CN205356411U - Highway engineering geological drilling information acquisition and real time transport device based on internet - Google Patents
Highway engineering geological drilling information acquisition and real time transport device based on internet Download PDFInfo
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- CN205356411U CN205356411U CN201620094174.3U CN201620094174U CN205356411U CN 205356411 U CN205356411 U CN 205356411U CN 201620094174 U CN201620094174 U CN 201620094174U CN 205356411 U CN205356411 U CN 205356411U
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Abstract
The utility model discloses a highway engineering geological drilling information acquisition and real time transport device based on internet, including central processing unit, respectively with central processing unit communication connection's iris recognizer, a human -computer interaction interface for human -computer interaction, a data memory, the display, output device and communication device, technical staff's personal information is edited and recorded in iris recognizer discernment, type information data and show by the display through the human -computer interaction interface, data memory stores information data in real time and transmits to central processing unit, central processing unit transmits to the output device after handling information data again, the output device is with the data formation achievement that transmits and export communication device to, communication device examines achievement real time transport to customer and technological review and examination personnel department through the internet. The utility model discloses can accomplish at the scene because empirical data's appraisal report guides in time developing of design and the work of construction side, can ensure highway engineering geological drilling's quality and reconnoitre efficiency.
Description
Technical field
This utility model relates to the Internet technical field of road engineering geology industry, particularly relates to a kind of road engineering geology drilling information collection based on the Internet and real-time Transmission device.
Background technology
Along with economic develops rapidly, the scale of highway construction and resource exploitation increases increasingly, and the personnel amount also leading to simultaneously participate in work that becomes more meticulous of the specialization of technology and the division of labor also gets more and more.The constantly progressive of science and technology promotes and requires higher work efficiency, and becoming more meticulous all the more of dividing the work seriously is limited by the transmission speed of information.
In geological mapping works, it is ensured that verity and the accuracy of first-hand drilling data are extremely important.Prospective design to highway engineering, investigation result is the premise carrying out design work, thus the efficiency of survey (especially the transmission speed of achievement) becomes the core competitiveness of highway engineering exploration enterprise.
The circuit of highway engineering is long, and the structure type related to generally shows as simple repetition with the change of topography and geomorphology, is especially that the engineering geological condition of non-karst area is generally seldom undergone mutation within the scope of identical lithologic member with Geotechnical Parameter.In current road engineering geology probing prospecting, the most basic method that gathers of geological information (such as drilling core, SPT blow count, sample information, hydrogeological characteristics etc.) adopts paper and pen to complete at the scene mainly through editing and recording technical staff, and also accidental in recent years have with panel computer (or mobile phone) for relying on and utilizing data base to carry out geological drilling on-site editing, recording.Generally speaking, current road engineering geology probing problems faced is as follows:
(1) it is engaged in the staff of geological drilling on-site editing, recording to have geological drilling and edit and record qualification, but factors may result in the personnel of editing and recording and might not show up in time, possibly even occur that the personnel of editing and recording are not in the action to carry out and edit and record work, therefore the degree of specialization editing and recording personnel is difficult to ensure that, this edits and records the quality of achievement by having a strong impact on.
(2) the data of road engineering geology probing at present are often the achievement after indoors artificial arranges, and these achievements cannot be investigated such as core and on-the-spot destruction in the future.Owing to verification has difficulties in the future, this be that the wrong report drilling the false of workload and results of drilling provides probability, and therefore, the verity of data is difficult to ensure that, this will directly affect the quality of survey.
(3) geotechnical boring edits and records containing much information and loaded down with trivial details of relating to, including the geological information that test core discloses, the contents such as bore position, the rig type of employing, drilling method, drilling construction time, water level feature, sample collecting and in-situ test, such substantial amounts of work is finally reached in the hands of designer generally requires the longer time through " papery → electronization → one-tenth figure → transmission ", this will have a strong impact on the job schedule of designer, can will more cause that job schedule is delayed undoubtedly when there being partial content to need again to examine amendment.
Utility model content
The purpose of this utility model is in that to provide a kind of road engineering geology drilling information collection based on the Internet and real-time Transmission device being able to ensure that quality that road engineering geology drill and reconnoitring efficiency, can complete to and guide based on the appraisal report of empirical data what design and construction side worked to carry out in time at the scene.
The purpose of this utility model realizes by the following technical solutions: a kind of road engineering geology drilling information based on the Internet gathers and real-time Transmission device, it is characterized in that: it includes central processing unit, respectively with the iris identification device of central processing unit communication connection, Man Machine Interface for man-machine interaction, data storage, display, output device and communication device, described iris identification device identification is edited and recorded the personal information of technical staff and is edited and recorded technical staff to lock this, this is edited and recorded road engineering geology drilling information data that technical staff gathered by Man Machine Interface typing and is displayed by display, these road engineering geology drilling information data are carried out storing in real time and transmitting to central processing unit by data storage, described central processing unit transmits to output device after road engineering geology drilling information data are processed again, the data transmitted are formed achievement and export to communication device by described output device, achievement real-time Transmission to client and technology auditor place are audited by described communication device by the Internet, after the audit opinion and analysis suggestion (as laboratory experiment analyzes result) return of client and technology auditor, Man Machine Interface is passed through according to audit opinion and analysis suggestion again by the described technical staff of editing and recording, achievement is modified formation new results by central processing unit and output device, the amendment part of new results exports to communication device, again through the Internet transmission to client and technology auditor.
Central processing unit described in the utility model has transfers Various types of data (such as catalog data, rock (soil) layer character index and hydrology test index etc.) as required, carries out computing etc. according to related request and controls function.
This utility model can complete to and guide design and carrying out that construction party works based on the appraisal report of empirical data at the scene.This utility model provides the electronics meeting road engineering geology probing code requirement and edits and records form, offer can edit " the editing and recording working procedure and content (including Various types of data and photo etc.) " with secondary development, offer is edited and recorded technical staff and is completed to edit and record the motility of work according to in-situ data acquisition order, there is provided engineering near typing existing or the template of the mechanics index of physics of similar rock (soil) layer and hydrology test result, complete on-the-spot record data and one borehole are provided, the empirical appraisal report becoming figure and scene of single work point and whole engineering project, there is provided the input of follow-up indoor test result and to the amendment spare interface of empirical data in account on the spot, technical staff's information is provided, the acquisition of working environment and working time and exchange monitoring function, improve road engineering geology probing and edit and record the accuracy of information, reliability, promptness and supervision effect.
As a kind of embodiment of the present utility model, described road engineering geology drilling information gathers data and includes lteral data and view data, described lteral data and view data are transmitted after being processed by central processing unit to output device, described output device includes the evaluation element for forming and export appraisal report function, described evaluation element stores the various electronics meeting road engineering geology probing code requirement and edits and records form, the information such as the empirical data of boring numeral map masterplate and typical case's formation properties, the data that central processing unit is transmitted by described evaluation element are integrally formed appraisal report and export to communication device.
As a kind of embodiment of the present utility model, the described road engineering geology drilling information collection based on the Internet and real-time Transmission device also include field data and obtain and supervision device (such as digital camera sensor devices), described output device also includes the one-tenth figure element for forming and export required map as requested, described field data obtains and supervision device communicates to connect with described central processing unit, described field data obtains and supervision device is by the GPS setting element being used for positioning on-the-spot coordinate, time for automatically being obtained the networking time by network communication device is obtained element and takes the image-forming component composition of (variable interval obtains field personnel and working environment picture) for obtaining take with scene, described GPS setting element and time obtain element and on-the-spot coordinate and time are automatically inserted in the photo captured by image-forming component and form image data, described image data transmits the one-tenth figure element to output device after central processing unit processes, formed as requested by one-tenth figure element and export required map.Whether thoroughly the environment of variable interval and worker information obtain can supervise technical staff's data acquisition work at the scene.
Man Machine Interface described in the utility model includes gathering the keyboard of data for manual entry and gathering the acoustic control input element of data for acoustic control typing.Light is crossed and acoustic control all can be adopted to input when affecting by force liquid crystal display effect or other mal-condition (as rained, finger is made soaked with sweat) impact input.
Road engineering geology drilling information collection based on the Internet described in the utility model and real-time Transmission device have the input of follow-up indoor test result and to the amendment spare interface of empirical data in account on the spot.
Compared with prior art, this utility model has following significant effect:
This utility model can complete to and guide design and carrying out that construction party works based on the appraisal report of empirical data at the scene.This utility model provides the electronics meeting road engineering geology probing code requirement and edits and records form, offer can edit " the editing and recording working procedure and content (including Various types of data and photo etc.) " with secondary development, offer is edited and recorded technical staff and is completed to edit and record the motility of work according to in-situ data acquisition order, there is provided engineering near typing existing or the template of the mechanics index of physics of similar rock (soil) layer or hydrology test result, complete on-the-spot record data and one borehole are provided, the empirical appraisal report becoming figure and scene of single work point and whole engineering project, there is provided the input of follow-up indoor test result and to the amendment spare interface of empirical data in account on the spot, technical staff's information is provided, the acquisition of working environment and working time and exchange monitoring function, improve road engineering geology probing and edit and record the accuracy of information, reliability, promptness and supervision effect.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Fig. 1 is composition structural representation of the present utility model；
Fig. 2 is circuit catenation principle figure of the present utility model；
Fig. 3 is workflow diagram of the present utility model.
Detailed description of the invention
As shown in Figures 1 to 3, it is a kind of road engineering geology drilling information collection based on the Internet of this utility model and real-time Transmission device, it includes central processing unit, the iris identification device d. communicated to connect with central processing unit (i.e. controller a. or single-chip microcomputer) respectively, Man Machine Interface c. for man-machine interaction, data storage g., display, output device e., communication device f. and field data obtain and supervision device b. (such as digital camera sensor devices), iris identification device identification is edited and recorded the personal information of technical staff and is edited and recorded technical staff to lock this, this is edited and recorded road engineering geology drilling information data that technical staff gathered by Man Machine Interface typing and is displayed by display, these road engineering geology drilling information data are carried out storing in real time and transmitting to central processing unit by data storage, central processing unit transmits to output device after road engineering geology drilling information data are processed again, the data transmitted are formed achievement and export to communication device by output device, achievement real-time Transmission to client and technology auditor place are audited by communication device by the Internet, after the audit opinion or analysis suggestion (information etc. such as indoor test result or existing change) return of client and technology auditor, pass through central processing unit by editing and recording technical staff again, achievement is modified formation new results by Man Machine Interface and output device, the amendment part of new results exports to communication device, again through the Internet transmission to client and technology auditor.
Central processing unit has transfers Various types of data (such as catalog data, rock (soil) layer character index and hydrology test index etc.) as required, carries out computing etc. according to related request and controls function.Output device possesses formation geological record information and completes the function of appraisal report.To be all that software is integrated on chip form each ingredient above, is prior art.
Road engineering geology drilling information gathers data and includes lteral data and view data, lteral data and view data are transmitted after being processed by central processing unit to output device, output device includes becoming figure element for the element of evaluating forming and exporting appraisal report function with for what form and export required map as requested, evaluation element stores the various electronics meeting road engineering geology probing code requirement and edits and records form, the information such as the empirical data of boring numeral map masterplate and typical case's formation properties, the data that central processing unit is transmitted by evaluation element are integrated and are formed appraisal report and export to communication device；Field data obtains and supervision device communicates to connect with central processing unit, field data obtains and supervision device is by the GPS setting element being used for positioning on-the-spot coordinate, time for automatically being obtained the networking time by network communication device is obtained element and takes image-forming component (image acquisition element) composition of (variable interval obtains field personnel and working environment picture) for obtaining take with scene, GPS setting element and time obtain element and on-the-spot coordinate and time are automatically inserted in the photo captured by image-forming component and form image data, image data transmits the one-tenth figure element to output device after central processing unit processes, formed as requested by one-tenth figure element and export required map.Whether thoroughly the environment of variable interval and worker information obtain can supervise technical staff's data acquisition work at the scene.
Communication device includes UART serial port module unit, WIFI DCOM unit and BT4.0 bluetooth communication unit, also can configuring mobile communication modular unit (such as GPRS, GSM, TBSCDMA or LTE etc.) and USB serial port module unit (such as PC end USB or MICROUSB) according to specific needs, each modular unit and connected mode thereof are prior art.
Man Machine Interface includes gathering the keyboard (keyboard array) of data for manual entry and gathering the acoustic control input element (speech recognition element) of data for acoustic control typing.Light is crossed and acoustic control all can be adopted to input when affecting by force liquid crystal display effect or other mal-condition (as rained, finger is made soaked with sweat) impact input.
Data storage includes FLASH modular unit, EEPROM module unit and DDRAM module, also can configure MICROSD modular unit and/or TIF modular unit according to specific needs, and each modular unit and connected mode thereof are prior art.
This utility model has the input of follow-up indoor test result and to the amendment spare interface of empirical data in account on the spot.
As in figure 2 it is shown, the connected mode of each ingredient of this utility model is as follows: the connected mode (a) of speech recognition element and central processing unit is: UART/TTL；The connected mode (b) of keyboard array and central processing unit is: P0；The connected mode (d) of the connected mode (c) of iris identification device and central processing unit and communication device and central processing unit and the connected mode (e) of GPS setting element and central processing unit be all: UART；The connected mode (f) of output device and central processing unit is: P1；The connected mode (g) of data storage and central processing unit is: P3.2-P3.3；The connected mode (h) of image acquisition element and central processing unit is: P2.Above connected mode is prior art.
As shown in Figure 3, work process of the present utility model is as follows: iris identification device identification is edited and recorded the personal information of technical staff and edited and recorded technical staff to lock this, this is edited and recorded road engineering geology drilling information data that technical staff gathered by Man Machine Interface typing and is displayed by display, namely technician's Data Enter (relates to central processing unit, field data obtains and supervision device, Man Machine Interface and iris identification device), these data are carried out storing in real time and transmitting to central processing unit by data storage, i.e. data inputting, real-time storage (relates to central processing unit, field data obtains and supervision device, Man Machine Interface, data storage and communication device), central processing unit transmits after data are processed to output device again, the data transmitted are formed achievement and export to communication device by output device, namely achievement is formed, including map and appraisal report (relating to central processing unit and output device), achievement real-time Transmission to client and technology auditor place are undertaken auditing (relating to central processing unit by communication device by the Internet, output device and communication device), after the audit opinion of client and technology auditor returns, i.e. information feedback, (relating to central processing unit and Man Machine Interface) is examined including indoor test and technical staff, pass through Man Machine Interface by editing and recording technical staff again, achievement is modified formation new results by central processing unit and output device, namely amendment achievement (relating to central processing unit and output device) is examined, the amendment part of new results exports to communication device, again through the Internet transmission to client and technology auditor, i.e. transmission amendment content (relating to central processing unit and communication device).
This utility model can complete to and guide based on the appraisal report of empirical data carrying out of design work at the scene.This utility model provides the electronics meeting road engineering geology probing code requirement and edits and records form, offer can edit " the editing and recording working procedure and content (including Various types of data and photo etc.) " with secondary development, offer is edited and recorded technical staff and is completed to edit and record the motility of work according to in-situ data acquisition order, there is provided engineering near typing existing or the template of the mechanics index of physics of similar rock (soil) layer or hydrology test result, complete on-the-spot record data and one borehole are provided, the empirical appraisal report becoming figure and scene of single work point and whole engineering project, there is provided the input of follow-up indoor test result and to the amendment spare interface of empirical data in account on the spot, technical staff's information is provided, the acquisition of working environment and working time and exchange monitoring function, improve road engineering geology probing and edit and record the accuracy of information, reliability, promptness and supervision effect.
Embodiment of the present utility model is not limited to this; according to foregoing of the present utility model; ordinary technical knowledge and customary means according to this area; without departing under the above-mentioned basic fundamental thought premise of this utility model; this utility model can also make the amendment of other various ways, replacement or change, all falls within this utility model rights protection scope.
Claims (6)
1. the road engineering geology drilling information based on the Internet gathers and real-time Transmission device, it is characterized in that: it includes central processing unit, respectively with the iris identification device of central processing unit communication connection, Man Machine Interface for man-machine interaction, data storage, display, output device and communication device, described iris identification device identification is edited and recorded the personal information of technical staff and is edited and recorded technical staff to lock this, this is edited and recorded road engineering geology drilling information data that technical staff gathered by Man Machine Interface typing and is displayed by display, these road engineering geology drilling information data are carried out storing in real time and transmitting to central processing unit by data storage, described central processing unit transmits to output device after road engineering geology drilling information data are processed again, the data transmitted are formed achievement and export to communication device by described output device, achievement real-time Transmission to client and technology auditor place are audited by described communication device by the Internet, after the audit opinion and analysis suggestion return of client and technology auditor, Man Machine Interface is passed through according to audit opinion and analysis suggestion again by the described technical staff of editing and recording, achievement is modified formation new results by central processing unit and output device, the amendment part of new results exports to communication device, again through the Internet transmission to client and technology auditor.
2. the road engineering geology drilling information based on the Internet according to claim 1 gathers and real-time Transmission device, it is characterised in that: described analysis suggestion is indoor test result or/and the information of existing change.
3. the road engineering geology drilling information based on the Internet according to claim 2 gathers and real-time Transmission device, it is characterized in that: described road engineering geology drilling information data include lteral data and view data, described lteral data and view data are transmitted after being processed by central processing unit to output device, described output device includes the evaluation element for forming and export appraisal report function, described evaluation element stores the various electronics meeting road engineering geology probing code requirement and edits and records form, the empirical data information of boring numeral map masterplate and typical case's formation properties, the data that central processing unit is transmitted by described evaluation element are integrally formed appraisal report and export to communication device.
4. the road engineering geology drilling information based on the Internet according to claim 3 gathers and real-time Transmission device, it is characterized in that: the described road engineering geology drilling information collection based on the Internet and real-time Transmission device also include field data and obtain and supervision device, described output device also includes the one-tenth figure element for forming and export required map as requested, described field data obtains and supervision device communicates to connect with described central processing unit, described field data obtains and supervision device is by the GPS setting element being used for positioning on-the-spot coordinate, time for automatically being obtained the networking time by network communication module is obtained element and forms according to the image-forming component with scene photograph for obtaining core, described GPS setting element and time obtain element and on-the-spot coordinate and time are automatically inserted in the photo captured by image-forming component and form image data, described image data transmits the one-tenth figure element to output device after central processing unit processes, formed as requested by one-tenth figure element and export required map.
5. the road engineering geology drilling information based on the Internet according to claim 4 gathers and real-time Transmission device, it is characterised in that: described Man Machine Interface includes gathering the keyboard of data for manual entry and gathering the acoustic control input element of data for acoustic control typing.
6. the road engineering geology drilling information based on the Internet according to claim 5 gathers and real-time Transmission device, it is characterised in that: the described road engineering geology drilling information collection based on the Internet and real-time Transmission device have the input of follow-up indoor test result and to the amendment spare interface of empirical data in account on the spot.
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| CN201620094174.3U CN205356411U (en) | 2016-01-29 | 2016-01-29 | Highway engineering geological drilling information acquisition and real time transport device based on internet |
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| CN201620094174.3U CN205356411U (en) | 2016-01-29 | 2016-01-29 | Highway engineering geological drilling information acquisition and real time transport device based on internet |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105577827A (en) * | 2016-01-29 | 2016-05-11 | 广东省交通规划设计研究院股份有限公司 | Highway engineering geological drilling information acquisition and real-time transmission apparatus based on Internet |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105577827A (en) * | 2016-01-29 | 2016-05-11 | 广东省交通规划设计研究院股份有限公司 | Highway engineering geological drilling information acquisition and real-time transmission apparatus based on Internet |
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Address after: No.146, huangbian North Road, Baiyun District, Guangzhou, Guangdong 510440 Patentee after: Guangdong transportation planning and Design Institute Group Co.,Ltd. Address before: No.22 Xinghua Road, Tianhe District, Guangzhou City, Guangdong Province Patentee before: GUANGDONG PROVINCE COMMUNICATIONS PLANNING & DESIGN INSTITUTE Co.,Ltd. |
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