CN206279568U - A kind of intelligent pile detection device - Google Patents
A kind of intelligent pile detection device Download PDFInfo
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- CN206279568U CN206279568U CN201621365989.7U CN201621365989U CN206279568U CN 206279568 U CN206279568 U CN 206279568U CN 201621365989 U CN201621365989 U CN 201621365989U CN 206279568 U CN206279568 U CN 206279568U
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Abstract
The utility model provides a kind of intelligent pile detection device, including pile detection main frame and pile detection sensor two parts, wherein, pile detection main frame as whole system core, data acquisition, analysis and the storage to pile detection sensor are completed, and uploads to supervising platform, while, pile detection main frame is intelligently adjusted to optimal use state by the intelligent pile detection device by internal intelligent control module.Based Intelligent Control thread obtains the data of human body sensing device, ambient light intensity sensing device, temperature sensing device by intelligent control module in real time on backstage, and by analysis, judge, power supply, brightness and contrast, the heat abstractor of LCDs are automatically controlled, intelligent is adjusted to optimal use state by pile detection main frame.Pile detection device of the present utility model, convenient, the energy saving of intelligence, greatly improves the endurance and stability of system.
Description
Technical field
The utility model is related to a kind of intelligent pile detection device, belongs to rock and soil engineering detection technical field.
Background technology
Pile foundation is embedded in underground as one kind of building base configuration form, belongs to concealed work.It is accurate to judge pile foundation work
The quality of journey is particularly significant for ensuring the overall quality of building, safety, according to《Building pile foundation inspection specifications JGJ106-
2014》, the main method of pile measurement has static test, core drilling method, low strain dynamic method, Large strain method, sound wave transmission method etc. several,
Wherein, static test generally uses dead load checkup instrument, and the dead load checkup instrument RS-JTB of such as Wuhan Yan Hai, low strain dynamic method is usual
Using Low Strain Dynamic Testing of Piles instrument, such as Beijing intelligence wins the foundation pile movable measurement instrument ZBL-P8100 of connection, and Large strain method is generally high using foundation pile
Strain detector, such as the foundation pile high stress detector RSM-PDT of middle rock science and technology（F）, sound wave transmission method is generally using foundation pile ultrasound
The concrete supersonic reflectoscope HC-U81 of ripple detector, such as Beijing SeaBird high-tech.
For another example, Chinese utility model patent CN 205676935U disclose a kind of architecture foundation pile dead-load detection device；China
Utility model patent CN205475366U discloses a kind of Low Strain Dynamic Testing of Piles device；Chinese invention patent CN101078661B
Disclose a kind of method and instrument that hammer force is measured in foundation pile high stress drive detection；Chinese invention patent
CN103713049A discloses a kind of many section tomography detection control method and device of foundation pile.The base being related in above-mentioned patent
Stake detection means, the common feature for possessing is：Such device is by a main frame with LCDs and one or more class
The sensor group of type is into testing staff obtains the real time data of each sensor, so as to analyze judge foundation pile by manipulating main frame
The integrality of bearing capacity or pile body.
In actual engineer applied, there is following technical problem in above-mentioned pile detection device：
1st, the brightness of display screen can not be automatically adjusted, and be required for operating personnel to be adjusted manually by setting interface；
2nd, in the building-site that light is stronger, it usually needs by the backlight regulation of LCDs to most bright, can just obtain
Clearly image must be compared to show, some special application scenarios, or even needed using bright screen high, the cost of one side display screen
Can be multiplied, on the other hand increased the power consumption of main frame, greatly shorten the service life of main frame internal battery, further
Aspect, the caloric value of display screen is greatly improved, and causes complete machine temperature to steeply rise, and the stability of whole machine can be because of the influence urgency for overheating
Play declines.Generally during the broiling summer, pile foundation construction enters peak period with detection, and detection limit is big, and the duration is tight, and building-site
Temperature is up to 40 DEG C ~ 50 DEG C.Testing staff scalds one's hand unbearably when often complaining that operation main frame, and showing for deadlock often occurs
As causing pile detection halfway and expense in process of the test.Now, testing staff has to restart main frame, restarts
Detection, greatly reduces detection efficiency；
3rd, when testing staff is not beside main frame, host display remains unchanged state highlighted, can so cause
The skimble-skamble waste of electric energy.
The content of the invention
In order to overcome the technical problem mentioned in background technology, the utility model provide a kind of intelligent pile detection device and
Detection method, the pile detection device is by internal intelligent control module, and the light under monitor in real time current test environment is strong
Whether degree, pile detection main frame internal temperature and testing staff the factor such as leave, and is adjusted to for pile detection main frame by intelligence
Optimal use state.
Technical solution adopted in the utility model is：A kind of intelligent pile detection device, including pile detection main frame and
Pile detection sensor two parts.Wherein, pile detection main frame as whole system core, by with pile detection sensor
Enter the interaction of line command and data, complete data acquisition, analysis and storage to pile detection sensor, and upload the data to
The pile detection system platform specified, is easy to detection unit remote monitoring and analysis, so as to realize having to engineering construction quality
Effect supervision.
Preferably, pile detection main frame includes that embedded computer, data acquisition module, image processing module, number pass mould
Block, GPS module, power circuit, memory module, LCDs；Wherein, embedded computer passes through with data acquisition module
GPMC buses are connected；Embedded computer is connected with image processing module by DVI interface, image processing module and liquid crystal display
Screen is connected by LVDS interface；Embedded computer passes through independent UART with intelligent control module, digital transmission module, GPS module
Interface is sequentially connected；Memory module is connected with embedded computer by SDIO interfaces；Power circuit is in pile detection main frame
All modules provide power supply, crucial, and pile detection main frame also includes intelligent control module.
Preferably, intelligent control module includes microcontroller, human body sensing device, ambient light intensity sensing device, temperature
Sensing device, heat abstractor.Wherein, microcontroller by obtaining human body sensing device, ambient light intensity sensing device, temperature in real time
Spend sensing device data, be sent to embedded computer, embedded computer according to the data for receiving, pre-processed,
After judgement, automatic power supply, brightness and contrast, the heat abstractor of control LCDs, intelligence by pile detection main frame
It is adjusted to optimal use state.
Preferably, human body sensing device includes that pyroelectric infrared-sensing module, human body radar induction module, motor drive
Device, electric rotating machine, microcontroller detect the output level letter of pyroelectric infrared-sensing module and human body radar induction module simultaneously
Number, only when it is simultaneously high level that microcontroller detects pyroelectric infrared-sensing module and human body radar induction module,
It is judged as that someone is close to.
Preferably, pyroelectric infrared-sensing module uses HR-SR501 human body infrared induction modules, human body radar sensing mould
Block uses the microwave induced module HW-M100 of Doppler.
Preferably, ambient light intensity sensing device uses the ambient light intensity sensors integrated circuit of 16 bit digital output types
BH1750FVI, the integrated circuit carries out data interaction by IIC interfaces and microcontroller, and microcontroller is by controlling ambient light
Intensity sensing device, obtains the intensity of illumination of current environment, and is sent to embedded computer and is analyzed treatment, adjust automatically
The brightness and contrast of LCDs.
Preferably, using conventional temperature sensor DS18B20, microcontroller is passed temperature sensing device by obtaining temperature
The temperature data of induction device, and be compared with the temperature pre-warning value of embedded computer setting, if in pile detection main frame
Portion's temperature exceedes the early warning value of setting, and heat abstractor is opened immediately, reduces pile detection main frame internal temperature, prevents because crossing thermal conductivity
The stability problem of cause.
Preferably, data acquisition module includes signal conditioning circuit, amplifying circuit, filter circuit, analog to digital conversion circuit, patrols
Collect control circuit；Wherein, signal conditioning circuit major function is the signal for exporting pile detection sensor, nurses one's health into amplification electricity
The signal that road can be directly accessed；Logic control circuit carries out interacting for data by GPMC buses with embedded computer, according to
According to the parameter that embedded computer is set, control amplifying circuit, filter circuit, analog to digital conversion circuit are operated, and will sampling
Data be transferred to embedded computer and be analyzed treatment.
Compared with prior art, the utility model has the advantages that：1st, the pile detection device can be automatic
The brightness and contrast of adjustable liquid crystal display display screen, in solving current pile detection engineer applied, only by using bright screen hand high
Work regulation brightness of display screen is cumbersome, and the high cost brought and the series of problems such as power consumption is big.2nd, can monitor in real time foundation pile
The internal temperature of detection means, when temperature exceedes the threshold value of setting, automatically turns on heat abstractor, reduces internal temperature, prevents
Cause the stability problem of pile detection device because of overheat.3rd, can accurately detect whether that testing staff fills in pile detection in real time
Side is put, if detect testing staff left, pile detection device can be automatically switched off LCDs, farthest saved
The loss of electric energy and reduction display screen.
Brief description of the drawings
Fig. 1 is the overall schematic of a kind of intelligent pile detection device of one of embodiment of the present utility model；
Fig. 2 is the structured flowchart of data acquisition module 102 in Fig. 1 shown devices；
Fig. 3 is the structured flowchart of intelligent control module 103 in Fig. 1 shown devices；
Fig. 4 is human body sensing device 302 and the inside connection signal of microcontroller 301 in intelligent control module 103 shown in Fig. 3
Figure；
Fig. 5 is the flow chart of the intelligent pile foundation inspection method of one of embodiment of the present utility model；
In figure, 1-pile detection main frame；2-pile detection sensor；101-embedded computer；102-data are adopted
Collection module；103-intelligent control module；104-image processing module；105-digital transmission module；106-GPS module；107-electricity
Source circuit；108-memory module；109-LCDs；201-signal conditioning circuit；202-amplifying circuit；203-filter
Wave circuit；204-analog to digital conversion circuit；205-logic control circuit；301-microcontroller；302-human body sensing device；
303-ambient light intensity sensing device；304-temperature sensing device；305-heat abstractor；401-pyroelectric infrared-sensing mould
Block；402-human body radar induction module；403-motor driver；404-electric rotating machine.
Specific embodiment
The utility model is further described in detail with preferred embodiment below in conjunction with the accompanying drawings.
Fig. 1 is referred to, is a kind of overall schematic of intelligent pile detection device of the utility model.The utility model intelligence
Pile detection device includes pile detection main frame 1 and pile detection sensor 2.Pile detection main frame 1 as whole system core
The heart, interacting for line command and data is entered by with pile detection sensor 2, complete data acquisition to pile detection sensor 2,
Analysis and storage, and the pile detection system platform specified is upload the data to, it is easy to detection unit remote monitoring and analysis, from
And realize the effective supervision to engineering construction quality.Wherein, 2 points of pile detection sensor is four major classes：1st, foundation pile static loading test
Class sensor, such as displacement transducer, pressure sensor, load sensor；2nd, foundation pile low strain test class sensor, such as speed
Sensor, acceleration transducer etc.；3rd, foundation pile high stress experiment class sensor, such as strain transducer, acceleration transducer；4、
Foundation pile supersonic test class sensor, such as ultrasonic radial transducer, ultrasonic wave planar transducer.User can be according to actual work
Cheng Yingyong, foundation pile experiment class sensor and corresponding pile detection main frame needed for selection, you can easily and efficiently build whole base
Stake detecting system.
Pile detection main frame 1 is by embedded computer 101, data acquisition module 102, intelligent control module 103, image
Reason module 104, digital transmission module 105, GPS module 106, power circuit 107, memory module 108, LCDs 109 are constituted；Its
In, embedded computer 101 is connected with data acquisition module 102 by GPMC buses；Embedded computer 101 and image procossing
Module 104 is connected by DVI interface, and image processing module 104 is connected with LCDs 109 by LVDS interface；It is embedded
Computer 101 is sequentially connected with intelligent control module 103, digital transmission module 105, GPS module 106 by independent UART interface；
Memory module 108 is connected with embedded computer 101 by SDIO interfaces；Power circuit 107 is all in pile detection main frame
Module provides power supply.The utility model intelligence pile detection device, except being capable of achieving the data to all kinds of pile detection sensors
Outside the existing capabilitys such as collection, display, early warning, preservation, analysis, positioning, upload, by built-in intelligent control module 103, can be right
The brightness and contrast of LCDs 109 automatically adjusts, and realizes that the image under different building-site environment is clear
It can be seen that.Meanwhile, the internal temperature of the monitor in real time pile detection main frame 1 of intelligent control module 103 automatically turns on overtemperature protection work(
Energy.In addition, when testing staff leaves or does not operate main frame for a long time, intelligent control module 103 automatically controls pile detection master
Machine 1 enters energy saver mode, greatly improves the endurance of whole machine.
Embedded computer 101 in pile detection main frame 1 use that Wuhan China and electromechanical Co., Ltd release it is a with
TI Sitara AM437x series processors are the embedded industrial computer of core.The computer main frequency is up to 1GHz, carries
SGX530 show core, onboard 4GB eMMC, support many kinds of Starting mode of MMC, QSPI, USB, onboard USB2514, LAN9220,
The chips such as SGTL5000, Peripheral Interface enriches, and performance is remarkable, is various operations, the figure in actual applications of pile detection main frame 1
The analysis of picture and treatment, there is provided smooth Consumer's Experience.
Image processing module 104 in pile detection main frame 1 is received by embedded computer 101 and comes from Based Intelligent Control mould
The ambient light intensity data of the output of block 103, and the image information in the video card of embedded computer 101 is read, driven by gray scale
Dynamic chip HV632 carries out gradation conversion, go to adjust by the way of pulse width modulation the backlight illumination of LCDs 109 and
Gray scale, so as to reach the function of the brightness and contrast for automatically adjusting LCDs.
Digital transmission module 105 in pile detection main frame 1 believes the 4G data transmission terminals (4G DTU) of company using Xiamen four
F2A16, the uploading module supports all fronts networks such as 4G, 3G, 2.5G, the more smooth more high speed of data transfer.
Fig. 2 is referred to, is the structured flowchart of the data acquisition module 102 of the utility model intelligence pile detection device.Number
According to acquisition module 102 by signal conditioning circuit 201, amplifying circuit 202, filter circuit 203, analog to digital conversion circuit 204, logic control
Circuit processed 205 is constituted；Logic control circuit 205 and amplifying circuit 202, filter circuit 203, analog to digital conversion circuit 204 successively phase
Even；Signal conditioning circuit 201 is connected with amplifying circuit 202；Amplifying circuit 202 is connected with filter circuit 203；Filter circuit 203
It is connected with analog to digital conversion circuit 204；Wherein, the major function of signal conditioning circuit 201 is the letter for exporting pile detection sensor 2
Number, nurse one's health into the signal that amplifying circuit 202 can be directly accessed；Logic control circuit 205 passes through GPMC buses and embedded meter
Calculation machine 101 carries out the interaction of data, according to the parameter that embedded computer 101 is set, controls amplifying circuit 202, filter circuit
203rd, analog to digital conversion circuit 204 is operated, and the data of sampling are transferred into embedded computer 101 are analyzed treatment.
Fig. 3 is referred to, is the structured flowchart of the intelligent control module 103 of the utility model intelligence pile detection device.Intelligence
Energy control module 103 is by microcontroller 301, human body sensing device 302, ambient light intensity sensing device 303, temperature sensing device
304th, heat abstractor 305 is constituted.Microcontroller 301 respectively with human body sensing device 302, ambient light intensity sensing device 303, temperature
Degree sensing device 304, heat abstractor connected 305.Wherein, microcontroller 301 by obtaining human body sensing device 302, ring in real time
The border luminous intensity sensing device 303, data of temperature sensing device 304, is sent to embedded computer 101, embedded computer
101 according to the data that receive, after being pre-processed, being judged, the automatically power supply of control LCDs 109, brightness and right
Than degree, heat abstractor 305, intelligent is adjusted to optimal use state by pile detection main frame 1.
Human body sensing device 302 in intelligent control module 103 is by pyroelectric infrared-sensing module 401, human body radar sense
Module 402, motor driver 403, electric rotating machine 404 is answered to constitute.Pyroelectric infrared-sensing module 401, human body radar sensing mould
Block 402 and motor driver 403 are connected with microcontroller 301 respectively；Motor driver 403 is connected with electric rotating machine 404；Heat is released
Electric infrared induction module 401 is separately fixed in the rotary shaft of electric rotating machine 404 with human body radar induction module 402, to expand
Detection range and detection sensitivity.Wherein, pyroelectric infrared-sensing module 401 uses HR-SR501 human body infrared induction modules,
The module is using German imported with original packaging LHI778 probe designs, and sensitivity is high, highly reliable.Sense model into it when people is detected
Enclose, export high level, then automatic time delay closes high level when people leaves induction range, exports low level；Human body radar senses mould
Block 402 uses the microwave induced module HW-M10 of Doppler, and the module is not influenceed by environment temperature, humidity etc., strong antijamming capability,
And the way of output is identical with pyroelectric infrared-sensing module 401.Microcontroller 301 detects pyroelectric infrared-sensing mould simultaneously
The outputs level signals of block 401 and human body radar induction module 402, only when microcontroller 301 detects rpyroelectric infrared sense
When answering module 401 and human body radar induction module 402 simultaneously for high level, just it is judged as that someone is close to.The human body sensing device
302 it is effective solve when being detected to human body using pyroelectric infrared sensor in the prior art, it is influenced by ambient temperature
Cause the problem that detectivity is decreased obviously.
Ambient light intensity sensing device 303 in intelligent control module 103 uses the environmental light intensity of 16 bit digital output types
Degree sensor IC BH1750FVI.The integrated circuit interface circuit is simple, is carried out with microcontroller 301 by IIC interfaces
Data interaction.Microcontroller 301 obtains the intensity of illumination of current environment, concurrently by controlling ambient light intensity sensing device 303
Give embedded computer 101 and be analyzed treatment, so that the brightness and contrast of adjust automatically LCDs 109.
Temperature sensing device 304 in intelligent control module 103 is using conventional temperature sensor DS18B20, the sensing
The features such as utensil has small volume, strong antijamming capability, high precision, using unique one-wire interface mode, temperature-measuring range is wide, can
Up to -55 DEG C~+125 DEG C.Microcontroller 301 is by obtaining the temperature data of temperature sensing device 304, and and embedded computer
The temperature pre-warning value of 101 settings is compared, if the internal temperature of pile detection main frame 1 exceedes the early warning value of setting, opens immediately
Heat abstractor 305 is opened, the internal temperature of pile detection main frame 1 is reduced, prevented because of stability problem caused by overheat.
Fig. 4 is referred to, is the flow chart of the intelligent pile foundation inspection method of one of embodiment of the present utility model, we
Method is carried out according to the following steps：
Step 1：System initialization；Specially after system electrification, auto-loading system configuration is each by pile detection main frame 1
Item sampling parameter, LCDs brightness and contrast etc. use as default.
Step 2：Open controlling of sampling thread and Based Intelligent Control thread；Specially after system initialization, pile detection main frame 1
Controlling of sampling thread and Based Intelligent Control thread are opened simultaneously, and Based Intelligent Control thread is in running background.Into pile detection sampling
After main interface, Based Intelligent Control thread obtains human body sensing device 302, ambient light in real time on backstage by intelligent control module 103
The data of intensity sensing device 303, temperature sensing device 304, and by analysis, judge, automatically control LCDs 109
Power supply, brightness and contrast, heat abstractor 305, intelligence pile detection main frame 1 is adjusted to optimal use state.
Step 3：Parameter setting；Specially testing staff according to scene test type and requirement, to pile detection main frame 1
Sampling parameter is configured.
Step 4：Data sampling；The parameters that specially pile detection main frame 1 sets testing staff, are sent to data
Acquisition module 102, opens and the output signal of pile detection sensor 2 is sampled, and sampled data is shown in real time.
Step 5：Analysis is preserved；Specially after the completion of the data acquisition of pile detection sensor 2, can be to the data of collection
Field assay is carried out, base pile integrity and bearing capacity is judged, it is also possible to pre-saved data, after off-test, adopted
Batch quantity analysis is carried out with supporting analysis tool.
Step 6：Data are uploaded；The data that specially pile detection main frame 1 will be preserved, are uploaded to by digital transmission module 105
The pile detection platform specified, is easy to engineering to supervise, and promotes construction quality to improve.
During the whole operation of step 3-6, Based Intelligent Control thread is obtained in real time on backstage by intelligent control module 103
Take human body sensing device 302, ambient light intensity sensing device 303, the data of temperature sensing device 304, and by analysis, sentence
It is disconnected, automatic power supply, brightness and contrast, the heat abstractor 305 of control LCDs 109, intelligence by pile detection master
Machine 1 is adjusted to optimal use state.
Although explanation before and Description of Drawings embodiment of the present utility model, it should be understood that do not departing from claim
Can there are various supplements, modification on the premise of the spirit and scope of the utility model principle that book is defined and replace.This
Art personnel it should be understood that the utility model in actual applications can according to specific environment and job requirement without departing substantially from
It is varied from form, structure, layout, ratio, material, element, component and other side on the premise of invention criterion.Therefore,
Embodiment disclosed here is merely to illustrate and unrestricted, and protection domain of the present utility model is by technical scheme in claims
And its legal equivalents are defined, and it is not limited to description before this.
Claims (8)
1. a kind of intelligent pile detection device, it is characterised in that：Including pile detection main frame（1）, pile detection sensor（2）；
The pile detection main frame（1）As the core of whole system, by with pile detection sensor（2）Enter line command and data
Interaction, completes to pile detection sensor（2）Data acquisition, analysis and storage, and upload the data to the foundation pile specified and examine
Examining system platform, is easy to detection unit remote monitoring and analysis, so as to realize the effective supervision to engineering construction quality.
2. intelligent pile detection device according to claim 1, the pile detection main frame（1）Including embedded computer
（101）, data acquisition module（102）, image processing module（104）, digital transmission module（105）, GPS module（106）, power circuit
（107）, memory module（108）, LCDs（109）；Wherein, embedded computer（101）With data acquisition module（102）
It is connected by GPMC buses；Embedded computer（101）With image processing module（104）It is connected by DVI interface, image procossing
Module（104）With LCDs（109）It is connected by LVDS interface；Embedded computer（101）With intelligent control module
（103）, digital transmission module（105）, GPS module（106）It is sequentially connected by independent UART interface；Memory module（108）With it is embedding
Enter formula computer（101）It is connected by SDIO interfaces；Power circuit（107）For all modules provide electricity in pile detection main frame
Source, it is characterised in that the pile detection main frame（1）Also include intelligent control module（103）.
3. intelligent pile detection device according to claim 2, it is characterised in that：The intelligent control module（103）Bag
Include microcontroller（301）, human body sensing device（302）, ambient light intensity sensing device（303）, temperature sensing device（304）、
Heat abstractor（305）, wherein, microcontroller（301）By obtaining human body sensing device in real time（302）, ambient light intensity sensing
Device（303）, temperature sensing device（304）Data, be sent to embedded computer（101）, embedded computer（101）Root
According to the data for receiving, after being pre-processed, judging, LCDs is automatically controlled（109）Power supply, brightness and contrast
Degree, heat abstractor（305）, intelligence by pile detection main frame（1）It is adjusted to optimal use state.
4. intelligent pile detection device according to claim 3, it is characterised in that：The human body sensing device（302）Bag
Include pyroelectric infrared-sensing module（401）, human body radar induction module（402）, motor driver（403）, electric rotating machine
（404）, the microcontroller（301）Pyroelectric infrared-sensing module is detected simultaneously（401）With human body radar induction module（402）
Outputs level signals, only work as microcontroller（301）Detect pyroelectric infrared-sensing module（401）Sense with human body radar
Module（402）When simultaneously for high level, just it is judged as that someone is close to.
5. intelligent pile detection device according to claim 4, it is characterised in that：The pyroelectric infrared-sensing module
（401）Using HR-SR501 human body infrared induction modules, the human body radar induction module（402）It is microwave induced using Doppler
Module HW-M100.
6. intelligent pile detection device according to claim 3, it is characterised in that：The ambient light intensity sensing device
（303）Using the ambient light intensity sensors integrated circuit BH1750FVI of 16 bit digital output types, the integrated circuit passes through IIC
Interface and microcontroller（301）Carry out data interaction, the microcontroller（301）Dress is sensed by controlling the ambient light intensity
Put（303）, the intensity of illumination of current environment is obtained, and be sent to embedded computer（101）It is analyzed treatment, adjust automatically
LCDs（109）Brightness and contrast.
7. intelligent pile detection device according to claim 3, it is characterised in that：The temperature sensing device（304）Adopt
With conventional temperature sensor DS18B20, microcontroller（301）By obtaining temperature sensing device（304）Temperature data, and
With embedded computer（101）The temperature pre-warning value of setting is compared, if pile detection main frame（1）Internal temperature exceed set
Fixed early warning value, opens heat abstractor immediately（305）, reduce pile detection main frame（1）Internal temperature, prevents because caused by overheat
Stability problem.
8. the intelligent pile detection device according to claim any one of 1-7, it is characterised in that：The data acquisition module
（102）Including signal conditioning circuit（201）, amplifying circuit（202）, filter circuit（203）, analog to digital conversion circuit（204）, logic
Control circuit（205）；Wherein, signal conditioning circuit（201）Major function is by pile detection sensor（2）The signal of output,
Nurse one's health into amplifying circuit（202）The signal that can be directly accessed；Logic control circuit（205）By GPMC buses and embedded meter
Calculation machine（101）The interaction of data is carried out, according to embedded computer（101）The parameter of setting, controls amplifying circuit（202）, filter
Wave circuit（203）, analog to digital conversion circuit（204）It is operated, and the data of sampling is transferred to embedded computer（101）Enter
Row analyzing and processing.
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|---|---|---|---|
| CN201621365989.7U CN206279568U (en) | 2016-12-13 | 2016-12-13 | A kind of intelligent pile detection device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621365989.7U CN206279568U (en) | 2016-12-13 | 2016-12-13 | A kind of intelligent pile detection device |
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| CN206279568U true CN206279568U (en) | 2017-06-27 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522289A (en) * | 2016-12-13 | 2017-03-22 | 上海岩联工程技术有限公司 | Intelligent foundation pile detection device and detection method |
| CN108867719A (en) * | 2018-07-12 | 2018-11-23 | 武汉富思特创新信息技术有限公司 | A kind of dead load test on pile foundation remote supervision system and method |
| CN110499790A (en) * | 2019-07-26 | 2019-11-26 | 国网辽宁省电力有限公司鞍山供电公司 | A kind of detection device of winter iron tower foundation construction concrete critical intensity |
| CN113469840A (en) * | 2021-06-16 | 2021-10-01 | 浙江华东建设工程有限公司 | Intelligent management system for pile foundation construction |
| CN115434687A (en) * | 2022-09-30 | 2022-12-06 | 齐齐哈尔大学 | Intelligent adjusting system based on pile driving |
-
2016
- 2016-12-13 CN CN201621365989.7U patent/CN206279568U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522289A (en) * | 2016-12-13 | 2017-03-22 | 上海岩联工程技术有限公司 | Intelligent foundation pile detection device and detection method |
| CN108867719A (en) * | 2018-07-12 | 2018-11-23 | 武汉富思特创新信息技术有限公司 | A kind of dead load test on pile foundation remote supervision system and method |
| CN110499790A (en) * | 2019-07-26 | 2019-11-26 | 国网辽宁省电力有限公司鞍山供电公司 | A kind of detection device of winter iron tower foundation construction concrete critical intensity |
| CN113469840A (en) * | 2021-06-16 | 2021-10-01 | 浙江华东建设工程有限公司 | Intelligent management system for pile foundation construction |
| CN115434687A (en) * | 2022-09-30 | 2022-12-06 | 齐齐哈尔大学 | Intelligent adjusting system based on pile driving |
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