BE1030747A1 - INTELLIGENT HANDOVER PROCEDURE FOR ENGINEERING FOR FOUR ELECTRICAL/ELECTRONIC SYSTEMS BASED ON A BIM PLATFORM - Google Patents

Abstract

The present invention discloses an intelligent handover method for engineering relating to four electrical/electronic systems based on a BIM platform, relates to the technical field of engineering relating to four electrical/electronic systems. The BIM platform of engineering related to four electrical/electronic systems in the present invention includes an integrated device family cloud component module, an integrated cloud template module, an integrated information module and an intelligent inventory module. The present invention can be widely used in asset transfer in the technical field of engineering related to four electrical/electronic systems. In the present invention, a BIM engineering platform relating to four electrical/electronic systems is created, with all device information, families and project templates collected on the platform being made available to an authorized user.

Description

DESCRIPTION

INTELLIGENT HANDOVER PROCEDURE FOR

ENGINEERINGS REGARDING FOUR

ELECTRICAL/ELECTRONIC SYSTEMS

BASED ON A BIM PLATFORM

TECHNICAL FIELD

The invention belongs to the field of engineering relating to four electrical/electronic systems (En: Four Electric/Electronic Systems

Engineering), refers to an intelligent handover technology for

Engineering regarding four electrical/electronic systems and in particular an intelligent handover procedure for engineering regarding four electrical/electronic systems based on a BIM (Building Information Modeling) platform.

STATE OF THE ART

In a final phase of a project development in the technical area of

Railway engineering regarding four electrical/electronic

systems, a construction management department hands over ownership and

Rights of use of devices or assets to one

Operations Management Department. The handover of is particularly important

Equipment or assets and powers of state-owned companies.

The transfer of assets is also an important step in the

Determining whether state assets are lost and serves as

Basis for the final invoice after completion. The one with the

Handover of engineering assets related to four electrical/electronic systems management rights are numerous and complex. In particular the handover of device-like

Materials are available in large quantities, with different technical requirements

Special features and inconsistent standards are marked. Traditional handover procedures have problems such as high

Handover error rate, cumbersome data statistics, tedious on-site counts and a long handover cycle.

There are currently some procedures on the market for the transfer of U-

Railway assets and corresponding BIM management platforms. This

Platforms are too professional and limited, and cannot be applied to the field of railway engineering related to four electrical/electronic systems at the same time; and they are influenced by geographical location during use and cannot be fully applied to different types of engineering projects in different regions. Most of these

Platforms are oriented towards higher level project management

Level. And the research and development of the platforms remains

Essentially only on the surface of project management, without

Solve key problems from core points.

In order to carry out the transfer of assets well and further solve the above-mentioned problems, it is necessary to have an intelligent

To provide handover procedures that provide a strong professional

Applicability and wide geographical applicability and is convenient, accurate and fast.

DISCLOSURE OF INVENTION

The present invention aims to solve at least one of the technical problems existing in the prior art. For this purpose, the present invention proposes an intelligent handover method for

Engineerings regarding four electrical/electronic systems based on BIM platform to solve the technical problems that the prior art platforms are too professional and limited and insufficiently applicable in different regions and types of engineering projects.

In order to achieve the above objective, a first aspect of the present invention provides an intelligent handover method for

Engineering relating to four electrical/electronic systems based on a BIM platform, which is operated based on a BIM platform of an engineering relating to four electrical/electronic systems, the BIM platform of the engineering relating to four electrical/electronic systems being an integrated cloud

Component module for device families, an integrated cloud

Template module, an integrated information module and an intelligent

Inventory module includes, the method comprising:

Collect engineering device BIM families related to four electrical/electronic systems, and save the device BIM families.

Families of engineering relating to four electrical/electronic

Systems in the integrated = cloud component module for

device families; Creation of a BIM project template based on Revit, which, after a joint evaluation, is integrated into the integrated cloud

Template module is uploaded, with the device BIM families of the

Engineering regarding four electrical/electronic systems

Include device names and a specification model;

After a contract has been awarded for a new project, create a corresponding project file in the integrated information module;

Adding project information to the project file, and then adding anything required for the new project

Device families and user asset requirements

project file;

Publish, upon completion of the new project, information by an administrator through the engineering BIM platform regarding four electrical/electronic systems to notify equipment suppliers to use the project file

Carry out information linkage for the devices they supply;

Selecting a project template suitable for a target project from the integrated cloud template module and creating a project model;

Generate a first version of an as-built model from the tested one

Project model and upload of the first version of the as-built model to the engineering BIM platform regarding four electrical/electronic systems;

Easily convert a format of the first version of the AS

Built models by the engineering BIM platform regarding four electrical/electronic systems and sending them to the intelligent inventory module; Taking an inventory

Location by the administrator using the intelligent

Inventory module, and modifying the first version of the as-

Built models to generate an asset model;

Creating an asset transfer template on the BIM platform

Engineering regarding four electrical/electronic systems by the

Administrator intelligently matched with the asset model to obtain an asset transfer form; Completing one

Asset transfer procedure based on a

Business improvement to complete the asset transfer.

It is preferably provided that in the integrated cloud

Component module for device families the BIM families of engineering regarding four electrical/electronic systems based on one

Administrative procedures are drawn up and after review and

Confirmation from the administrator is accepted and that the

Device information in the engineering BIM families regarding four electrical/electronic systems is available to a user for retrieval

To be available.

It is preferably provided that the integrated cloud template module

Contains Revit project templates for various engineering related to four electrical/electronic systems in different regions, allowing a user to choose a suitable one when modeling projects

Select project template from the integrated cloud template module.

Preferably, completing the information link 5 is done by the integrated information module based on the project file, which includes: a construction unit creating a project file in the integrated information module and configuring device requirements and project information; and that the device suppliers carry out detailed device information linkage for the devices they each supply.

Preferably it is provided that the project model according to its

The test content includes a consistency check between construction drawings and models, collision detection, early model improvement and on-site consistency modification.

It is preferably provided that the intelligent

Inventory module is installed in an intelligent terminal, the intelligent terminal comprising a mobile phone or a computer; and that the intelligent inventory module is the first version of the as-

Built model in the appropriate format via the BIM platform

Engineerings relating to four electrical/electronic systems.

Compared with the prior art, the present invention has the following advantages: The present invention can be widely used in asset transfer in the technical field of engineering related to four electrical/electronic systems; The entire process has high applicability and is suitable for use in asset transfers for various projects in different regions. In the present invention, a BIM

Engineering platform regarding four electrical/electronic

Systems created, with all collected on the platform

Device information, families and project templates to an authorized person

are provided to users, which not only improves the professional equipment information of the four electrical/electronic systems, but also provides a basis for rapid modeling by the user. The present invention simplifies that

Complexity of the traditional implementation process

Frees up manpower and makes the entire process faster and more accurate.

BRIEF DESCRIPTION OF THE DRAWINGS

In order to explain the embodiments of the present invention or the technical solutions in the prior art more clearly, the drawings used to describe the are presented below

Exemplary embodiments or the prior art are required, briefly presented. Obviously the drawings in the following represent

Description represents only some embodiments of the present invention. One of ordinary skill in the art can also based on these

Drawings receive further drawings without having to make any inventive effort.

Figure 1 shows a schematic diagram of the operations of the present invention.

DETAILED EMBODIMENTS

Below are the technical solutions of the present

Invention is clearly and completely described in conjunction with the exemplary embodiments. Obviously those described are

“

BE2023/6005

Embodiments are only a part of the embodiments of the present invention and do not include all embodiments.

All other embodiments achieved by one of ordinary skill in the art based on the embodiments in the present invention without any inventive effort fall within the scope of the present invention.

With reference to Fig. 1 presents a first aspect of the present

Invention provides an intelligent handover method for engineering relating to four electrical/electronic systems based on a BIM platform, which is operated based on a BIM platform of an engineering relating to four electrical/electronic systems, the BIM platform of the engineering relating to four electrical/electronic systems systems an integrated cloud

Component module for device families, an integrated cloud

Template module, an integrated information module and an intelligent

Inventory module includes, the method comprising:

Collect engineering device BIM families related to four electrical/electronic systems, and save the device BIM families.

Families of engineering relating to four electrical/electronic

Systems in the integrated = cloud component module for

device families; Creation of a BIM project template based on Revit, which, after a joint evaluation, is integrated into the integrated cloud

Template module is uploaded, with the device BIM families of the

Engineering regarding four electrical/electronic systems

Include device names and a specification model;

After a contract has been awarded for a new project, create a corresponding project file in the integrated information module;

Adding project information to the project file, and then adding anything required for the new project

Device families and user asset requirements

project file;

Publish, upon completion of the new project, information by an administrator through the engineering BIM platform regarding four electrical/electronic systems to notify equipment suppliers to use the project file

Carry out information linkage for the devices they supply;

Selecting a project template suitable for a target project from the integrated cloud template module and creating a project model;

Generate a first version of an as-built model from the tested one

Project model and upload of the first version of the as-built model to the engineering BIM platform regarding four electrical/electronic systems;

Easily convert a format of the first version of the AS

Built models by the engineering BIM platform regarding four electrical/electronic systems and sending them to the intelligent inventory module; Taking an inventory

Location by the administrator using the intelligent

Inventory module, and modifying the first version of the as-

Built models to generate an asset model;

Creating an asset transfer template on the BIM platform

Engineering regarding four electrical/electronic systems by the

Administrator intelligently matched with the asset model to obtain an asset transfer form; Completing one

Asset transfer procedure based on a

Business improvement to complete the asset transfer.

The present invention provides that in the integrated cloud

Component module for device families the BIM families of engineering regarding four electrical/electronic systems based on one

Administrative procedures are drawn up and after review and

Confirmation from the administrator is accepted and that the

Device information in the engineering BIM families regarding four electrical/electronic systems is available to a user for retrieval

To be available.

Specifically, the device family integrated cloud component module sets strict family component management regulations, with all four electrical/electronic professional device families

Systems must be created in accordance with these Administrative Regulations, and the integrated device family cloud component module will also have a strict verification process whereby all newly uploaded device families must be confirmed by the administrator before being accepted. Each device family contains the most basic device information that can be accessed and used by the user. The integrated cloud component module for

Device Families also limits the classification of components, thereby better organizing the entire library of engineering device families related to four electrical/electronic systems.

The components of the device families come from existing ones

Device suppliers, thereby providing the entire library of device families of the

Engineering regarding four electrical/electronic systems is becoming more extensive and professional.

The present invention provides that the integrated cloud

Template module Revit project templates for various engineering related to four electrical/electronic systems in different

Regions containing a user when modeling

projects a suitable project template from the integrated cloud

Select template module.

Specifically, the integrated cloud template module = Revit-

Project templates for various engineering related to four electrical/electronic systems in different regions, whereby the user has a suitable one when modeling projects

Select project template from the built-in cloud template module, which can make the entire modeling process more organized and simple. The Revit project templates in the integrated cloud

Template modules are accepted after a strict evaluation. The

Overall quality of the templates is high and professional.

In the present invention, the completion of the

Information linkage through the integrated information module based on the project file, which includes: that a structural unit a

Project file created in the integrated information module and

configured device requirements and project information; and that the

Device suppliers carry out detailed device information linkage for the devices they supply.

Specifically, the function of the integrated information module is mainly to complete the creation of new projects and the

Information linkage of information about the

Complete device family requirements in the project. Unlike the traditional method of linking information, the

Structural unit represents a unit that determines and outputs requirements for device information, while a device manufacturer represents the actual one

represents information linking unit. The construction unit creates a new project in the integrated information module and adds

Add information requirements and basic project information.

A device supplier performs detailed device information linking for its own devices, making the entire linking process faster, more accurate and more professional.

The present invention provides that the intelligent

Inventory module is installed in an intelligent terminal, the intelligent terminal comprising a mobile phone or a computer; and that the intelligent inventory module is the first

Version of the as-built model in the appropriate format via the BIM

Engineering platform regarding four electrical/electronic

systems downloads.

Specifically, the "intelligent inventory module" is a professional tool that displays marking notes software on a terminal model of a mobile phone, and is used to

Carrying out an on-site inventory to check the

Consistency between construction site and model and to reduce the

Labor used in inventory. This makes the entire on-site inventory more detailed and accurate. If problems are identified during the inventory, they will be addressed

Problems flagged in a timely manner. A problem list can then be exported. Through further modifications to the model based on the

Problem list makes the whole process more comfortable.

In a preferred embodiment, the working steps of the present invention are as follows:

S11: Device BIM families of an engineering relating to four electrical/electronic systems are collected, with collection taking place through two channels, namely provision by device manufacturers and independent creation within the company. The collected BIM family of engineering regarding four electrical/electronic systems has the most basic

Device information, such as device names, specifications and models,

Manufacturers, brands, device descriptions, etc. The engineering device BIM families related to four electrical/electronic systems collected in an integrated device families cloud component module are permanently stored in an integrated cloud

Component module for device families stored and regularly updated or maintained, and as a reserve family for the intelligent

Handover of subsequent project assets used.

S12: For all engineering regarding four electrical/electronic

Systems use Revit to create a BIM project template that is suitable for the project in question in the region in question, whereby this BIM project template is evaluated together by similar projects in the same region within the company and then into the integrated cloud template module is uploaded and then uniformly accepted after review by the administrator. The regular maintenance and the regular

Updating the project templates creates the necessary conditions for rapid project modeling.

S13: After a contract has been awarded for a new project, a...

Project department first determine the equipment suppliers to pave the way for linking asset information. The

Administrator logs into the engineering BIM platform regarding four electrical/electronic systems, creates a new one

Project file in the integrated information module and encrypts it

Permission settings. The administrator calls everyone for the new one

Device families required by the project, add them to this file and also add user asset and basic requirements

Add project information to this file. The project department docks with the construction unit in advance to obtain asset information

Classification of assets, an asset requirement and other relevant information to determine and based on the docked

Content to formulate the user's asset requirement.

S14: After completing the construction of the new project, the releases

Administrator information about the BIM platform and notifies corresponding equipment suppliers so that these equipment suppliers perform information linkage for the equipment they each supply based on basic project documents. To the

Linking information includes delivery channels, classifications of

Assets, unit price, purchase date, lifespan, warranty description,

Place of origin, production number, etc. The device supplier loads device

BIM families from the BIM platform of an engineering company regarding four electrical/electronic systems, adds information about

Revit and re-upload the project file after the addition is complete. After verification, the original device families in the file are replaced to create the final device family library

to form a project.

S15: A project template suitable for the present project is selected from the integrated cloud template module to create a project model, where the families in the model are selected from the integrated information system project file. If the project is a BIM forward design or a design entity provides a BIM model, the project department only needs to provide the

Deploy device families or replace the device families in the model.

After completion of the project modeling, a consistency check between construction drawings and models, collision detection, early model improvement, and modification of the model during the project are carried out

construction process, a modification of a model in the as-built phase and a consistency modification on site. Finally, a first version of the as-built model is created.

S16: The first version of the as-built model is deployed on the BIM platform

Engineerings related to four electrical/electronic systems uploaded, with this model being processed in a lightweight manner to be used by an intelligent terminal (i.e., the intelligent

Inventory module) to form the required format.

S17: The lightweight processed model is downloaded from the engineering BIM platform regarding four electrical/electronic systems and stored in the intelligent inventory module. The administrator provides the intelligent device

Inventory of equipment on site and maintains an inventory

Consistency check between construction site and model. All inconsistencies found are recorded in the terminal system of the

recorded on a mobile phone. All data sets are summarized and analyzed to finally export a list of model changes. The administrator is revising the first version of the as-built

Model based on the problem list and finally forms one

Asset model.

S18: The administrator reports to the BIM platform

Engineering regarding four electrical/electronic systems and creates an asset transfer template required by the owner.

The asset model is then transferred to the BIM platform

Engineerings related to four electrical/electronic systems uploaded with the administrator clicking on “Intelligent one-click matching of information” to make the matching more relevant

Complete asset information and finally this

Export asset transfer template.

S19: The procedure for transferring assets depends on the

Owner's requirements completed, and finally the

Transfer of assets completed.

Working principle of the present invention:

Collect engineering device BIM families related to four electrical/electronic systems, and save the device BIM families.

Families of engineering relating to four electrical/electronic

Systems in the integrated = cloud component module for

device families; Creation of a BIM project template based on Revit, which, after a joint evaluation, is integrated into the integrated cloud

template module is uploaded;

After a contract has been awarded for a new project, create a corresponding project file in the integrated = information module:

Adding project information to the project file, and then adding anything required for the new project

Device families and user asset requirements

project file;

Publish, upon completion of the new project, information by an administrator through the engineering BIM platform regarding four electrical/electronic systems to notify equipment suppliers to use the project file

Carry out information linkage for the devices they supply;

Selecting a project template suitable for a target project from the integrated cloud template module and creating a project model;

Generate a first version of an as-built model from the tested one

Project model and upload of the first version of the as-built model to the engineering BIM platform regarding four electrical/electronic systems;

Easily convert a format of the first version of the AS

Built models by the engineering BIM platform regarding four electrical/electronic systems and sending them to the intelligent inventory module; Taking an inventory

Location by the administrator using the intelligent

Inventory module, and modifying the first version of the as-

Built model to generate an asset model.

Creating an asset transfer template on the BIM platform

Engineering regarding four electrical/electronic systems by the

Administrator intelligently matched with the asset model to obtain an asset transfer form; Completing one

Asset transfer procedure based on a

Business improvement to complete the asset transfer.

The above exemplary embodiments are only for this purpose

Illustration of the technical process of the present

Invention and do not represent any limitation. Although the present

Invention has been described in detail with reference to preferred embodiments, one of ordinary skill in the art should understand that the technical method of the present invention can be modified or equivalently replaced without departing from the spirit and

Scope of the technical method of the present invention may vary.

Claims (6)

Patent claims 1. Intelligent handover procedure for engineering relating to four electrical/electronic systems based on a BIM platform, which is operated based on a BIM platform of an engineering relating to four electrical/electronic systems, whereby the BIM platform of the engineering relating to four electrical/electronic systems an integrated cloud component module for device families, an integrated cloud template module, an integrated information module and an intelligent inventory module, characterized in that the method comprises: collecting device BIM families of engineering relating to four electrical/electronic systems, and storing the Device BIM families of engineering relating to four electrical/electronic systems in the integrated = cloud component module for device families; Creating a BIM project template based on Revit, uploaded to the integrated cloud template module after a joint evaluation, where the engineering device BIM families relating to four electrical/electronic systems include a device name and a specification model; After awarding a new project, create a corresponding project file in the integrated information module: Add project information to the project file, and then add all device families and user asset requirements required for the new project to the project file; Publish, upon completion of the new project, information by an administrator through the engineering BIM platform regarding four electrical/electronic systems to notify equipment suppliers to perform information linkage against the project file for the equipment they each supplied; Selecting a project template suitable for a target project from the integrated cloud template module and creating a project model; Generate a first version of an as-built model from the verified project model and upload the first version of the as-built model to the engineering BIM platform regarding four electrical/electronic systems; Lightweight conversion of a format of the first version of the as-built model by the engineering BIM platform regarding four electrical/electronic systems and sending the same to the intelligent inventory module; conducting an on-site inventory by the administrator using the intelligent inventory module and modifying the first version of the as-built model to generate an asset model; Creation of an asset handover template on the engineering BIM platform relating to four electrical/electronic systems by the administrator, which is intelligently matched with the asset model to obtain an asset handover form; Completing an asset transfer procedure based on a business improvement to complete the asset transfer. 2. Intelligent handover method for engineering relating to four electrical/electronic systems based on a BIM platform according to claim 1, characterized in that in the integrated cloud component module for device families, the BIM families of engineering relating to four electrical/electronic systems are created based on an administrative procedure and accepted upon review and confirmation by the Administrator, and that the device information in the Engineering BIM families relating to four electrical/electronic systems is available for retrieval by a user. 3. Intelligent handover method for engineering relating to four electrical/electronic systems based on a BIM platform according to claim 1, characterized in that the integrated cloud template module contains Revit project templates for various engineering relating to four electrical/electronic systems in different regions, whereby one User selects a suitable project template from the integrated cloud template module when modeling projects. 4. Intelligent handover method for engineering relating to four electrical/electronic systems based on a BIM platform according to claim 1, characterized by completing the information linkage by the integrated information module based on the project file, which comprises: that a construction unit creates a project file in the integrated information module and configured device requirements and project information; and that the device suppliers carry out detailed device information linkage for the devices they each supply. 5. Intelligent handover procedure for engineering relating to four electrical/electronic systems based on a BIM platform according to claim 1, characterized in that the project model is checked after it has been created, the test elements including a consistency check between construction drawings and models, collision detection, and early model improvement and an on-site consistency modification. 6. Intelligent handover process for engineering regarding four electrical/electronic systems based on a BIM platform according to claim 1, characterized in that the intelligent Inventory module is installed in an intelligent terminal, the intelligent terminal comprising a mobile phone or a computer; and that the intelligent inventory module is the first version of the as- Built model in the appropriate format via the BIM platform Engineerings relating to four electrical/electronic systems.