CN102345284A - Static penetration test zero return detection method and system - Google Patents
Static penetration test zero return detection method and system Download PDFInfo
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- CN102345284A CN102345284A CN2011101552509A CN201110155250A CN102345284A CN 102345284 A CN102345284 A CN 102345284A CN 2011101552509 A CN2011101552509 A CN 2011101552509A CN 201110155250 A CN201110155250 A CN 201110155250A CN 102345284 A CN102345284 A CN 102345284A
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Abstract
The invention discloses a static penetration test zero return detection method. A general packet radio service (GPRS) module and a global position system (GPS) module are loaded on the basis of the existing in-situ test collection instrument, the GPS module is used for automatically collecting satellite signals and collecting geographical coordinate data of an exploration hole, the GPRS module sends field operation test data including the zero return data generated by the zero return operation after being processed by a singlechip to a customer server in a real-time wireless way, a zero return judging module arranged on the customer server is facilitated to monitor the field operation test data in real time, and the processing is carried out in time when the situation that no zero return data are generated is discovered, so the phenomena of non-standard operation of the field operation and the test data forging are fundamentally avoided, and the field operation construction quality and the test data realness are ensured. The invention also discloses a static penetration test zero return detection system used for realizing the method.
Description
Technical field
The present invention relates to the method and system of in-situ test, relate in particular to a kind of cone penetration test zero-return detection method and system.
Background technology
In geotechnical investigation; In-situ test is important surveying method; And static sounding is one of home position testing method; In carrying out the cone penetration test process; Behind the code requirement in-situ test feeler lever injection certain depth; Palpus shadoof 6～10cm, whether normal to detect in-situ test probe, Here it is returns Z-operation.The big soil layer 2～3m of general penetration resistance returns zero once, and weak soil returns zero distance more greatly, and for example 10m returns zero once.Cone penetration test at present the operation non-standard phenomena usually occurs in the field operation operation, not according to requiring back zero to detect, cause the test data distortion easily, when serious the indoor fakement phenomena of test data can take place.
Summary of the invention
Because the above-mentioned defective of prior art, technical problem to be solved by this invention provide a kind of can be in indoor real-time monitoring field operation test data, especially go back to the cone penetration test zero-return detection method and the system of zero data.
For realizing above-mentioned purpose, the invention provides a kind of cone penetration test zero-return detection method, comprise the steps:
Start the in-situ test Acquisition Instrument, and the input Information Monitoring, said Information Monitoring comprises engineering name, job number, exploratory hole hole number and design hole depth;
Start client server, after the client server start, the built-in GPRS module in the said in-situ test Acquisition Instrument is through the IP address of the said client server of the automatic search of wireless mode, and the said client server that is dynamically connected certainly;
Penetration resistance size according to different is provided with back zero distance, and said penetration resistance size is determined by the soft or hard degree of ground;
Carry out in-situ test work: whenever go deep into ground Xcm by the in-situ test probe sensor and gather penetration resistance data; Write down corresponding ground depth data simultaneously; Said X value is set according to different engineerings; Its scope is 8≤X≤12; After time zero distance that the arrival of in-situ test feeler lever is provided with in advance, return Z-operation; Write down back simultaneously zero data, and the said penetration resistance data of being gathered and corresponding ground depth data thereof and the said time zero data mode with analog signal is sent in the AD converting unit;
Said AD converting unit is a data signal with said analog signal conversion, and said data signal is sent to said single-chip microcomputer process chip handles;
Said field operation test data is after said single-chip microcomputer process chip is handled; On the touch dot matrix display screen that said in-situ test Acquisition Instrument carries, show; Simultaneously send to client server by the GPRS module with the mode real-time radio of data signal, said field operation test data comprises Information Monitoring data, said penetration resistance data and corresponding ground depth data and said time zero data thereof;
After said client server receives said field operation test data in real time; The zero judge module detection of returning by operating on the said client server has or not back zero data to produce; If detect and do not have back the zero data generation; Then stop the work of said in-situ test Acquisition Instrument, wait until after said field operation operating personnel normally return Z-operation just to allow to continue to gather said field operation test data.
In the technique scheme; When the said Information Monitoring of input; Built-in GPS module in the said in-situ test Acquisition Instrument is collected satellite-signal automatically, gathers exploratory hole geographical coordinate data and said exploratory hole geographical coordinate data is sent to the single-chip microcomputer process chip; The geographical coordinate data of said exploratory hole after the single-chip microcomputer process chip is handled send to client server through the GPRS module with the mode real-time radio of data signal, and said field operation test data also comprises said exploratory hole geographical coordinate data.
In the technique scheme; After said client server receives said field operation test data in real time; Said field operation test data shows through indoor computer display screen in real time; The interior design personnel monitor said field operation test data in real time through said indoor computer display screen simultaneously; As note abnormalities, in time get in touch the field operation operating personnel.
In the technique scheme, said AD converting unit is a multichannel AD converting unit.
In the technique scheme, said field operation test data is stored in the exploratory hole information test data storage card that said in-situ test Acquisition Instrument carries after said single-chip microcomputer process chip is handled.
In the technique scheme, said field operation test data forms data and curves after said single-chip microcomputer process chip is handled, and said data and curves shows on said touch dot matrix display screen.
In the technique scheme, said client server also receives the said data and curves that after the single-chip microcomputer process chip is handled, forms when receiving said field operation test data, and said field operation test data and data and curves thereof all show on indoor computer display screen.
In the technique scheme, said in-situ test probe sensor whenever gos deep into ground 10cm and gathers penetration resistance data.
The present invention also provides a kind of cone penetration test to return zero detection system, comprises in-situ test probe, in-situ test Acquisition Instrument and client server, wherein:
The in-situ test probe sensor is arranged on the said in-situ test probe; Be used to gather the penetration resistance data of ground; The corresponding ground depth data of record simultaneously, and send said penetration resistance data and corresponding ground depth data thereof to said in-situ test Acquisition Instrument with the mode of analog signal;
Said in-situ test Acquisition Instrument comprises AD converting unit, single-chip microcomputer process chip, display screen and GPRS module; Said AD converting unit is used to receive said analog signal and said analog signal conversion is become data signal, then said data signal is sent to said single-chip microcomputer process chip; Said single-chip microcomputer process chip is used to handle the field operation test data; Wherein said field operation test data comprises said penetration resistance data and corresponding ground depth data, return that Z-operation produces return zero data and Information Monitoring data, said Information Monitoring data comprise engineering name, job number, exploratory hole hole number and design hole depth; Said display screen is used to show the said field operation test data of handling through the single-chip microcomputer process chip; The field operation test data that said GPRS module is used for handling through said single-chip microcomputer process chip sends said client server to the mode of data signal;
Said client server is used for receiving in real time said field operation test data; Zero monitoring module is arranged back on said client server; Said time zero monitoring module is used for detection and has or not back zero data to produce; If detect and do not have back the zero data generation; Then stop the work of said in-situ test Acquisition Instrument, wait until after said field operation operating personnel normally return Z-operation just to allow to continue to gather said field operation test data.
In the technique scheme, said display screen is touch dot matrix display screen.
In the technique scheme; Said in-situ test Acquisition Instrument also comprises the GPS module; The geographical coordinate data that said GPS module is used for collecting satellite-signal automatically, gathers exploratory hole; And sending the geographical coordinate data of said exploratory hole to said single-chip microcomputer process chip, said field operation test data also comprises the geographical coordinate data of said exploratory hole.
In the technique scheme, said AD converting unit is a multichannel AD converting unit.
In the technique scheme, also be provided with exploratory hole information test data on the said in-situ test Acquisition Instrument and store card, said exploratory hole information test data stores card and is used to store said field operation test data after the single-chip microcomputer process chip is handled.
In the technique scheme, said single-chip microcomputer process chip also is used to handle said field operation test data makes it form data and curves, and said touch dot matrix display screen also is used to show said data and curves.
In the technique scheme; Said GPRS module also is used for sending said data and curves to said client server; Said client server is connected with indoor computer display screen, and said indoor computer display screen also is used to show said field operation test data and data and curves thereof.
The present invention utilize GPS gather exploratory hole the geographical coordinate data, send back zero test data to client server in real time through GPRS; Realized indoorly field operation is returned zero test operation carrying out real-time dynamic monitoring; Therefore fundamentally stop the lack of standardization and test data fakement phenomena of field operation operation, guarantee the authenticity of field operation construction quality and test data.
Below will combine accompanying drawing that the technique effect of design of the present invention, concrete structure and generation is described further, to understand the object of the invention, characteristic and effect fully.
Description of drawings
Fig. 1 is the workflow one-tenth figure of a preferred embodiment of the present invention.
The specific embodiment
As shown in Figure 1, the invention discloses a kind of cone penetration test zero-return detection method, it comprises the steps:
Start the in-situ test Acquisition Instrument; And Information Monitorings such as input engineering name, job number, exploratory hole hole number and design hole depth; Simultaneously the built-in GPS module in the said in-situ test Acquisition Instrument is collected satellite-signal automatically, gathers exploratory hole geographical coordinate data and said exploratory hole geographical coordinate data is sent to the single-chip microcomputer process chip, by the GPS module geographical coordinate of exploratory hole is positioned and can prevent that the field operation operating personnel from distorting, making up these data.
Restart client server; After the client server start; Built-in GPRS module in the said in-situ test Acquisition Instrument is through the automatic IP address of the said client server of search of wireless mode, when said GPRS block search oneself said client server that is dynamically connected behind the said IP address.
Soft or hard degree estimation penetration resistance size according to ground; Penetration resistance size according to being estimated is provided with back zero distance, generally needs 2～3m to return zero once for the bigger soil layer of penetration resistance, and zero distance 2～3m promptly is set back; And can be greatly for its time of weak soil zero distance, 10m for example.
After accomplishing above-mentioned steps; Begin to carry out in-situ test work: with in-situ test probe injection ground; Said in-situ test probe whenever gos deep into ground 10cm; Penetration resistance data of sensor acquisition on the probe; And the corresponding ground depth data of record; After time zero distance that the arrival of in-situ test feeler lever is provided with in advance, return Z-operation; And write down back zero data, simultaneously the said penetration resistance data of being gathered and corresponding ground depth data and the said time zero data mode with analog signal is sent in the multichannel AD converting unit.
In the test job process in position, said multichannel AD converting unit is a data signal with said analog signal conversion, and this data signal is sent to said single-chip microcomputer process chip handles.
The field operation test data forms data and curves after said single-chip microcomputer process chip is handled; Wherein said field operation test data is the ground depth data of said penetration resistance data and correspondence, geographical coordinate data and said time zero data of said exploratory hole; Said field operation test data after the single-chip microcomputer process chip is handled is stored in the exploratory hole information test data storage card that the in-situ test Acquisition Instrument carries; Said field operation test data and data and curves thereof after the single-chip microcomputer process chip is handled shows on the touch dot matrix display screen that said in-situ test Acquisition Instrument carries; To make things convenient for the field operation operating personnel to read; Send to client server by the GPRS module with the mode real-time radio of data signal simultaneously, to realize indoor real-time reception and to handle the field operation test data.
Said client server shows through indoor computer display screen after receiving said field operation test data and data and curves thereof in real time in real time; If detecting in the said field operation test data, time zero judge module on the client server do not have back zero data; Then stop said in-situ test Acquisition Instrument work automatically, wait until after said field operation operating personnel normally return Z-operation just to allow to continue to gather said field operation test data.Above-mentioned for to monitor automatically through program, and the interior design personnel also can monitor said field operation test data through said indoor computer display screen in real time, as note abnormalities, in time get in touch the field operation operating personnel.
The invention also discloses and a kind ofly be used to realize that the cone penetration test of said method returns zero detection system, comprise in-situ test probe, in-situ test Acquisition Instrument and client server, wherein:
The in-situ test probe sensor is arranged on the said in-situ test probe, be used to gather the penetration resistance data of ground, and send said penetration resistance data and corresponding ground depth data thereof to said in-situ test Acquisition Instrument with the mode of analog signal;
Said in-situ test Acquisition Instrument comprises that multichannel AD converting unit, single-chip microcomputer process chip, GPS module, touch dot matrix display screen, GPRS module and exploratory hole information test data store card; The geographical coordinate data that said GPS module is used for collecting satellite-signal automatically, gathers exploratory hole; And send the geographical coordinate data of said exploratory hole to said single-chip microcomputer process chip, by the GPS module geographical coordinate of exploratory hole is positioned and can prevent that the field operation operating personnel from distorting, making up these data; Said AD converting unit is used to receive said analog signal and said analog signal conversion is become data signal, then said data signal is sent to said single-chip microcomputer process chip; Said single-chip microcomputer process chip is used to handle the field operation test data and makes it form data and curves; Wherein said field operation test data comprise said penetration resistance data and corresponding ground depth data, said exploratory hole the geographical coordinate data, return that Z-operation produces return zero data and Information Monitoring data, said Information Monitoring data comprise engineering name, job number, exploratory hole hole number and design hole depth; Said touch dot matrix display screen is connected with said single-chip microcomputer process chip, is used to show said field operation test data and the data and curves of handling through the single-chip microcomputer process chip thereof; Field operation test data that said GPRS module is used for handling through said single-chip microcomputer process chip and data and curves thereof send said client server to the mode of data signal; Said exploratory hole information test data stores card and is connected with said single-chip microcomputer process chip, is used to store said field operation test data after the single-chip microcomputer process chip is handled.
Said client server is used for receiving in real time said field operation test data and data and curves thereof; Indoor computer display screen also is installed on said client server and returns zero monitoring module; Said indoor computer display screen is used to the field operation test data and the data and curves thereof that show that said client server receives; Said time zero monitoring module is used to detect said field operation test data and has or not back zero data; Do not return zero data if detect; Then stop said in-situ test Acquisition Instrument image data automatically, the field operation operating personnel just allow to continue to gather said field operation test data after normally returning Z-operation by the time.
More than describe preferred embodiment of the present invention in detail.The ordinary skill that should be appreciated that this area need not creative work and just can design according to the present invention make many modifications and variation.Therefore, all technician in the art all should be in the determined protection domain by claims under this invention's idea on the basis of existing technology through the available technical scheme of logical analysis, reasoning, or a limited experiment.
Claims (15)
1. a cone penetration test zero-return detection method comprises the steps:
Start the in-situ test Acquisition Instrument, and the input Information Monitoring, said Information Monitoring comprises engineering name, job number, exploratory hole hole number and design hole depth;
Start client server, after the client server start, the built-in GPRS module in the said in-situ test Acquisition Instrument is through the IP address of the said client server of the automatic search of wireless mode, and the said client server that is dynamically connected certainly;
Penetration resistance size according to different is provided with back zero distance, and said penetration resistance size is determined by the soft or hard degree of ground;
Carry out in-situ test work: whenever go deep into ground Xcm by the in-situ test probe sensor and gather penetration resistance data; Write down corresponding ground depth data simultaneously; Said X value is set according to different engineerings; Its scope is 8≤X≤12; After time zero distance that the arrival of in-situ test feeler lever is provided with in advance, return Z-operation; Write down back simultaneously zero data, and the said penetration resistance data of being gathered and corresponding ground depth data thereof and the said time zero data mode with analog signal is sent in the AD converting unit;
Said AD converting unit is a data signal with said analog signal conversion, and said data signal is sent to said single-chip microcomputer process chip handles;
Said field operation test data is after said single-chip microcomputer process chip is handled; On the touch dot matrix display screen that said in-situ test Acquisition Instrument carries, show; Simultaneously send to client server by the GPRS module with the mode real-time radio of data signal, said field operation test data comprises Information Monitoring data, said penetration resistance data and corresponding ground depth data and said time zero data thereof;
After said client server receives said field operation test data in real time; The zero judge module detection of returning by operating on the said client server has or not back zero data to produce; If detect and do not have back the zero data generation; Then stop the work of said in-situ test Acquisition Instrument, wait until after said field operation operating personnel normally return Z-operation just to allow to continue to gather said field operation test data.
2. cone penetration test zero-return detection method as claimed in claim 1; Wherein, When the said Information Monitoring of input; Built-in GPS module in the said in-situ test Acquisition Instrument is collected satellite-signal automatically, gathers exploratory hole geographical coordinate data and said exploratory hole geographical coordinate data is sent to the single-chip microcomputer process chip; The geographical coordinate data of said exploratory hole after the single-chip microcomputer process chip is handled send to client server through the GPRS module with the mode real-time radio of data signal, and said field operation test data also comprises said exploratory hole geographical coordinate data.
3. cone penetration test zero-return detection method as claimed in claim 2; Wherein, After said client server receives said field operation test data in real time; Said field operation test data shows through indoor computer display screen in real time; The interior design personnel monitor said field operation test data in real time through said indoor computer display screen simultaneously; As note abnormalities, in time get in touch the field operation operating personnel.
4. cone penetration test zero-return detection method as claimed in claim 1, wherein, said AD converting unit is a multichannel AD converting unit.
5. cone penetration test zero-return detection method as claimed in claim 2, wherein, said field operation test data is stored in the exploratory hole information test data storage card that said in-situ test Acquisition Instrument carries after said single-chip microcomputer process chip is handled.
6. cone penetration test zero-return detection method as claimed in claim 2, wherein, said field operation test data forms data and curves after said single-chip microcomputer process chip is handled, and said data and curves shows on said touch dot matrix display screen.
7. cone penetration test zero-return detection method as claimed in claim 6; Wherein, Said client server is when receiving said field operation test data; Also receive the said data and curves that after the single-chip microcomputer process chip is handled, forms, said field operation test data and data and curves thereof all show on indoor computer display screen.
8. cone penetration test zero-return detection method as claimed in claim 1, wherein, said in-situ test probe sensor whenever gos deep into ground 10cm and gathers penetration resistance data.
9. zero detection system is returned in a cone penetration test, comprises in-situ test probe, in-situ test Acquisition Instrument and client server, wherein:
The in-situ test probe sensor is arranged on the said in-situ test probe; Be used to gather the penetration resistance data of ground; The corresponding ground depth data of record simultaneously, and send said penetration resistance data and corresponding ground depth data thereof to said in-situ test Acquisition Instrument with the mode of analog signal;
Said in-situ test Acquisition Instrument comprises AD converting unit, single-chip microcomputer process chip, display screen and GPRS module; Said AD converting unit is used to receive said analog signal and said analog signal conversion is become data signal, then said data signal is sent to said single-chip microcomputer process chip; Said single-chip microcomputer process chip is used to handle the field operation test data; Wherein said field operation test data comprises said penetration resistance data and corresponding ground depth data, return that Z-operation produces return zero data and Information Monitoring data, said Information Monitoring data comprise engineering name, job number, exploratory hole hole number and design hole depth; Said display screen is used to show the said field operation test data of handling through the single-chip microcomputer process chip; The field operation test data that said GPRS module is used for handling through said single-chip microcomputer process chip sends said client server to the mode of data signal;
Said client server is used for receiving in real time said field operation test data; Zero monitoring module is arranged back on said client server; Said time zero monitoring module is used for detection and has or not back zero data to produce; If detect and do not have back the zero data generation; Then stop the work of said in-situ test Acquisition Instrument, wait until after said field operation operating personnel normally return Z-operation just to allow to continue to gather said field operation test data.
10. zero detection system is returned in cone penetration test as claimed in claim 9, and wherein, said display screen is touch dot matrix display screen.
11. zero detection system is returned in cone penetration test as claimed in claim 10; Wherein, Said in-situ test Acquisition Instrument also comprises the GPS module; The geographical coordinate data that said GPS module is used for collecting satellite-signal automatically, gathers exploratory hole; And sending the geographical coordinate data of said exploratory hole to said single-chip microcomputer process chip, said field operation test data also comprises the geographical coordinate data of said exploratory hole.
12. zero detection system is returned in cone penetration test as claimed in claim 10, wherein, said AD converting unit is a multichannel AD converting unit.
13. zero detection system is returned in cone penetration test as claimed in claim 11; Wherein, Also be provided with exploratory hole information test data on the said in-situ test Acquisition Instrument and store card, said exploratory hole information test data stores card and is used to store said field operation test data after the single-chip microcomputer process chip is handled.
14. zero detection system is returned in cone penetration test as claimed in claim 11, wherein, said single-chip microcomputer process chip also is used to handle said field operation test data makes it form data and curves, and said touch dot matrix display screen also is used to show said data and curves.
15. zero detection system is returned in cone penetration test as claimed in claim 14; Wherein, Said GPRS module also is used for sending said data and curves to said client server; Said client server is connected with indoor computer display screen, and said indoor computer display screen also is used to show said field operation test data and data and curves thereof.
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| CN105256786A (en) * | 2015-11-02 | 2016-01-20 | 赵新宏 | Cable-free static sounding equipment and using method thereof |
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