and wideband collector, wideband collector connection
In the analog-digital converter, 3D seismic data, ground micro logging data, little refraction data and ground micro-seismic data are acquired, and
By the transmission of seismic data of acquisition to the analog-digital converter, which is connected to the acquisition module, by the earthquake of acquisition
Data are transferred to the acquisition module after carrying out analog-to-digital conversion, which is connected to the analog-digital converter, after analog-to-digital conversion
Seismic data pre-processed after be transferred to the processor.
Built-in screw type untethered node wideband monitoring device further includes work light entirely on the ground, the work light position
In the upper surface of the apparatus main body, to indicate the working condition of the ground built-in screw type untethered node wideband monitoring device entirely.
The processor is also attached to the work light, which shows the ground under the control of the processor
The working condition of face built-in screw type untethered node wideband monitoring device entirely.
The apparatus main body is also comprising GPS module, built-in GPS device and onboard clock device, onboard clock device connection
In the built-in GPS device, carry out initial time setting and time adjustment, the built-in GPS device are connected to the GPS module, carry out
GPS time services and coordinate position positioning, and the working time of record and device riding position are transferred to the GPS module, the GPS moulds
Block is connected to the processor, and the working time of record and device riding position are transferred to the processor.
The apparatus main body is also connected to comprising memory module, storage read-write interface and built-in storage hard disk, the memory module
The processor, receives the seismic data of processor transmission, which is connected to the memory module and built-in is deposited with this
Between storing up hard disk, which is transferred in the built-in storage hard disk by the storage read-write interface by seismic data and stored.
For the apparatus main body also comprising power module, power regulator and built-in power, which is connected to the electricity
Between source module and the built-in power, the built-in power is by the power regulator, for the ground built-in screw type untethered section entirely
Point wideband monitoring device provides burning voltage power supply, which is connected to the processor, carries out electricity monitoring, and by electricity
Monitored results are transferred to the processor.
Built-in screw type untethered node wideband monitoring device further includes battery capacity indication lamp entirely on the ground, the battery capacity indication lamp position
In the upper surface of the apparatus main body, to indicate the electricity of the ground built-in screw type untethered node wideband monitoring device entirely.
The processor is also attached to the battery capacity indication lamp, which indicates the ground under the control of the processor
The electricity of face built-in screw type untethered node wideband monitoring device entirely.
The processor is also attached to the waterproof operating contact, external power supply is connected by the waterproof operating contact, with to this
Built-in power charges.
The apparatus main body is also distinguished comprising operational module and wireless Bluetooth device, the operational module and the waterproof operating contact
The processor is connected to, it is entirely interior which carries out the ground under the control of the processor, by the waterproof operating contact
Put data copy after the switch of screw type untethered node wideband monitoring device, parameter setting, signal transmitting and acquisition, indigo plant that this is wireless
Tooth device is connected to the operational module, which is connect with external equipment by wireless blue tooth, and in the manipulation mould
Under the control of block, device switch, parameter setting and data transmission are carried out with external equipment.
Ground in the utility model built-in screw type untethered node wideband monitoring device entirely, on the one hand, improve live cloth
If efficiency, enhance the coupling mass of wave detector and the earth, ensure the reception of low frequency end useful signal；On the other hand, intensifier
Water-proof function is worked using wireless operational module control device, improves the applicability of the monitoring device.Compared with prior art
Compared with the utility model has the following advantages：
(1) innovative design ground built-in screw type untethered node wideband monitoring device entirely, by apparatus main body and spiral tail
Vertebra and precession handle are connected, and spiral tail bone and precession handle are made of stainless steel, and spiral tail bone has sharp spiral pattern,
Convenient for monitoring device is embedded to underground, and with greatly keeping preferable coupled relation, the quality for receiving seismic signal is improved, after being
Continuous microseism data processing and 3-d seismic exploration data processing are laid a good foundation.
(2) untethered node wideband is acquired accessory whole sealed envelope by the apparatus main body of design, has sealing water-proof function,
Avoid external interference, improve the service life of device, by indicator light can convenient monitoring device working condition, and can be with
The use that device is carried out by waterproof operating contact or wireless operational module operates, and working efficiency greatly improved so that quality
Monitoring work is more convenient effectively.
Description of the drawings
Fig. 1 is the ground specific embodiment of built-in screw type untethered node wideband monitoring device entirely of the utility model
Structure diagram；
Fig. 2 is the ground of the utility model entirely in a specific embodiment of built-in screw type untethered node wideband monitoring device
The structure diagram of apparatus main body.
Specific embodiment
Above and other objects, features and advantages to enable the utility model are clearer and more comprehensible, it is cited below particularly go out preferably
Embodiment, and coordinate shown in attached drawing, it is described in detail below.
In a specific embodiment of application the utility model, Fig. 1 is that a kind of structure of embodiment of the utility model is shown
It is intended to.The ground of the utility model entirely built-in screw type untethered node wideband monitoring device include it is portable rope 1, work light 2,
Battery capacity indication lamp 3, waterproof operating contact 4, apparatus main body 5, spiral tail bone 6, precession handle 7.
Work light 2 is located at the upper surface of the apparatus main body 5, to indicate that built-in screw type untethered node is wide entirely on the ground
The working condition of frequency monitoring device, has the characteristics that low-power consumption.Working condition includes：Start to acquire, suspend acquisition, stop adopting
Collection, acquisition failure, and external acquisition monitoring software is needed to assist to complete.
Battery capacity indication lamp 3 is located at the upper surface of the apparatus main body 5, to indicate that built-in screw type untethered node is wide entirely on the ground
The electricity of frequency monitoring device, has the characteristics that low-power consumption.
Waterproof operating contact 4 is located at the upper surface of the apparatus main body 5, and device can be realized by the waterproof operating contact 4
The functions such as data copy after booting, shutdown, parameter setting, signal transmitting, acquisition.
Spiral tail bone 6 is connected on the lower surface of the apparatus main body 5, and precession handle 7 is connected to the upper table of the apparatus main body 5
Face is made of stainless steel, and spiral tail bone 6 has sharp spiral pattern, and precession handle 7 contributes to installation personnel to carry out precession
Formula operates, in order to which monitoring device is embedded to underground, and with greatly keep preferable coupled relation, reduce noise jamming, so as to
Improve the quality of monitoring data.
Portable rope 1 is connected on apparatus main body 5, in order to the ground built-in screw type untethered node wideband monitoring device entirely
Carrying, movement and recycling.
The utility model realizes monitoring device using work light 2, battery capacity indication lamp 3, waterproof operating contact 4
Water-proof function is sealed, can easily monitoring device working condition, waterproof operation be touched by work light 2, battery capacity indication lamp 3
Point 4 has obstructed unicom inside apparatus main body and external, and under the premise of service efficiency is not influenced, the monitoring is greatly improved
The scope of application and job stability of device.
The utility model uses 5 design structure of apparatus main body, and the apparatus main body 5 is whole by untethered node wideband acquisition accessory
Sealed envelope has sealing waterproof, high temperature resistant, low temperature resistant, anti-extrusion function, avoids external interference, improve the use of device
Working efficiency greatly improved in service life so that quality monitoring work is more convenient effectively.
Fig. 2 is using apparatus main body structure diagram in a kind of embodiment of the utility model.Described device main body 5 includes
Processor 11, acquisition module 12, analog-digital converter 13, wideband collector 14, GPS module 15, built-in GPS device 16, it is built-in when
It is clock device 17, memory module 18, storage read-write interface 19, built-in storage hard disk 20, power module 21, power regulator 22, interior
Put power supply 23, operational module 24, wireless Bluetooth device 25.
Apparatus main body 5 includes acquisition module 12, analog-digital converter 13, wideband collector 14, which passes through electricity
Cable is connected to analog-digital converter 13 and wideband collector 14, which is also connected with processor 11, analog-digital converter 13
The analog-to-digital conversion of seismic signal can be achieved, wideband collector 14 has the characteristics that wide frequency range, high sensitivity, noise immunity are strong,
The acquisition of 3D seismic data, ground micro logging data, little refraction data, ground micro-seismic data can be achieved.The acquisition module
12 realize the pretreatment of monitoring data, which includes：Signal gain, balancing energy, frequency range control, white noise is handled,
Abnormal sound monitoring etc., most monitoring data are transferred to processor 11 at last, and processor 11 is connected with work light 2, the work
Indicator light 2 being capable of display device working condition.
Apparatus main body 5 also comprising GPS module 15, built-in GPS device 16, onboard clock device 17, the GPS module 15 with it is interior
It puts GPS device 16 and onboard clock device 17 connects, which is also connected with processor 11, and GPS module 15 has data
Transfer function, built-in GPS device 16 have GPS time services and coordinate position positioning function, can pacify accurate recording of time and device
Location transmission is put to GPS module 15, onboard clock device 17 has initial time setting, time correction function, passes through GPS module
Device website is placed coordinate and work correct time by 15 is transferred to processor 11, so as to ensure that the time between different websites is exhausted
To calibration.
Apparatus main body 5 is also comprising memory module 18, storage read-write interface 19, built-in storage hard disk 20, the memory module 18
It is connect with storage read-write interface 19 and built-in storage hard disk 20, monitoring data are transferred to interior by processor 11 by memory module 18
Storage hard disk 20 is put, processor 11 is also attached to waterproof operating contact 4, which can realize the booting of device, close
The functions such as machine, parameter setting, signal transmitting, the transmission recycling and quality monitoring of monitoring data can be realized by operating contact, should
Operating contact has water-proof function, has obstructed the inside and outside unicom of device, has improved the job stability of device.
Processor 11 connect and is connected with waterproof operating contact 4, memory module 18, can realize micro-seismic monitoring data
Transfer function, it is SEGY forms or internal storage format that micro-seismic monitoring data, which preserve form, and every 60 second data is stored as 1
SEGY formatted files, SEGY formatted files are named and are sorted by acquisition time sequence, and acquisition time, station position are stored in SEGY
In the trace header of data.
The apparatus main body is also comprising power module 21, power regulator 22, built-in power 23, the power module 21 and power supply
Voltage-stablizer 22 and the built-in power 23 connect, which is also connected with processor 11 and waterproof operating contact 4, the power supply
Module 21 has power management, electricity monitoring function, and can connect external power supply and carry out charging operations, power supply to built-in power 23
Voltage-stablizer 22 has the function of burning voltage protective device, prevents current fluctuation from monitoring signals are caused with electrical interference, built-in power
23 can more than hour continuous work 400.
For apparatus main body 5 also comprising operational module 24, wireless Bluetooth device 25, which is also attached to processor 11
With waterproof operating contact 4, the sensing of waterproof operating contact 4 is transferred to processor, dress can be realized by waterproof operating contact 4
The functions such as data copy after the booting put, shutdown, parameter setting, signal transmitting, acquisition, the operation are required to external acquisition monitoring
Software assistance completes, and is connected by the equipment such as wireless Bluetooth device 25 and microcomputer, mobile phone, tablet computer, can be with realization device work
The functions such as monitoring, quality of data QC, site number, GPS coordinate and the moment for making state check, seismic waveform is shown, acquisition prison
Control software is controlled by wireless Bluetooth.
The processor 11 is connected with waterproof operating contact 4, operational module 24, it can be achieved that 3D seismic data, ground
The acquisition of micro logging data, little refraction data, ground micro-seismic data can realize that line operates by waterproof operating contact 4, lead to
Radio operation can be realized by crossing wireless Bluetooth device 25, and operation sense can should be transferred to processor 11 by operational module 24, and operation includes：
Start to monitor, suspend monitoring, stop monitoring, time calibration, sampling setting etc., it, can by external equipments such as microcomputer, mobile phone, pad
To set the sampling interval of monitoring data, including：250th, 500,1000,2000,4000us, while monitoring data can be set
Gain is sampled, including：1st, 2,4,8,16,32,64 times of gains.
The ground of the utility model built-in screw type untethered node wideband monitoring device entirely, can both carry out microseism prison
It surveys, realizes the dynamic monitoring of created fractures during unconventionaloil pool reservoir hydrfracturing, reference is provided for reservoir fracturing improvement
Foundation；It can carry out three-dimensional untethered node seismic acquisition, ground micro logging and little refraction low velocity layer again to measure, significantly
It reduces construction cost, improve construction efficiency, and the adverse effect of complicated near surface can be overcome, which has irreplaceable
Effect.
Claims (9)
1. ground built-in screw type untethered node wideband monitoring device entirely, which is characterized in that the ground built-in screw type untethered entirely
Node wideband monitoring device includes apparatus main body, spiral tail bone, waterproof operating contact and precession handle, the waterproof operating contact position
In the upper surface of the apparatus main body, which carries out the acquisition of seismic data, and passes through the waterproof operating contact and carry out ground
The transmission of data is shaken, which is connected on the lower surface of the apparatus main body, which is connected to the apparatus main body
Upper surface, the spiral tail bone have spiral pattern, the precession handle contribute to installation personnel carry out screw type operation, should
Built-in screw type untethered node wideband monitoring device is embedded to underground entirely on ground；
The apparatus main body includes processor, acquisition module, analog-digital converter and wideband collector, which is connected to this
Analog-digital converter, acquisition 3D seismic data, ground micro logging data, little refraction data and ground micro-seismic data, and will adopt
The transmission of seismic data of collection gives the analog-digital converter, which is connected to the acquisition module, by the seismic data of acquisition
The acquisition module is transferred to after carrying out analog-to-digital conversion, which is connected to the analog-digital converter, by the ground after analog-to-digital conversion
Shake data are transferred to the processor after being pre-processed；
For the apparatus main body also comprising power module, power regulator and built-in power, which is connected to the power supply mould
Between block and the built-in power, the built-in power is by the power regulator, and for the ground, built-in screw type untethered node is wide entirely
Frequency monitoring device provides burning voltage power supply, which is connected to the processor, carries out electricity monitoring, and electricity is monitored
As a result it is transferred to the processor；
The processor is also attached to the waterproof operating contact, external power supply is connected by the waterproof operating contact, with built-in to this
Power supply charges；
The apparatus main body also connects respectively comprising operational module and wireless Bluetooth device, the operational module and the waterproof operating contact
In the processor, which carries out the complete built-in rotation in the ground under the control of the processor, by the waterproof operating contact
Data copy after into the switch of formula untethered node wideband monitoring device, parameter setting, signal transmitting and acquisition, wireless blue tooth dress
It puts and is connected to the operational module, which is connect with external equipment by wireless blue tooth, and in the operational module
Under control, device switch, parameter setting and data transmission are carried out with external equipment.
2. ground according to claim 1 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that the ground
Built-in screw type untethered node wideband monitoring device further includes portable rope entirely in face, which is connected on the apparatus main body, with
Convenient for carrying, movement and the recycling of the ground built-in screw type untethered node wideband monitoring device entirely.
3. ground according to claim 1 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that the spiral shell
Rotation tail bone and the precession handle are made of stainless steel.
4. ground according to claim 1 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that the ground
Built-in screw type untethered node wideband monitoring device further includes work light entirely in face, which is located at the apparatus main body
Upper surface, to indicate the working condition of the ground built-in screw type untethered node wideband monitoring device entirely.
5. ground according to claim 4 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that at this
Reason device is also attached to the work light, which shows the ground built-in precession entirely under the control of the processor
The working condition of formula untethered node wideband monitoring device.
6. ground according to claim 1 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that the dress
Main body is put also comprising GPS module, built-in GPS device and onboard clock device, which is connected to the built-in GPS dresses
It puts, carries out initial time setting and time adjustment, which is connected to the GPS module, carries out GPS time services and coordinate
Position positions, and the working time of record and device riding position are transferred to the GPS module, which is connected at this
Device is managed, the working time of record and device riding position are transferred to the processor.
7. ground according to claim 1 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that the dress
It puts main body and is also connected to the processor comprising memory module, storage read-write interface and built-in storage hard disk, the memory module, receive
The seismic data of processor transmission, the storage read-write interface are connected between the memory module and the built-in storage hard disk, should
Seismic data is transferred to by the storage read-write interface in the built-in storage hard disk and stored by memory module.
8. ground according to claim 1 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that the ground
Built-in screw type untethered node wideband monitoring device further includes battery capacity indication lamp entirely in face, which is located at the apparatus main body
Upper surface, to indicate the electricity of the ground built-in screw type untethered node wideband monitoring device entirely.
9. ground according to claim 8 built-in screw type untethered node wideband monitoring device entirely, which is characterized in that at this
Reason device is also attached to the battery capacity indication lamp, which indicates the ground built-in precession entirely under the control of the processor
The electricity of formula untethered node wideband monitoring device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721276221.7U CN207488508U (en) | 2017-09-29 | 2017-09-29 | Ground built-in screw type untethered node wideband monitoring device entirely |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721276221.7U CN207488508U (en) | 2017-09-29 | 2017-09-29 | Ground built-in screw type untethered node wideband monitoring device entirely |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207488508U true CN207488508U (en) | 2018-06-12 |
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ID=62479381
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721276221.7U Active CN207488508U (en) | 2017-09-29 | 2017-09-29 | Ground built-in screw type untethered node wideband monitoring device entirely |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112099076A (en) * | 2020-11-23 | 2020-12-18 | 上海彩虹鱼海洋科技股份有限公司 | Spiral penetration type submarine seismograph coupling frame |
-
2017
- 2017-09-29 CN CN201721276221.7U patent/CN207488508U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112099076A (en) * | 2020-11-23 | 2020-12-18 | 上海彩虹鱼海洋科技股份有限公司 | Spiral penetration type submarine seismograph coupling frame |
| CN112099076B (en) * | 2020-11-23 | 2021-03-02 | 上海彩虹鱼海洋科技股份有限公司 | Spiral penetration type submarine seismograph coupling frame |
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