TW201308035A - Method for automatically guiding engineering operation and system structure thereof - Google Patents

Abstract

Disclosed are a method for automatically guiding engineering operation and a system structure thereof, which use a network accessing device to build up an automatic guiding service system for engineering operation to combine implemental contents of engineering planning and designing drawings with virtual implementation physical space by means of 3D simulation image techniques so as to provide services of engineering previewing, progress checking, and engineering negotiation through analysis and comparison of physical images and simulation images before and after the implementation. Further, actually used materials of the implementation contents can be analyzed and simulated to acquire precise demand of parts required for the implementation and provide direct preparation of materials of the implementation. A dedicated part supply mode is built up to greatly save the amount of materials used. A material warehouse is used to provide, in advance, a necessary combination of the engineering materials used according to the construction task and progress so as to ensure fast operation and improve implementation efficiency and reduce construction loss, thereby providing a time-saving and labor-saving cloud management and control service system.

Description

Engineering operation automatic guidance method and system structure

The invention relates to engineering application and engineering management and control technology, in particular to establishing automatic guiding technology for engineering operations, which can strengthen engineering operation control efficiency, save engineering operation procedures, reduce engineering materials, reduce construction material preparation procedures, and reduce measurement simulation. And cutting, reducing the need for material management and control, promoting the efficiency of application, improving the efficiency of overall engineering operations, reducing the cost of construction, achieving environmentally friendly clean production efficiency, and establishing the best guiding operation mode and system.

The existing engineering operations mainly come from the planning of the design drawings. Most of the design drawings adopt professional schematics, code and area ratio diagrams, and completely adopt individual professional technical performance patterns. The engineering technology classification is quite large, and each major has Different requirements, the performance of the design drawings are not the same, different areas can not fully understand, but each engineering case often involves a variety of different related areas, engineering operations must rely on multiple groups of professionals to implement together, so engineering operations will involve each other Coordination, communication, convergence, check and other necessary procedures to prevent blind spots and conflicts in the application, while the current engineering operations mainly use design drawings to guide engineering operations, involving many professionals often have to spend a lot of manpower, material resources and face-to-face visits Coordination and communication, and because each major only pays attention to self-engineering content, ignoring other professional needs, and more because of the use of information instead of symbolic information and the location of some working spaces, it is often performed by the staff based on personal experience. Easy to have conflicts and blind spots, resulting in no material Suitable control (application function by unknown), likely to cause loss of function by application.

From various engineering operations, such as the manufacture of switchboard control boxes in electrical engineering, the manufacture of mechanical and electrical engineering, various mechanical equipment installation projects, water supply and drainage projects, water projects, fire engineering, power distribution engineering, air conditioning projects in construction projects and The same problems exist in various equipment renovation projects.

At present, the analysis of the existing pattern of the existing map is as follows:

First, the design drawing system is designed for different areas of demand. Each design has different requirements. Before the execution, the design drawings are not integrated and analyzed. Each project implementer cannot understand the comprehensive operation content and application of the project. As a program, each project operator can only see the execution part of the project. It is not clear where the project is not connected. The connected part only provides the design requirements, and the connection design information is not complete. However, the operation of the staff can only be done by individual professional, and the execution of the design content will cause many jobs to be changed while doing it. It must be corrected according to the current situation of the field work, which is easy to cause conflicts and blind spots in the work, and the work connection often has to be visited. Negotiation, invisibly caused many repairs and modifications, increasing material loss and waste of labor costs.

Second, the design drawing guides the engineering operation to the plane design, the indication of the application space is insufficient, and the combination of the application materials is often not clearly displayed. The materials used in the engineering operation are all provided by a large number of estimated preparation modes, and then according to the live operation on site. On-site engineering personnel will select materials according to actual needs. The amount of materials to be prepared will be very different from the actual amount. There will often be situations in which the equipment is not used and the shortage of demand materials is required. The material procurement cost and construction operation cost are increased invisibly and in large quantities. The problem of control of residual materials is caused by the shortage of materials.

Third, the staff of the project often can not be consulted in advance, and it is often necessary to spend a lot of time to simulate the combination, calculate the materials, apply for the materials, and obtain the material on-site operation because there is no fixed material combination. Mode (construction is generally indicated by the connection), the actual space must spend a lot of measurement, combination, analysis and cutting, marking, etc. preparation time, time-consuming and laborious, and after execution, a large amount of residual material occurs, invisibly waste a lot of preparation work Time and material handling management costs.

4. The supply specifications of engineering materials are fixed marketing specifications and engineering operation requirements, so they must be properly cut. The material cutting in engineering operations is often based on the demand of materials at the time, and the immediate content of engineering operations is mainly Obtaining the demand materials, it is easy to generate a large amount of residual materials, which will cause a burden on the control. The remaining materials are likely to be contaminated by the working environment, and more likely to cause oxidation and pollution (such as oily dust), such as metal oxide materials or improper finishing after cutting. Causes the mess of materials, such as wires, cables, wire protection hoses, air pressure hoses, etc., which is difficult to apply and affects the engineering work, and the remaining materials are often not marked, so the operators do not like the application, often the last Forming a dull material, but also because the cutting is not the best combination, forming a large amount of residual material that can not be matched with the operation (insufficient amount of material), if the application is continued, it will easily cause the cost of the application to rise and affect the quality of the work, and it is easy to form a large amount of material loss. .

5. In engineering operations, it is often necessary to mark (marking point, use description, wiring sequence, measuring length, marking code, etc.) to facilitate the use of the guiding, but often due to the environment (application of interference, dust, moisture, collision Factors such as oil pollution, etc. cause the omission of the label, thus increasing the cost of implementation. It is necessary to re-measure the inspection to obtain the execution mark. It is also necessary to edit the label according to personal preference. If the staff changes, the front part label will not be used, resulting in unnecessary loss. .

Sixth, the construction drawing guidance operation can not clearly show the implementation procedure. In the face of a lot of content implementation, it will inevitably lead to conflicts in application. The previous stage will cause conflicts in the latter stage of the operation, which will affect the latter part of the operation and must be corrected (such as insufficient space reserved, equipment handling Conflicts, improper installation positions, missing implementation content, incorrect orientation, incorrect combination order, inconsistent technical specifications, incorrect materials, etc.) cause great losses.

VII. The construction drawing guides the engineering operation. The content and progress of the project implementation cannot provide the information required by the relevant personnel immediately. Often, the project check, work consultation, material preparation, etc. must go to the site for face-to-face consultation and implementation. It is impossible to know whether the connection between the front and the back is in line with the operation requirements (such as whether the reserved space is correct? Does the application specification and content meet the equipment requirements? Is the system access position and direction correct? Does the component installation sequence meet the system requirements, etc.) It is often necessary to discover the project in the latter part of the execution, and it is impossible to prevent or correct it in advance, and to increase the loss on the operation.

Eight, the project application of material management control can not obtain the actual actual amount of materials, for the difficulty of tracking materials, often repeated procurement of materials, repeated use or application of the amount and actual usage have serious deviations or specifications are not easy to be found, A large number of packaging materials are often neglected, resulting in intangible losses, such as terminals, belts, screws, nuts, welding rods, tape, hand tools and other general consumables, can be seen at any time in the place of implementation.

Nine, the engineering materials and work assignments are not combined, causing the staff to be prepared before they can get the task. It is impossible to preview the work content in advance and familiarize with the application sequence. It often takes a lot of time to prepare for the work, such as viewing the design. Drawing, preparing materials, measuring simulation, thinking about application content, public works negotiation, on-site inspection of the environment, etc., are time-consuming and laborious, and waste a lot of labor costs.

X. There is no prior comprehensive simulation operation information for the engineering operation, and the inspection personnel are provided for inspection. The staff is often unclear about the overall operation situation. It is impossible to know the design deficiency in advance, and the implementation conflict points are all dependent on the management personnel to check and execute, but the design The information of the graph cannot be instantly displayed on the same screen. In each professional design drawing, it is very difficult to find the blind spots and conflicts by relying on the human combination. Therefore, the existing engineering operations often have the side-by-side correction.

XI. Before the project is applied, it often receives a large amount of materials. Since the materials are not marked for engineering needs, they are often used in combination when they are used, which requires measurement and calculation of test application requirements. Whether it is consistent or not, it is often caused by the use of excessive concentration of individual thinking, so that some of the usage is more concentrated, and some are too neglected, which will result in uneven preparation and insufficient situation, affecting the progress of the implementation and time-consuming and laborious, affecting the efficiency of the application.

12. In the existing application, the wiring position of the pipeline is generally ignored. Usually, the preceding wiring is ignored and the parallel routing is ignored. The external piping must be taken outside, the internal intermediate pipeline must be taken inside, and the pipeline will be leveled. It often causes the space to be occupied during the application, and the formation of conflicts cannot be parallelized, resulting in a serious lack of application.

Thirteen, the design icon on the equipment installation is often a symbolic mark. For the size and space of the equipment, the position and related connection, the input and output position can not be clearly guided, the relevant application requirements are not marked, often you must see the real product to know How to install, you know whether the pre-reserved space is correct, whether the output input connection position is reasonable, in order to correctly select the material content, it is easy to cause the latter section to repair the missing.

The above-mentioned lack of various engineering operations often occurs in various projects. The main reason for this is that the information provided cannot be provided to the relevant parties immediately and transparently. The material supply and the task are completely separated, and there is no complete analysis before the application. Content, can not understand the real material demand and the application of spatial location allocation, relative to the engineering operation executive end can not grasp the clear information, the management of things and people can not be clarified, the implementation of the contractor only know the work tasks, for the work space and materials The demand cannot be clear, and it takes a lot of time to think, prepare, simulate, measure, mark, etc., not only time-consuming and laborious, waste of materials, but also conflicts and blind spots. The material supply only provides material preparation and cannot help the project effectively. The operation is neglected. Due to the improper supply of materials, it is more likely to cause the burden of construction and management, increase the loss of residual materials and control costs, and affect the engineering operations. How to establish an effective guiding engineering operation system, assist in engineering application, improve the efficiency of application and reduce material loss, is a new trend of energy saving and emission reduction and environmental protection and cleanliness in today's engineering operations.

The main purpose of the invention is to establish a system structure and a method for using the automatic guiding system for engineering operations, and to obtain an optimal guiding system for control and application in different engineering operations in combination with a plurality of different guiding modes, so that the engineering operation can be smoother. It can save materials, reduce application procedures, improve work efficiency, reduce control procedures, improve project performance, achieve energy-saving and emission-reduction, and apply economic and environmental protection new operation modes.

It uses the Internet access device to combine the communication information network and the network server that has the engineering operation data to establish a real-time guidance service system for engineering operation information, so that the engineering operation related person (applying as the contractor, engineering management and execution terminal and materials) Prepare the supply side) Use the Internet access device to obtain engineering operation information anytime and anywhere, check the progress of the work consultation at any time and place, and prepare the work materials for the construction work.

Using 3D drawing simulation technology and virtual application as the actual three-dimensional space, according to the design plan, the integrated simulation image and the application process are stacked and applied as images, and combined with the scene monitoring and recording images, through image analysis and comparison The establishment of an image automatic guiding engineering operation system method allows engineering operations related parties to carry out engineering inspections, progress check, implementation preview, and work connection through the Internet access device, exempting the visitor from the site, saving time and effort. Achieve the purpose of engineering work.

Using the physical application simulation, combining the required materials in the relevant application data, obtaining the actual material information content through the actuarial analysis of the drawing software, using the material information, applying the guiding function to mark the content, and managing the guiding function label, The combination of the project can be used to prepare the automatic guidance materials for the project, provide the preparation for the materials before the application, and combine the information of the project, the task assignment and the content of the materials, preview the application combination, and guide the real materials. Sex, perform engineering materials preparation work.

Use the material storage warehouse to prepare the automatic guidance materials according to the engineering application materials, prepare the project materials in advance, and cooperate with the construction schedule to carry out the scheduled fixed-point distribution and construction tasks, and perform the implementation tasks (this can reduce the application procedure). And material management and control business), can establish automatic guidance materials for engineering materials management and control, so that the application personnel can directly query the content of the materials and the delivery time and location, which can be directly assigned to the project contractor. The material storage warehouse can be used for engineering purposes. Instead of the material supplier, the supplier can provide separate guiding materials for the construction of the guiding project, or a combination of multiple suppliers to establish the guiding engineering application materials.

Use the material storage warehouse to prepare the engineering materials, and carry out the engineering application processing and engineering application materials marking operations according to the relevant project materials, and combine the engineering materials, measurement, cutting, marking and packaging operations in advance. The establishment of exclusive materials can eliminate the occurrence of construction residual materials and residual material management, apply high-efficiency combination cutting, reduce the loss of materials, establish guiding materials, and prepare for operation.

The material generated by the engineering application material processing is executed, and the engineering application material marking operation is performed. The application material indication label has the function of guiding function (marked on the surface of the material used) and the management function label (on the packaging). Directly use the material on the material to mark the content of the application, instead of the original design drawings to guide the construction work, exempt from the design of the design, can reduce the on-site measurement and marking procedures (already added during preparation), reduce materials Preparation time, no need to think about simulated materials and cutting operations, no residual material generation and management, improve application efficiency, reduce control costs, is an energy-saving emission reduction and environmentally friendly clean production technology.

Plan and rationalize the cutting of commercially available engineering materials by using the stocking warehouse operation, apply the project to the same demand materials, perform calculation and analysis in advance, obtain the best utilization mode of cutting, reduce waste loss, reduce the cost of materials, reduce the cutting procedure, Reducing the cost of management and control and improving the efficiency of the overall project operation is a new method for excavating surplus materials. The establishment of the material storage warehouse can be set up for the purpose of a single engineering operation or a set of storage warehouses can be set up by a number of different engineering operations, or can be used for engineering materials. The supplier replaces the supplier, and can provide the guiding engineering application material separately or the combination of multiple groups of suppliers to supply the guiding engineering application material.

The use of stocking warehouse operations to replace the marking work in the application, improve the versatility and weather resistance of marking marks, replace the on-site manual work with professional equipment markings, and enable the marking marks to guide the project implementation and management tasks, thereby improving the efficiency of the application.

The construction operation information content is directly marked on the surface of the construction material, so that the application personnel can use the labeling content to guide the application content, instruct the application procedure and direction, reduce the material combination, cutting and marking in the application, and improve the application efficiency. The labeling contents include connection component code and pin function use, application path, interconnection position, component connection mark, measurement data, measurement reference line, measurement reference point, operation code, combination order, direction guide, material guidance, etc. The labeling content and marking method can be single or multiple contents. The marking position can be marked separately or in multiple places. It can be directly printed on the surface of the material, or can be adhered to the surface of the material with a printed label to achieve direct automatic guidance. The project is mainly used for functioning.

The management function label is set on the surface of the package, so that the control personnel and the application personnel can use the labeling content to guide the task and the application material, and at the same time, the special material-specific mode is used to control the application of the material. The materials can be directly used for application, reducing the material application and management procedures. The labeling contents can be the project name, the application project, the application group, the application site, the application date, the delivery date, the content of the materials, the packaging combination, etc. Etc., the labeling content can be single or multiple labels, and the labeling method can be printed on the package or added to the printed label.

Up to the above object of the invention, a new method for establishing an automatic guidance system for engineering operations and a system structure thereof, the application communication information network platform as a guiding function channel, the Internet device as a connection tool, and the webpage as a guiding information control The connection center, which is connected to the contractor, material supply and engineering control, stores the relevant information in the network server database, integrates the design content through 3D image simulation technology, and establishes the simulation project image and The implementation of the process of stacking files and actual records is used as an image. Through the comparison of the two images, an image-guided cloud service system can be established to make the project information transparent. The relationship can be clearly understood and the progress can be made through the Internet device. Instant work check, job preview, material preparation, task connection, command coordination, establish image guidance technology, and have a new method to guide the project implementation function and guide the project management operation function. At the same time, it can also be used to perform simulation image actuarial analysis. Engineering materials, combinations, details and specifications, in line with the project's mission requirements, establish a guiding project For functional labeling and task assignment, material management, functional management labeling, the project application details and specifications and labeling content are transmitted to the material supplier for stock preparation procedures, such as combining, cutting, marking and packaging engineering materials. Establish a special material-specific material preparation mode to directly link the task distribution with the material distribution, establish a pre-stocking guidance service system for project construction, directly use the packaging label to execute the engineering control operation guidance tool and implement the functional label guiding project. The construction operation, the establishment of the material marking guidance technology, and the new method of guiding the engineering application function and guiding the engineering control operation function, the two methods are not conflicting, and the combination can save time and effort to improve the efficiency.

The establishment of a new method for guiding engineering operation and guiding engineering control operations is carried out by the project as a contracting end, a material supply end and an engineering management and control execution terminal, using a network connection device to connect to the network, including a page management module and A page display module is located in the server, accessing related guiding engineering works and guiding engineering control operations and the like, and the server retrieves data from the database and provides the user with browsing through the page display module. The page management module can establish and guide the project guidance and engineering control and related materials, and provide the project for the contractor to carry out engineering preview, work connection, engineering check, material inspection, task negotiation, and implementation guidance. According to the relevant project construction basis, the material supply side is provided for the preparation of engineering materials, and the engineering material combination, measurement, cutting, labeling and packaging operations are prepared, and the basis of the project materials and material distribution is prepared, and the project is provided to the control and execution end. The basis for checking, command and coordination, work distribution, material management and control, material preparation, material inspection, and progress control, including basic Process design and operation specification, data and application content, engineering application space, labeling file, application program evolution entity simulation image stacking image file, appliance component installation space location, marking image file, engineering application entity material Combined analog image, engineering application physical material space, marking image file, engineering material application function guiding label file, engineering material management and control label information, application of analog image display unit, application of image monitoring record data, Material supply service information, reference materials, and bulletin messages can make the three-way communication between the project's contractor, material supply and management and execution terminals smooth, reduce blind spots and conflicts, smooth, save time and effort to achieve engineering operations and quick completion.

To sum up, this case is not only innovative in terms of technical thinking, but also can enhance the above-mentioned multiple functions compared with the conventional articles. It should be in accordance with the statutory invention patents that fully meet the novelty and progress.

Preferred embodiment of the invention:

Please refer to the figure (1) for the block diagram of the automatic guiding system for the engineering operation of the present invention. include:

An engineering management and control terminal 1, which is an engineering management executive or an owner of the package, uses the Internet device 4 to connect to the network server 6 through the network 5, and can check and establish the information for the server 6 and Provide relevant information on the application, including the implementation content, implementation schedule, application combination, material supply, labeling content, work connection, material distribution, etc., for the application of the contractor 2 and the material supply end 3 for query, preparation and implementation of relevant cooperation It can also use image-guided analysis and material labeling guidance information to check the effectiveness of work and provide convenient and effective control operations.

As a contractor 2, for the project implementation operator, the Internet device 4 is connected to the network server 6 via the network 5 to obtain real-time guidance information of the engineering operation information, and the simulation operation and materials can be previewed before being applied. Checking, marking and other related preparations can be carried out through image automatic guidance data and through the material preparation marking technology to make the application combination more precise, which can improve the efficiency of application, reduce material loss and achieve environmental protection. Clean the target.

A material supply end 3, which is prepared for the application of the material, can be a self-equipment material warehouse for the project purpose, a single material marketing supplier or a combination of multiple suppliers, and is connected to the network through the network 5 by means of an internet device. The server 6 obtains the automatic guiding materials for the engineering application materials, and includes the detailed specifications of the materials for use and the contents of the preparation materials, and can be combined, measured, cut, marked and packaged according to the task requirements. Establish a special supply mode for special materials, and cooperate with the engineering materials to control the automatic guidance data according to the progress of the project. The distribution materials are supplied to the application site to provide the supply of the active materials, and the engineering application materials and engineering application materials are executed. Marking operations, directly completing the preparation of materials for guiding and guiding the construction of the project, and applying the optimal combination cutting material mode, which can reduce or eliminate the occurrence of residual materials. The measurement mark can save the application procedure and text. And the code mark can guide the application procedure and the operation content, and the packaging label can strengthen the control operation, so that the material supply and the execution task are Together, saving time and effort to complete the task of facilities for the unified labeling information can help public works convergence easier, labeling method should be used anti-designate of the pigment ink of professional equipment, and strengthen stability and job performance, enhance Shizuo An characterization.

An internet device 4, which provides an engineering control execution terminal 1, a contractor 2 and a material supply terminal 3, and a communication device connected to the network 5, which may include: a personal computer, a notebook computer, a tablet computer, a mobile phone, and an individual. Mobile assistants, televisions, set-top boxes and communication devices with Internet access.

A server 6 further includes a page management module 61 and a page display module 62, and accesses data through the database 7, and provides engineering information and material supply information indicated by the control terminal 1 for the project. A variety of pages are formed, and the page display module is presented to the application contractor 2 and the material supply terminal 3 for related matters such as work preparation and material preparation, and can also coordinate and coordinate various task connections and support, and perform the task of performing.

A database 7, which is a storage project for content guidance, application of images and related material information, and the internal data of the server can be established by using a network connection mode, a shadow, a sound, a picture, a text mode, and the server can be The physical or virtual mode guides the job information, the application record information, and the like to provide the page generation module of the server 6 to form various pages, and the various pages and materials generated by the page management module 61 or other The object is stored in the database 7 for access by the server 6. The engineering control execution end 1, the application end 2 and the material supply end 3, is connected to the network 5 by using the Internet access device 4, and is applied to the guiding server 6 by the engineering, and the server 6 to the database 7 is accessed and read. Take the data, and then display the guidance project on the page of the server to provide relevant information page, and provide each reference for browsing.

As shown in FIG. 1 and FIG. 2, an architecture diagram of a network service system having both a guiding engineering function and a guiding management function is provided, and a function module of the server includes:

A page management module 61 is used to implement the project as the control and execution end 1, providing engineering application content information and guiding application images, guiding the contents of the preparation materials and the material requirements to be made into different pages, and the page file integration method is By referring to the public works information through hyperlinks, they can be accessed or read at different time and place, and presented in multimedia images, texts, movies, and sounds, and the generated pages are stored in the database 7.

A page display module 62 is configured to send the page generated by the page management module 61 to the screen corresponding to the Internet access device 4 via the network 5, and provide the engineering operation execution related person, the engineering control execution terminal 1, and the application terminal 2 And the material supply terminal 3 browses, as shown in FIG. 3 , which is a function of the page management module 61 of the network service system which has the functions of guiding the engineering application and guiding the engineering management operation.

A user management unit 611 provides an approval review mode, which can become a user of the system after being authorized, including the engineering control execution end 1, the application end 2 and the material supply end 3, and must comply with the fixed unified control operation rule. In order to ensure that the guided project execution related tasks enter the network, the necessary checking procedures are met. After the rights and obligations are established, the data establishing and editing unit 612 can be used to establish and edit the data after completing the relevant verification authorization. The executor 1 can establish the relevant information of the engineering operation, command and manage the engineering business, and the implementation of the contractor 2 can read the relevant information and access the relevant record information for the control and inspection, and the other material supply terminal 3 can read Take the material supply information and mark the contents of the operation, carry out the material preparation and supply business, and cooperate with the application of the information supply.

A data establishing and orchestration unit 612, which performs engineering work and material preparation information, performs unified composition and arrangement according to engineering content and task classification, and puts the file data in a designated position, and the file data is in accordance with the standard format of the page. Create and make a page, and provide the engineering operation related person to browse the guide to obtain the job demand information.

An engineering design and operation specification data unit 613, which is the engineering content of the data creation and arrangement unit 612, the professional technician design drawing, the planning information, the application requirements, the component specification, the engineering operation agreement and the like, and provides the engineering application. With the basis of material management specification inquiry and quality control acceptance, the author can understand the relevant operation regulations before construction, in order to facilitate the work, and reduce the lack of application.

A space 呎吋 labeling unit 614 is provided for creating a space space map according to the 613 data unit and the page providing space for the application, providing simulation application analysis, and providing the arrangement of the engineering work tool component positions (according to the 613 data unit) Design drawing content), let the project management executives pre-establish the preparation and perform the relevant simulation work. Let the author clearly explain the location of the space, conduct relevant job evaluations, and find blind spots and conflicts in the work.

A program entity image simulation evolution unit 615 is constructed by the engineering design planning content, arranged according to the application sequence, and is arranged by the appliance component installation plan, gradually connecting the engineering operation sequence, establishing a physical image simulation combination sequence, and gradually stepping through each item. The project is displayed step by step, which allows the participants to understand the sequence of operations and prepare for the task and control operations and material supply opportunities.

An implement component space physical position indicating unit 616 is a solid simulation for obtaining an optimal fixed position and an optimal fixed sequence in an space for an important appliance component in the project, and performing an optimal layout before the application, The relative positional space is clearly marked out, preventive fixtures from conflicting and blind spots, and construction-related operations are guided.

A simulated physical component simulation analysis and marking unit 617 is configured to perform a physical component combination according to the requirements of the application specification, analyze the content of the application material, and pass all the application materials through physical actuarial calculation to obtain various measurement positions and The reference point carries out the necessary assembly design and planning materials, further analyzes the material processing combination connection method, obtains the necessary information for processing and cutting, and provides the material preparation basis and the application material guidance tool.

A combined use material marking unit 618 is to carry out the necessary combination marking operation of various material components of 617, so that the implementation is more clearly performed, and the guiding material marking content is established, and the material supply end 3 is prepared to prepare the material for functional labeling. It will be used as a message such as measurement marks, combination order, application path, etc., and it can be used as a contractor 2 to check the preview material combination mode in advance to understand the application and work connection mode.

A material management and control labeling unit 619 is to cooperate with the management function requirements of the 617 material content, establish a management function indication in advance, and provide the engineering management and control end 1 application of the material application as the contract end 2 and the material distribution, and execute tasks and materials in advance. The combination of supply, the establishment of special-purpose labeling content, the establishment of guidance management function labeling, and the implementation of management tasks.

A simulated image display unit 6110 is provided for performing simulated image display, allowing the application end 2 to perform construction work according to the content of the application, providing guidance function and providing engineering control terminal 1 to check the implementation content, which can be directly Clearly show whether the job meets the simulation work and is convenient for checking.

An image monitoring and recording unit 6111 is provided to provide the engineering control terminal 1 to check the results of the implementation, to check the quality, to direct the execution of the work, and to provide the contractor 2 for the work progress check and the content check to check whether there are blind spots and conflicts. Before the implementation, the material supply terminal 3 can also provide the material distribution timing, and cooperate with the record to prepare the relevant connection tasks in advance.

A material supply service unit 6112 provides engineering materials preparation and distribution information, and the material distribution content is convenient for the inspection end 2 to check the content of the materials, check the materials and tasks before the application, and prevent the shortage or omission of materials during the application. Missing, combined with engineering control and execution end 1 task execution and material preparation, can save time and effort to make the project work more smoothly.

A notice unit 6113 reflects the application message on the bulletin board. The content includes the real-time display of the work coordination information such as command coordination, public works discussion, technical exchange, and work negotiation, which allows the engineering participants to check anytime and anywhere, reducing face-to-face communication and negotiation. Necessity, provide faster and more efficient cloud mode display intelligence, to facilitate the work related tasks of engineering operations.

In summary, the preferred embodiment of the present invention is not limited to the scope of patent protection of the present invention, and therefore the reasonable changes of the present specification and the contents of the drawings are included in the scope of protection of the present invention. To Chen Ming.

1. . . Control execution

2. . . Casting end

3. . . Material supply side

4. . . Internet device

5. . . network

6. . . server

7. . . database

61. . . Page management module

62. . . Page display module

611. . . User management unit

612. . . Data creation and orchestration unit

613. . . Engineering design and operation specification data unit

614. . . Application space

615. . . Implementation program entity image simulation evolution unit

616. . . Application device component space entity location indicator unit

617. . . Applied solid material combination simulation analysis and 呎吋 marking unit

618. . . Application combination unit

619. . . Material control unit

6110. . . Simulation image display unit

6111. . . Image surveillance recording unit

6112. . . Material supply service unit

6113. . . Billing unit

The first figure is a block diagram of the use of the automatic guiding system for engineering work of the present invention.

The second figure is the server function module of the automatic guiding system structure of the engineering operation of the invention.

The third figure is a schematic diagram of the function application of the page management module of the structure of the automatic guidance system for the engineering operation of the present invention.

1. . . Control execution

2. . . Casting end

3. . . Material supply side

4. . . Internet device

5. . . network

6. . . server

7. . . database

Claims (7)

An automatic guiding method for engineering operations, the steps of which include: A. The engineering control executive uses the internet device to combine the communication information network, and uploads the project related information to the server used in the automatic guiding system of the engineering operation. Establishing engineering operation information and real-time guidance materials; B. Using 3D drawing simulation technology and virtual application as actual three-dimensional space, according to the engineering operation information, the design planning content is guided in real time, and the simulation image is constructed and evolved according to the application procedure. Application of image, combined with on-site monitoring and recording of images, through image comparison and analysis, the establishment of automatic image guidance data, allowing the application of the combination to be more accurate; C. Using physical application simulation, combined engineering information, real-time guidance data The materials required for the middle project can be obtained through the actuarial analysis of the drawing software, and the information of the materials can be combined with the content of the guiding function to mark the contents of the guiding function and the content of the guiding function of the guiding function. ;D. According to the engineering application materials, prepare the automatic guidance data to match the preparation warehouse, prepare in advance The project engineering materials, combined with the task of construction and the progress of the project, are regularly and quantitatively distributed to the construction site, and the implementation tasks can simplify the application procedure and material management business, and establish automatic guidance materials for engineering material management and control; E. According to the project application materials, the automatic guidance materials are prepared, and the engineering application materials processing operations are carried out. According to the project project content preparation and labeling operations, the engineering materials combination, measurement, cutting, marking and packaging operations can be exempted from the implementation of the remaining materials. And the management of surplus materials; F. The warehouse for the preparation of materials for the operation of the project is marked with the operation of the material, and the engineering materials generated by the processing of the material for the project are directly used for the application of the functional labeling on the materials, eliminating the use of the map and reducing the amount of work performed. The measurement and marking operation procedure replaces the original construction drawing to guide the construction work, reducing the material preparation time, without thinking about the simulated materials and material cutting operations, eliminating the residual material generation and management, improving the efficiency of application and reducing the cost of control; The guidance materials in the automatic operation guidance method can be used for various engineering operations through the communication network. The connected person directly connects the engineering operation automatic guidance system to obtain the automatic guidance information of each engineering operation by means of the Internet access device, so that the engineering operation related person can obtain the necessary work information at any time and anywhere, perform all necessary work tasks, and perform preview and application. Prepare, apply material preparation and distribution, command coordination and work check, work consultation and convergence. An automatic guidance method for engineering operations according to claim 1, wherein the server used in the automatic guidance system of the engineering operation can be applied with a network hyperlink mode, and a shadow, sound, map, and text mode are established. Engineering work materials, and let this method break through time and space constraints, so that engineering operations related parties can obtain engineering materials at any time. An automatic guiding method for engineering operations according to the first aspect of the patent application, wherein the engineering application material is prepared for automatic guiding data, and the guiding function is used for functional marking, and the component can be marked as the connection component code. And foot position, function use, application path, interconnection position component code, component connection mark, measurement data, measurement reference line, measurement reference point, operation code, combination order, direction guide, material guidance, etc., labeling content and label The method can be labeled for single or multiple content, with single or multiple markers positioned on the surface of the component to guide engineering. For example, in the automatic guiding method for engineering operation described in claim 1, wherein the projecting material preparation automatic guiding data has a guiding function functional indication, and the content can be: engineering name, application The item, the application group, the place of application, the date of application, the date of delivery, the content of the materials, the combination of packaging, etc., the labeling content may be a single or multiple combinations, and the marking method may be printed on the packaging or added to the printed label. In order to achieve management and management of engineering operations. For example, the automatic guiding method for engineering operation described in the first aspect of the patent application, wherein the establishment of the material storage warehouse required for the processing of the working material of the project can be specially set up by a single engineering operation or by a plurality of different engineering operations. In the establishment, the stock preparation warehouse can also be replaced by a supplier of engineering materials, which can be supplied by a single or multiple groups of suppliers to provide guidance for the application of the materials. An engineering work automatic guidance system structure, wherein the system structure comprises: a page management module, wherein the page management module is to apply the project as a management and execution end, provide engineering application content information and guide application image, guide The contents of the materials and material requirements of the materials are made into different pages. The page file integration method is to refer to the work information through hyperlinks. It can be accessed or read at different time and place, and presented in multimedia images, texts, movies and sounds. And storing the generated page in the database; and a page display module, the page display module is generated by the database and the page generated by the page management module, and provides browsing; The structure of the automatic guidance system for engineering work according to claim 6, wherein the page management module comprises: a user management unit, which is to review and authorize the user in the database to determine whether the system can be used; A data creation and orchestration unit that organizes engineering work and material preparation information, and organizes the files according to the project content and task classification, and stores the file data in a designated location. The file specifications are produced according to the standard format of the page. The engineering operation related person browses the guide and obtains the operation demand information; an engineering design and operation specification data unit, which is applied by the relevant person to perform the relevant operation specifications and the original design drawing content, so that the engineering operation related person can clearly apply the requirements and The focus of the operation is to reduce the lack of application; the space is used as the marking unit, which provides the space for project construction and the indication of the space to provide browsing in a perspective view; The order of the combination of the appliances, gradually presenting the content of the application, providing the relevant person to know the operation The sequence, the necessary task preparation; the application of the physical material combination simulation analysis 呎吋 marking unit, providing the correct application material content, specifications and cutting data, can guide the material preparation content requirements and implement the implementation of guiding materials Content specification, clear analysis of material demand and determination of material content, prevention of blind spots and conflicts; application of combined material labeling unit, according to the needs of engineering operations, the necessary labeling content shall be publicly arranged and set up to guide the application Information, providing materials preparation work, allowing the application of the material to have an automatic guidance function; a material management and control unit, the project is applied as a task and the application of material control, the establishment of special material-specific label content, establish a guide The management function is marked and the control task is executed. The simulation image display unit is used to provide the simulation of the project operation content, which is convenient for guiding the execution of the task and checking the content of the control content. It can quickly analyze and compare the operation content and guide the application. Task; an image monitoring and recording unit that provides performance images, view application procedures and results Facilitate the functions of progress check, work connection, guidance and preparation, and material supply and distribution guidance; a material supply service unit provides engineering materials preparation and distribution information to facilitate project implementation and control and inspection To ensure the integrity of the application materials and provide necessary engineering operation guidance requirements; and a notice unit, which provides a service information announcement center to facilitate the work consultation and answer, establish and improve the communication platform beyond the time and space, and guide the execution requirements of the engineering operation. Promote the tasks related to engineering operations.