TWM593625U - Green building engineering inspection management system - Google Patents

Abstract

A green building engineering inspection management system, including a servo host, a servo database and at least one mobile electronic device, by comparing the built-in various green building equipment standard performance data, a project-specific inspection form can be automatically generated for inspection The personnel can easily carry out the equipment inspection according to the form items, which helps reduce the demand for professional manpower and improve the inspection efficiency, and utilizes the on-site computing performance inspection results to provide immediate verification by both parties, which can greatly reduce post-event disputes and delay the inspection process.

Description

Green building engineering inspection management system

This creation is a management system related to green building engineering inspection, especially a green building engineering inspection management system that can improve the efficiency and convenience of green building engineering inspection.

The concept of green building originated in 1999. China (Taiwan) promoted the green building evaluation system after the British BREEAM, the US LEED, and the Canadian GBTOOL. The green building seal EEWH (Ecology, Energy Saving, Waste Reduction Waste reduction) and Health (abbreviation of health) systems have been implemented, with seven indicators established and five grades according to their merits.

The evaluation of green buildings is mainly to evaluate the performance status of green building electromechanical engineering, to judge whether the green building engineering meets the design standards; and the electromechanical engineering industry has always been an industry that relies heavily on experience, and the engineering industry must use Its rich practical experience meets the needs of customers. In order to meet the needs of customers for the diversity and variability of electromechanical systems or equipment, electromechanical engineering continues to develop various construction methods and a variety of practical concepts, but in the realization of concepts and construction methods In the course of work, due to the large number of electromechanical components and the complexity of construction operations, the consistency of information, automation of management, and standardization of operations are difficult to be taken into account.

The planning of green building mechanical and electrical engineering, namely in basic design, implementation design, contracting, During the construction process, a series of control measures were implemented to make the electromechanical control within the target range set in the planning stage; however, the problems that may be encountered in the development and implementation of electromechanical are quite numerous, and the associated relationship is very complicated, not every green Construction projects can easily achieve the expected results with the design plan; therefore, how to enable the owner to truly grasp the equipment, construction, installation and operation processes, and correctly grasp the construction status is a problem that the electromechanical engineering industry must face today.

In addition, the green building electromechanical engineering process can be roughly divided into various stages, such as: drawing up specifications at the planning stage of the project, whether the design of the project has selectable source equipment, whether the project can be completed within the budget, and The bidder completes the construction of the landmark buildings within the scheduled time limit and budget, and obtains a reasonable profit. How to complete the mechanical and electrical performance of the planning and design as scheduled is a prerequisite.

In Taiwan’s traditional electromechanical engineering industry system, equipment installation, material protection, trial operation, operation performance testing, system adjustment, control point-to-point inspection, and control system testing are mostly recorded manually, which is not only laborious, time-consuming, and error-prone. Once an error occurs, correction is more time-consuming. Furthermore, the current current method of site construction period management is that the person in charge of the project prepares a simple construction record sheet by manpower before the start of construction, which is an inefficient specification for equipment performance calculation, file archiving, and document production precision.

Those who are familiar with electromechanical engineering generally agree on the performance measurement and acceptance of systems and stand-alone machines. They believe that there are many and trivial recording items and many variables, especially performance measurement. If a single device fails, the entire progress will be delayed. One step of discussion can be found that it is generally found that the error needs to be re-measured when the measurement is completed and returned to the office. Therefore, the time management of the measurement is not optimistic; similarly, the green building project also includes the above problems. In the final inspection, when it is found that the standard of the design scheme is not met, the progress will often be greatly delayed, a lot of manpower and time resources The source is wasted, and it is even easy for disputes between two or more parties (such as the owner, the construction party, and the inspector) to occur and the households not to accept the accounts. Therefore, how to effectively establish a set that can save manpower, reduce disputes and errors, effectively control the progress, and quickly and effectively integrate various process projects to accurately and effectively control the quality of the project is a long-term improvement in the field of green construction and electromechanical engineering. Important subject.

The main purpose of this creation is to provide a green building engineering inspection management system. By generating a dedicated inspection form on a case-by-case basis and a mobile electronic device that is easy to carry and can be synchronized through the network and has a built-in user-friendly operation interface, inspection personnel can The items listed in the inspection form can be easily tested, and the calculations can be performed on the spot based on the detection data to provide both parties to verify the inspection results, so as to accurately and effectively track the progress and quality of the control project, detect problems and improvements early, and improve the engineering and inspection of the green building. effectiveness.

In order to achieve the above purpose, the technical means adopted by the green building engineering inspection management system include a servo database, a servo host and at least one mobile electronic device; the servo database contains at least a green building equipment database And a project database, the green building equipment database is used to store various types of green building equipment standard performance data, the project database is used to store design data and inspection data of multiple projects; the server host is provided with a Management interface for management operations, and the management interface is linked to the server database and includes a personnel management module for managing user identities and a project management module, where the project management module is used to track the status of each project Check the progress and manage the design data and inspection data of each project, and the project management module can generate the inspection of the new inspection project according to the engineering equipment designed by the new project according to the engineering equipment design of the new project. Form; the mobile The sub-device can be connected to the server database through the Internet, and includes an operation interface and a storage unit. The operation interface is connected to the storage unit for users to log in and operate according to their identity. The storage unit includes a green construction equipment Database and a project inspection record, the green construction equipment database can update data from the green construction equipment database of the servo database, and the project inspection record can obtain the design data and inspection form of new projects from the project database , For users to record the inspection data according to the predetermined inspection items through the operation interface, and synchronize the data of the inspection form back to the server database through the Internet; wherein, the operation interface includes a record storage module and a performance Verification module, the record storage module is used for users to detect the equipment of the project according to the verification form and record the verification data, and the performance verification module is used to toss the calculation verification data and compare the green The construction equipment database integrates the project design data to judge the performance inspection results of the equipment for on-site verification of the inspection data.

In this way, the manager can log in the new project through the management platform and automatically generate an inspection form to provide an inspector who is dispatched to perform inspection according to the inspection item, which helps reduce the qualification requirements that require human experience judgment. To improve the inspection efficiency; through data synchronization, the progress of project projects and inspections can be tracked in real time. On-site data calculation can unify the quality of inspections, reduce human error and possible disputes after the inspections, achieve early detection of problems and improve goals, which can be effectively controlled A management system that manages the quality of green building projects, equipment operating efficiency, and simplifies the inspection process.

According to the above system architecture, the management interface further includes an inspection result export module, which is connected to the green construction equipment database and the project database, and is used to transfer the completed project data data to the operation according to the operation and Compare with the green construction equipment database, integrate the project design data to judge and output the performance inspection results of the project equipment project.

According to the above system architecture, the management interface may further include a green building The equipment data update module is used for the operation to input updated green building equipment standard performance data.

According to the above system architecture, the green building equipment standard performance data may include BIM model information (Building Information Modeling).

According to the above system architecture, the verification data recorded by the record storage module at least includes the detected value record and the photo record of the record.

According to the above system architecture, the equipment items of each project include at least one or any combination of pump impeller, windmill impeller, coil, ice water host, ice storage host, heat pump host, heat recovery host or cooling water tower.

In order to gain a more specific understanding of the above purpose, features and functions of this creation, the preferred embodiments of this creation are described below with the accompanying drawings as follows:

1‧‧‧ Green Building Engineering Inspection Management System

10‧‧‧Servo host

11‧‧‧ Management interface

111‧‧‧Personnel Management Module

112‧‧‧Project management module

113‧‧‧Examination result export module

114‧‧‧ Green Construction Equipment Data Update Module

12‧‧‧Servo database

121‧‧‧ personnel database

122‧‧‧ Project database

123‧‧‧ Green Construction Equipment Database

20‧‧‧Mobile electronic device

21‧‧‧Operation interface

211‧‧‧ record certificate module

212‧‧‧Performance Inspection Module

22‧‧‧Storage unit

221‧‧‧ Project inspection record

222‧‧‧ Green Construction Equipment Database

30‧‧‧Internet

Fig. 1 is a block diagram of the system of this creative embodiment.

FIG. 2 is a block diagram of the servo host in this creative embodiment.

FIG. 3 is a block diagram of a mobile electronic device of this creative embodiment.

FIG. 4 is a schematic diagram of an operation interface of the first embodiment of the present creation.

FIG. 5 is a schematic diagram of another operation interface of this creative embodiment.

Please refer to FIG. 1, it can be seen that the architecture of the authoring system mainly includes a server host 10, a server database 12 and a mobile electronic device 20 that can be connected to each other through the Internet 30.

The servo database 12 can be coordinated with reference to FIG. 2, which mainly includes a personnel database 121, a project database 122 and a green construction equipment database 123. The personnel database 121 is mainly used to store user-related data. Users can be divided into management personnel and inspection personnel. Related data includes such as personnel identification data, corresponding identity verification account passwords, inspection personnel dispatch status, dispatch records, etc. Personnel file information. The green building equipment database 123 mainly stores various types of green building equipment standard performance data, such as recording the performance judgment items and standard standard performance parameters corresponding to various brands and styles of green building mechanical and electrical equipment for the system to compare Or the basis for operation judgment. The project database 122 is used to store project design data and inspection data.

The server host 10 is mainly provided with a management interface 11 for providing management personnel who can log in to perform various management operations after identity verification. The management interface 11 is provided with at least a personnel management module 111, a project management module 112, a The inspection result export module 113 and a green construction equipment data update module 114. Among them, the personnel management module 111 is mainly connected to the personnel database 121 for the management personnel to perform operations management such as searching, updating or recording personnel file data. The project management module 112 is connected to the project database 122 and the green building equipment database 123, and provides functions such as form generation when entering a new project, tracking inspection progress during dispatch inspection, and data management according to the progress status of each project; , When the project is newly built, it can generate the inspection form of the scheduled inspection items of the project according to the engineering equipment design of the project compared to the green construction equipment database 123, which is stored in the project database 122 for the dispatched inspection personnel to obtain using the mobile electronic device 20 The form is inspected, and during the inspection process, the administrator can check the project synchronization records from the project database 122 to track and judge the inspection progress, and manage the design data and inspection data of these projects.

Generally speaking, the engineering equipment projects of the Green Building Project can be pump impeller, windmill impeller, coil, ice water host, ice storage host, heat pump host, heat recovery host, cooling water tower, etc.

The verification result export module 113 is connected to the project database 122 and the green construction equipment database 123, for the management personnel to obtain project data from the project database 122, according to the data after tossing calculation and comparison of the green The construction equipment database integrates the project design data to judge and output the performance inspection results of the project equipment project. Further, it can be output as expected execution report or record data and other formats according to demand. The green building equipment data update module 114 is connected to the green building equipment database 123, and provides management personnel to update the new green building equipment standard performance data to the green building equipment database 123. Standard performance data can include BIM model data (Building Information Modeling), which allows operators to quickly import project BIM model data, which can greatly reduce manpower and material resources, allowing general inspectors to use BIM model data to solve high professional capabilities The problem of demand.

The mobile electronic device 20 is mainly used as a recording instrument for inspectors to bring to the construction site, and is connected to the servo database 12 through the Internet 30. In this creative embodiment, a tablet computer with a shooting function is used. The mobile electronic device 20 has at least a storage unit 22 built in and can be used to execute an operation interface 21, which provides a user-friendly interface (as shown in FIG. 4) for the inspection personnel to operate, and the inspection personnel can verify their identity Operate after logging in; the storage unit 22 connects to the operation interface 21, and can synchronize with the connection data of the server database 12 through the Internet 30, and at least provide a storage of a project inspection record 221 and a green construction equipment database 222, The project inspection record 221 can obtain the design data and inspection form of the new project from the project database 12 for the inspection personnel to record the inspection data according to the scheduled inspection items through the operation interface 21 Data, and then synchronize the data of the inspection form back to the servo database 12, and the green building equipment database 222 can update the standard performance of various green building equipment from the green building equipment database 123 of the servo database 12. data. The operation interface 21 is provided with a record storage module 211 and a performance verification module 212. The record storage module 211 is for inspection personnel to inspect the corresponding project according to the inspection form (the inspection items shown on the left side of Figure 4) Equipment and record inspection data, in this embodiment, the recorded inspection data includes the detected numerical records and photo records for certificate storage (as shown in Figure 4); and the performance verification module 212 is able to toss calculation data and compare with the green construction equipment database 222, synthesize the project design data to judge the performance inspection results of the equipment. The performance inspection results can be presented through data or graphs. The design value and measured value shown in the figure provide comparison, and the chart is presented as shown in Figure 5. The standard performance curve of the green construction equipment is compared with the measured drop point for the verification of the two or more parties on the site data.

In actual application, the owner of the green building puts forward inspection requirements after the project is completed. The management personnel can create a new project through the management interface 11. The project management module 112 compares the engineering equipment designed according to the project with the green building equipment database 123 to generate this project Exclusive inspection form; then, the inspector can use the mobile electronic device 20 to obtain the inspection form, go to the construction site of the green building project for inspection, and display the predetermined inspection items of the inspection form through the operation interface 21, one by one corresponding green Testing of construction equipment, record the value of the test through the record storage module 211 and take a photo of the test equipment, environment or test process. After the inspection of the predetermined inspection items of each equipment is completed, the performance verification module 212 can be used Calculate the performance inspection result of the equipment directly for verification by the owner or engineer on site to confirm the correctness of the inspection. After all the inspection items are completed, you can use Internet 30 or move to an environment with Internet 30 The inspection data of the case is synchronously returned to the project database 122, and then the management personnel can use the inspection result export module 113 to export the inspection result or make an inspection report, and complete the green building inspection process quickly and accurately.

Based on the above, this creation can indeed improve the efficiency of green building engineering inspection, reduce progress lag and disputes, and reduce the demand for professional manpower, improve the convenience of inspection operations, and ensure the quality of inspection. It is a novelty and progress. For a creative creation, a patent application is filed in accordance with the law; however, the above description is only for the description of the preferred embodiment of this creation, and any change, modification, alteration, or equivalent replacement of the extension of the technical means and scope of this creation, All should fall within the scope of the patent application for this creation.

1‧‧‧ Green Building Engineering Inspection Management System

10‧‧‧Servo host

12‧‧‧Servo database

20‧‧‧Mobile electronic device

30‧‧‧Internet

Claims (6)

A green construction engineering inspection management system includes: a servo database, which includes at least a green construction equipment database and a project database. The green construction equipment database is used to store various types of green construction equipment standard performance data. The database is used to store the design data and inspection data of the plural project; a servo host, which is provided with a management interface for providing management operations, the management interface is connected to the server database, and at least includes: a personnel management module, Used to manage user identities; a project management module to track the inspection progress of each project and manage the design data and inspection data of each project, and the project management module can follow the new project when it is newly entered The designed engineering equipment compares the green construction equipment database to generate the inspection form of the new project's scheduled inspection items; at least one mobile electronic device, which can connect to the servo database via the Internet, includes an operation interface and a storage unit, The operation interface is connected to the storage unit for users to log in and operate according to their identity. The storage unit includes a green construction equipment database and a project inspection record. The green construction equipment database can be accessed from the green Update data of the construction equipment database. The project inspection record can obtain the design data and inspection form of the new project from the project database for the user to record the inspection data according to the predetermined inspection items through the operation interface, and use the Internet to save the inspection data. The data of the verification form is synchronized back to the server database; wherein, the operation interface includes a record storage module and a performance verification module. The record storage module is used for the user to detect the project according to the verification form Equipment and record the inspection data, the performance check module is used to turn over the operation inspection data and compare with the green building equipment database, synthesize the project design data to judge the performance inspection results of the equipment, For on-site verification and inspection data. The green building engineering inspection management system as described in item 1 of the patent application scope, wherein the management interface further includes an inspection result export module, which connects the green building equipment database and the project database to The project data of the completed inspection is tossed and compared with the green construction equipment database, and the design data of the project is integrated to determine and output the performance inspection results of the project equipment project. The green building engineering inspection management system as described in item 1 of the patent application scope, wherein the management interface further includes a green building equipment data update module for the operation to input updated green building equipment standard performance data. For example, the green building engineering inspection management system as described in item 3 of the patent application scope, wherein the standard performance data of the green building equipment may include BIM model data (Building Information Modeling). The green building engineering inspection management system as described in item 1 of the patent application scope, wherein the inspection data recorded by the record storage module at least includes the detected numerical record and the photo record of the storage certificate. The green building engineering inspection management system as described in item 1 of the patent scope, wherein the equipment items of each project include at least pump impeller, windmill impeller, coil, ice water host, ice storage host, heat pump host, heat recovery host Or one or any combination of cooling water towers.

Images