CN1892660A - Efficient bridge facility data collection method - Google Patents
Efficient bridge facility data collection method Download PDFInfo
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- CN1892660A CN1892660A CN 200510027594 CN200510027594A CN1892660A CN 1892660 A CN1892660 A CN 1892660A CN 200510027594 CN200510027594 CN 200510027594 CN 200510027594 A CN200510027594 A CN 200510027594A CN 1892660 A CN1892660 A CN 1892660A
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- personal digital
- digital assistant
- bridge facility
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Abstract
The present invention refers to a high efficiency bridge facilities data acquisition method. It contains inputting bridge facilities field data to facilities computer, said process including 1, inputting bridge facilities field data to Personal Digital Assistant and storing, 2, establishing communication connection between Personal Digital Assistant with one computer, 3, transmitting bridge facilities field data stored in Personal Digital Assistant to computer and storing. The present invention change original handiwork recording and data collection, effectively raising test procedure efficiency and data processing accuracy rating.
Description
Technical field
The present invention relates to physical field, relate in particular to measuring technique, particularly bridge facility measuring method, concrete is a kind of bridge facility data collection method efficiently.
Background technology
Need to manage and safeguard in the use of bridge facility after it builds up, wherein need to gather the technology status data of bridge facility.In the prior art, the collecting method of bridge facility is taked the mode of written record, the papery that promptly is prepared in advance investigation form, then when carrying out on-site data gathering with the data book write record on the papery investigation form, last again with the filing of papery investigation form or by manually the data in the papery investigation form being imported the robot calculator storage, realize the collection of bridge facility data with this.But, because the structure and material type of bridge facility engineering structure is various, and often the number of components of being comprised of a bridge block facility individuality is bigger, need prepare in advance a large amount of, papery investigation form miscellaneous, make the preliminary preparation burdensome of data acquisition, secondly, carry a large amount of papery investigation forms miscellaneous and carry out data acquisition to the scene, need from a large amount of forms, to look for earlier the form that is fit to, and then with the data book write record on form, work efficiency is lower, once more, the data that are recorded on the papery investigation form are difficult for backup, lose breakage easily, influence safety of data, adopt the artificial method of importing that data are imported robot calculator in addition and store, make mistakes easily, influence the accuracy of data.
Summary of the invention
The purpose of this invention is to provide a kind of bridge facility data collection method efficiently, the collecting method work that described this bridge facility data collection method efficiently will solve bridge facility in the prior art is heavy, efficient is low, easily lose the technical matters of makeing mistakes.
This bridge facility data collection method efficiently of the present invention comprises a process with bridge facility field data input computing machine, wherein, described will the bridge facility field data in the process of input computing machine order comprise a first step, one second step and a third step, in described first step, the bridge facility field data is input to storage in the personal digital assistant device (PDA), in described second step, described personal digital assistant device is set up communication with a computing machine and be connected, in described third step, the bridge facility field data of storing in the described personal digital assistant device is transferred in the computing machine and stores.
Further, in described second step, described personal digital assistant device is connected with described computing machine with cable by USB (universal serial bus).
Perhaps, in described second step, described personal digital assistant device is connected with described computing machine with serial cable by serial communication interface.
Perhaps, in described second step, described personal digital assistant device is connected with the network interface of described computing machine with network by network interface.
Perhaps, in described second step, described personal digital assistant device is connected with the wired or radio network interface of described computing machine with wireless network by radio network interface.
Perhaps, in described second step, described personal digital assistant device is connected with the bluetooth communication interface of described computing machine by the bluetooth communication interface, and perhaps, described personal digital assistant device is connected with the infrared communication interface of described computing machine by infrared communication interface.
Further, be provided with the basic attribute data of storage bridge facility and the database of bridge facility field data in the described computing machine.
Further, be provided with the basic attribute data of storage bridge facility and the database of bridge facility field data in the described personal digital assistant device.
Further, before described first step, the basic attribute data with bridge facility is input in the described personal digital assistant device in advance.
The present invention and prior art contrast, and its effect is actively with tangible.The present invention has improved the many drawbacks in the available data acquisition method effectively by adopting advanced digital signal acquiring and treatment technology.Concrete, advantage of the present invention shows the following aspects:
1,, can be quickly and accurately the basic attribute data of bridge facility be transferred to personal digital assistant PDA from computing machine by based on computing machine with based on the design of the database design of personal digital assistant PDA and data-interface between the two.Then by data acquisition software based on personal digital assistant PDA, can prepare to carry out the e-survey form of all required variety classeses of on-site data gathering and quantity automatically, simplify the hard work that needs to prepare a large amount of papery investigation forms before the traditional data collection greatly.
2, utilize personal digital assistant PDA to carry out on-site data gathering as portable equipment, by software application based on personal digital assistant PDA, according to the bridge facility basic attribute data that comes from the computing machine transmission, can select the e-survey form of all required variety classeses of on-site data gathering and quantity automatically.And by based on the software application of personal digital assistant PDA, quickly and accurately needs are carried out the data recording of on-site data gathering and be stored in database among the personal digital assistant PDA.Avoid carrying a large amount of papery investigation forms and carry out on-site data gathering, reduced working strength.Use simple personal digital assistant PDA hardware operation (for example touch-screen is clicked input) to replace the mode of conventional book write record simultaneously, reduced working strength and improved work efficiency.And utilize the mode that has replaced traditional paper list storage based on the database storing of personal digital assistant PDA, improved the security of data storage, and made data be easy to backup and transmission.
3, by based on computing machine with based on the design of the database design of personal digital assistant PDA and data-interface between the two, can be quickly and accurately with collection in worksite to the bridge facility data transfer to computing machine from personal digital assistant PDA.The mistake of having avoided artificial contrast papery investigation form easily to produce to computing machine input data.
Purpose of the present invention, feature and advantage will be elaborated in conjunction with the accompanying drawings by embodiment.
Description of drawings
Fig. 1 is the module diagram of a preferred embodiment of a kind of bridge facility data collection method efficiently of the present invention.
Embodiment
As shown in Figure 1, a kind of bridge facility data collection method efficiently of the present invention comprises a process with bridge facility field data input computing machine 2, wherein, described will the bridge facility field data in the process of input computing machine 2 order comprise a first step, one second step and a third step, in described first step, the bridge facility field data is input to storage in the personal digital assistant device 1, in described second step described personal digital assistant device 1 is set up communication with a computing machine 2 and be connected, the bridge facility field data with storage in the described personal digital assistant device 1 in described third step is transferred to storage in the computing machine 2.
Perhaps, in described second step, described personal digital assistant device 1 is connected with described computing machine 2 with cable by USB (universal serial bus).
Perhaps, in described second step, described personal digital assistant device 1 is connected with described computing machine 2 with serial cable by serial communication interface.
Perhaps, in described second step, described personal digital assistant device 1 is connected with the network interface of network with described computing machine 2 by network interface.
Perhaps, in described second step, described personal digital assistant device 1 is connected with the wired or radio network interface of described computing machine 2 with wireless network by radio network interface.
Perhaps, in described second step, described personal digital assistant device 1 is connected with the bluetooth communication interface of described computing machine 2 by the bluetooth communication interface, perhaps, described personal digital assistant device 1 is connected by the infrared communication interface of infrared communication interface with described computing machine 2.
Further, be provided with the basic attribute data of storage bridge facility and the database of bridge facility field data in the described computing machine 2.
Further, be provided with the basic attribute data of storage bridge facility and the database of bridge facility field data in the described personal digital assistant device 1.
Further, before described first step, the basic attribute data with bridge facility is input in the described personal digital assistant device 1 in advance.
Concrete, personal digital assistant device 1 described in the present embodiment adopts the A620+ type personal digital assistant PDA of Asus company, described computing machine 2 adopts the Sony VGN-S16C of company type notebook computers, is connected by usb data line 3 between described personal digital assistant PDA 1 and the described computing machine 2.
Claims (9)
1, a kind of bridge facility data collection method efficiently, comprise a process with bridge facility field data input computing machine, it is characterized in that: described will the bridge facility field data in the process of input computing machine order comprise a first step, one second step and a third step, in described first step, the bridge facility field data is input in the personal digital assistant device and stores, in described second step, described personal digital assistant device is set up communication with a computing machine and be connected, in described third step, the bridge facility field data of storing in the described personal digital assistant device is transferred in the computing machine and stores.
2, bridge facility data collection method efficiently as claimed in claim 1 is characterized in that: in described second step, described personal digital assistant device is connected with described computing machine with cable by USB (universal serial bus).
3, bridge facility data collection method efficiently as claimed in claim 1 is characterized in that: in described second step, described personal digital assistant device is connected with described computing machine with serial cable by serial communication interface.
4, bridge facility data collection method efficiently as claimed in claim 1 is characterized in that: in described second step, described personal digital assistant device is connected with the network interface of described computing machine with network by network interface.
5, bridge facility data collection method efficiently as claimed in claim 4, it is characterized in that: in described second step, described personal digital assistant device is connected with the wired or radio network interface of described computing machine with wireless network by radio network interface.
6, bridge facility data collection method efficiently as claimed in claim 1, it is characterized in that: in described second step, described personal digital assistant device is connected with the bluetooth communication interface of described computing machine by the bluetooth communication interface, perhaps, described personal digital assistant device is connected with the infrared communication interface of described computing machine by infrared communication interface.
7, bridge facility data collection method efficiently as claimed in claim 1 is characterized in that: be provided with the basic attribute data of storage bridge facility and the database of bridge facility field data in the described computing machine.
8, bridge facility data collection method efficiently as claimed in claim 1 is characterized in that: be provided with the basic attribute data of storage bridge facility and the database of bridge facility field data in the described personal digital assistant device.
9, bridge facility data collection method efficiently as claimed in claim 1 is characterized in that: before described first step, the basic attribute data with bridge facility is input in the described personal digital assistant device in advance.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN 200510027594 CN1892660A (en) | 2005-07-07 | 2005-07-07 | Efficient bridge facility data collection method |
Applications Claiming Priority (1)
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CN 200510027594 CN1892660A (en) | 2005-07-07 | 2005-07-07 | Efficient bridge facility data collection method |
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CN 200510027594 Pending CN1892660A (en) | 2005-07-07 | 2005-07-07 | Efficient bridge facility data collection method |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107193286A (en) * | 2017-06-02 | 2017-09-22 | 同济大学 | Bridge outdoor scene digital collection method |
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2005
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107193286A (en) * | 2017-06-02 | 2017-09-22 | 同济大学 | Bridge outdoor scene digital collection method |
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