CN117676279A - Image drilling method and system based on railway engineering process management - Google Patents
Image drilling method and system based on railway engineering process management Download PDFInfo
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- CN117676279A CN117676279A CN202311678042.6A CN202311678042A CN117676279A CN 117676279 A CN117676279 A CN 117676279A CN 202311678042 A CN202311678042 A CN 202311678042A CN 117676279 A CN117676279 A CN 117676279A
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- 238000005553 drilling Methods 0.000 title claims abstract description 54
- 238000005516 engineering process Methods 0.000 title claims abstract description 43
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- 230000003044 adaptive effect Effects 0.000 claims description 6
- 238000003384 imaging method Methods 0.000 claims description 4
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- 230000005540 biological transmission Effects 0.000 abstract description 6
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- 230000003190 augmentative effect Effects 0.000 description 3
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Abstract
The invention relates to the field of subway image drilling, in particular to an image drilling method and system based on railway engineering process management. According to the invention, through network transmission among network grids and setting authority, the drilling module can be extremely simplified to use, through creating a hot spot area on an image, a user can know different objects in the image and acquire detailed information related to the different objects, the service and image linkage effect is increased, the user experience is provided, the image hot spot technology can provide richer and more visual image experience for the user through increasing the interactivity and information transmission capability of the image, and the object identification and interaction problems in the image are solved.
Description
Technical Field
The invention relates to the technical field of subway image drilling, in particular to an image drilling method and system based on railway engineering process management.
Background
Along with the development of information technology, the requirements of high-speed railway information engineering construction are higher and higher, the requirements of information engineering construction intervention management in advance are also higher and higher, the requirements of information engineering construction intervention management in advance can not be met when the management is carried out by manual staring control and a traditional tool method. The group companies build high-speed railways more and more, a plurality of projects are started to be built in the same period, each project is subjected to design examination and wholesale operation to be started, the construction period is long, in the process of interventional management in advance, a plurality of factors such as information technology development, technical standard updating, management mode adjustment, personnel variation and the like are faced, problems occur in the front-back connection frequently, the execution standards are inconsistent, the problems cannot be found in each stage of construction, and the engineering quality is difficult to control. To change the situation, the design change is carried out by coordinating the design institute and the construction management unit, the proposed opinion is to be re-combed, the found problem is re-confirmed, the construction unit is modified, the project is ensured to meet the actual operation requirement, the management efficiency is greatly reduced, the construction progress and quality of the whole project are sometimes influenced, the project opening operation progress is influenced, and the information system is stably operated.
Technically, in the process of high-speed railway information engineering construction, because the information engineering construction method involves the common participation of group companies and third party units, a unified informatization management channel is lacking to assist the rapid circulation of the business process. The project progress and the project sites, machine rooms and equipment are difficult to visually stare at control and manage, and project management and decision making are not facilitated. Engineering files and engineering problems lack scientific and systematic management.
At present, the hot spot technology has more remarkable development in the fields of images, videos, interactive experiences and the like. Current trend of hot spot technology: augmented reality (Augmented Reality, AR) hot spot technology: AR technology combines virtual information with real world interactions, through which virtual objects can be marked and defined in a real environment and interacted with. The AR hot spot technology is widely used in fields of games, marketing, training, etc., such as adding virtual goods in mobile phone applications, displaying navigation information in live scenes, etc. Video hot spot technology: hot spot technology in video may give viewers a more interactive experience. The audience can click on a hot spot area in the video to acquire related information, view commodity details, participate in interaction and the like. Video hot spot technology is widely applied in the fields of social media, electronic commerce and the like. And (3) identifying an expanding material: hot spot technology can be used to extend identification and interaction on materials. By defining hot spot areas on the expanded material, a user may click on these hot spot areas to obtain information about the material's characteristics, method of use, brand information, etc. Human-computer interaction experience: the development of hot spot technology has also driven the innovation of man-machine interaction experience. By adding a hot spot area on the user interface, the user can interact with the device more intuitively, such as by clicking on a hot spot area on the screen to perform a particular operation or to obtain related information. Personalized customization: hotspot technology also offers new possibilities for personalized customization. A user may create a hot spot area in an image, video, or web page, customize the relevant content according to his/her needs, such as adding annotations, bookmarks, notes, etc. In general, the development of hot spot technology has mainly focused on the fields of augmented reality, video, and interactive experience. With the continued advancement of technology, we can expect to see more innovations and applications in these areas.
Disclosure of Invention
The invention aims to solve the defects in the prior art, and provides an image drilling method and system based on railway engineering process management.
In order to achieve the above purpose, the present invention adopts the following technical scheme:
the image drilling system based on the railway engineering process management comprises a power supply module, wherein one end of the power supply module is connected with a positioning module, one row of the positioning modules is connected with a scanning module, the bottom of the scanning module is connected with an adaptive module, and the top of the adaptive module is connected with a permission identification module;
the other end of the power module is connected with an engineering software data center, the engineering software data center comprises cloud data, a database and an external interface, the bottom of the power module is connected with a network grid module, and the positioning module, the scanning module and the engineering software data center are connected with the network grid module through network signals.
In addition, the network grid module is preferably externally connected with a drilling module, and the drilling module is connected with an external port of the engineering software data center.
Furthermore, it is preferable that the database of the engineering software data center collects data by the drill-out module and stores the data in the database.
In addition, the positioning module, the scanning module, the network grid module and the engineering software data center are preferably connected with the power supply module through electric signals.
In addition, the right identification module preferably comprises an iris identification module, a fingerprint identification module and a face identification module, wherein data of the iris identification module, the fingerprint identification module and the face identification module are stored in a database, and the right can obtain drilling use rights.
An image drilling method based on railway engineering process management comprises the following steps:
s1: along with the development of information technology, the requirements on information engineering construction of high-speed railways are higher and higher, the requirements on the advanced intervention management of the information engineering construction are also higher and higher, the advanced intervention management of the information engineering construction is required, and when an image is processed, the drilling module needs to obtain the use permission.
S2, firstly, acquiring the drilling use permission through the recognition of the iris recognition module, the fingerprint recognition module and the face recognition module, and selecting two options of uploading images or reading history files after acquiring the drilling use permission.
S3, jumping to an image preview position when the image is uploaded, comparing the data in the engineering software data center according to big data of a database, reading and marking the data, uploading the data to a network grid, performing actual operation, and finally generating a model.
S4: when the reading history is selected for archiving, the method jumps to a database of the engineering software data center, compares the image records according to the previous uploading image records, reads the image records according to the network grid, and finally generates a model.
And S5, in the process of uploading the image, the drilling module is used for reading the image, the image is uploaded to the network grid after being read, and then a preview model is generated in the network grid.
And S6, automatically backing up the images in the image uploading process, scanning the images by an engineering software data center, comparing the data images in the database after scanning to prevent repeated images, and obtaining a previewed model by using a synchronous imaging method when the images are corrected again.
And S7, when different pictures are displayed through different displays, the display definition is different due to the difference of pixels of the pictures, and a high-definition model can be obtained through a high-definition pixel medium and archived.
S8: after the high definition model is formed, a more complete and clear picture can be seen when the display and the screen with different resolution are turned on again.
Preferably, in the step S1, the usage rights obtained by the drilling module may be collected to prevent theft by other people.
Preferably, in the step S3, most of the data in the database is derived from the network.
Preferably, in the step S5, the network mesh can regenerate the model to obtain a better model.
The beneficial effects of the invention are as follows: through network transmission among network grids and through setting rights to enable the drilling module to be used very simply, through creating a hot spot area on an image, a user can know different objects in the image and acquire detailed information related to the different objects, business and image linkage effects are improved, user experience is provided, and an image hot spot technology can provide richer and more visual image experience for the user through improving interactivity and information transmission capability of the image and solve object identification and interaction problems in the image.
Drawings
FIG. 1 is a software module architecture diagram of an image drilling method and system based on railway engineering process management according to the present invention;
FIG. 2 is a schematic diagram of the image drilling method and system based on railway engineering process management;
FIG. 3 is a schematic flow chart of an image drilling method and system based on railway engineering process management;
fig. 4 is a simulation experiment diagram of an image drilling method and system based on railway engineering process management.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments.
Referring to fig. 1-4, an image drilling method and system based on railway engineering process management comprises a power module, wherein one end of the power module is connected with a positioning module, a row of positioning modules is connected with a scanning module, the bottom of the scanning module is connected with an adaptive module, and the top of the adaptive module is connected with a permission identification module;
the other end of the power module is connected with an engineering software data center, the engineering software data center comprises cloud data, a database and an external interface, the bottom of the power module is connected with a network grid module, and the positioning module, the scanning module and the engineering software data center are connected with the network grid module through network signals.
The external connection of the network grid module is provided with a drilling module, the drilling module is connected with an external port of the engineering software data center, and the external port can be connected with multiple sections.
Meanwhile, a database of the engineering software data center collects data through the drilling module and stores the data into the database, and a large amount of data are stored in the database.
In addition, the positioning module, the scanning module, the network grid module and the engineering software data center are connected with the power supply module through electric signals.
And the permission identification module comprises an iris identification module, a fingerprint identification module and a face identification module, the data of the permission identification module is stored in the database, the party can obtain the drilling use permission, and the drilling use permission can be safer for other people to use.
An image drilling method based on railway engineering process management comprises the following steps:
s1: along with the development of information technology, the requirements on information engineering construction of high-speed railways are higher and higher, the requirements on the advanced intervention management of the information engineering construction are also higher and higher, the advanced intervention management of the information engineering construction is required, and when an image is processed, the drilling module needs to obtain the use permission. In the S1, the use permission obtained by the drilling module can prevent other people from stealing.
S2, firstly, acquiring the drilling use permission through the recognition of the iris recognition module, the fingerprint recognition module and the face recognition module, and selecting two options of uploading images or reading history files after acquiring the drilling use permission.
S3, jumping to an image preview position when the image is uploaded, comparing the data in the engineering software data center according to big data of a database, reading and marking the data, uploading the data to a network grid, performing actual operation, and finally generating a model. In said S3, the data in the database is mostly sourced from the network.
S4: when the reading history is selected for archiving, the method jumps to a database of the engineering software data center, compares the image records according to the previous uploading image records, reads the image records according to the network grid, and finally generates a model.
And S5, in the process of uploading the image, the drilling module is used for reading the image, the image is uploaded to the network grid after being read, and then a preview model is generated in the network grid. In S5, the network mesh can regenerate the model to obtain a better model.
And S6, automatically backing up the images in the image uploading process, scanning the images by an engineering software data center, comparing the data images in the database after scanning to prevent repeated images, and obtaining a previewed model by using a synchronous imaging method when the images are corrected again.
And S7, when different pictures are displayed through different displays, the display definition is different due to the difference of pixels of the pictures, and a high-definition model can be obtained through a high-definition pixel medium and archived.
S8: after the high definition model is formed, a more complete and clear picture can be seen when the display and the screen with different resolution are turned on again.
Furthermore, with the development of information technology, the requirements of high-speed railway information engineering construction are higher and higher, the requirements of advanced intervention management on the information engineering construction are also higher and higher, the advanced intervention management on the information engineering construction is required, and when an image is processed, the drilling module needs to obtain the use permission.
Furthermore, the drilled use permission is obtained through the recognition of the iris recognition module, the fingerprint recognition module and the face recognition module, and after the drilled use permission is obtained, two options of image uploading or history archiving reading can be selected.
Further, when the image is selected to be uploaded, the image preview position is jumped, then the interior of the engineering software data center is compared according to big data of the database, then the data are read and marked, then the data are uploaded to the network grid, then the actual operation is carried out, and finally the model can be generated. When the reading history is selected for archiving, the method jumps to a database of the engineering software data center, compares the image records according to the previous uploading image records, reads the image records according to the network grid, and finally generates a model.
Furthermore, in the process of uploading the image, the backup can be automatically carried out, the engineering software data center can scan the image, the data images in the database can be compared after the scanning, so that repeated images can be prevented, and in the process of correcting again, a previewed model can be obtained in the same way by using the synchronous imaging method.
Further, when different pictures are displayed through different displays, the display definition is different due to the difference of pixels of the pictures, and then a high-definition model is obtained through a high-definition pixel medium, and the high-definition model is archived. After the high definition model is formed, a more complete and clear picture can be seen when the display and the screen with different resolution are turned on again.
According to the invention, through network transmission among network grids and setting authority, the drilling module can be extremely simplified to use, through creating a hot spot area on an image, a user can know different objects in the image and acquire detailed information related to the different objects, the service and image linkage effect is increased, the user experience is provided, the image hot spot technology can provide richer and more visual image experience for the user through increasing the interactivity and information transmission capability of the image, and the object identification and interaction problems in the image are solved.
The foregoing is only a preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art, who is within the scope of the present invention, should make equivalent substitutions or modifications according to the technical scheme of the present invention and the inventive concept thereof, and should be covered by the scope of the present invention.
Claims (9)
1. The image drilling system based on the railway engineering process management comprises a power supply module and is characterized in that one end of the power supply module is connected with a positioning module, one row of the positioning modules is connected with a scanning module, the bottom of the scanning module is connected with an adaptive module, and the top of the adaptive module is connected with a permission identification module;
the other end of the power module is connected with an engineering software data center, the engineering software data center comprises cloud data, a database and an external interface, the bottom of the power module is connected with a network grid module, and the positioning module, the scanning module and the engineering software data center are connected with the network grid module through network signals.
2. The image drilling system based on railway engineering process management according to claim 1, wherein the network grid module is externally connected with a drilling module, and the drilling module is connected with an external port of an engineering software data center.
3. The image drilling system based on railway engineering process management according to claim 1, wherein the database of the engineering software data center is used for collecting data through the drilling module and storing the data into the database.
4. The image drilling system based on railway engineering process management according to claim 1, wherein the positioning module, the scanning module, the network grid module and the engineering software data center are connected with the power module through electric signals.
5. The image drilling system based on railway engineering process management according to claim 1, wherein the authority identification module comprises an iris identification module, a fingerprint identification module and a face identification module, wherein data of the iris identification module, the fingerprint identification module and the face identification module are stored in a database, and drilling use authorities can be obtained.
6. An image drilling method based on railway engineering process management according to any one of claims 1 to 5, comprising the steps of:
s1: along with the development of information technology, the requirements on information engineering construction of high-speed railways are higher and higher, the requirements on the advanced intervention management of the information engineering construction are also higher and higher, the advanced intervention management of the information engineering construction is required, and when an image is processed, the drilling module needs to obtain the use permission.
S2, firstly, acquiring the drilling use permission through the recognition of the iris recognition module, the fingerprint recognition module and the face recognition module, and selecting two options of uploading images or reading history files after acquiring the drilling use permission.
S3, jumping to an image preview position when the image is uploaded, comparing the data in the engineering software data center according to big data of a database, reading and marking the data, uploading the data to a network grid, performing actual operation, and finally generating a model.
S4: when the reading history is selected for archiving, the method jumps to a database of the engineering software data center, compares the image records according to the previous uploading image records, reads the image records according to the network grid, and finally generates a model.
And S5, in the process of uploading the image, the drilling module is used for reading the image, the image is uploaded to the network grid after being read, and then a preview model is generated in the network grid.
And S6, automatically backing up the images in the image uploading process, scanning the images by an engineering software data center, comparing the data images in the database after scanning to prevent repeated images, and obtaining a previewed model by using a synchronous imaging method when the images are corrected again.
And S7, when different pictures are displayed through different displays, the display definition is different due to the difference of pixels of the pictures, and a high-definition model can be obtained through a high-definition pixel medium and archived.
S8: after the high definition model is formed, a more complete and clear picture can be seen when the display and the screen with different resolution are turned on again.
7. The method for drilling images based on railway engineering process management according to claim 6, wherein in S1, the use rights obtained in the drilling module are collected to prevent theft by others.
8. The method of image drilling based on railroad engineering process management of claim 6, wherein in S3, the data in the database is mostly network-derived.
9. The method according to claim 6, wherein in S5, the network grid can regenerate the model to obtain a better model.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202311678042.6A CN117676279A (en) | 2023-12-07 | 2023-12-07 | Image drilling method and system based on railway engineering process management |
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| CN202311678042.6A CN117676279A (en) | 2023-12-07 | 2023-12-07 | Image drilling method and system based on railway engineering process management |
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| CN117676279A true CN117676279A (en) | 2024-03-08 |
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| CN202311678042.6A Pending CN117676279A (en) | 2023-12-07 | 2023-12-07 | Image drilling method and system based on railway engineering process management |
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