TW202129560A - Electromechanical engineering management system connected to the management center server through the Internet by the terminal devices of the manager and the owner - Google Patents

Abstract

The present invention provides an electromechanical engineering management system, which is mainly connected to the management center server through the Internet by the terminal devices of the manager and the owner. It includes: a user who is the user of the electromechanical engineering management system, including managers and owners, to connect with the management center server through terminal devices and Internet; a management center server, which contains the engineering information of the electromechanical engineering project, to connect with the user through the Internet to provide services; an electromechanical engineering management application program, which exists in the management center server and includes: a management operation interface, owner screen operation interface, engineering statistics operation interface, and engineering plan operation interface. According to this framework, it is an integration and innovation system to jointly check the management engineering information, progress, and scheduling.

Description

Mechanical and Electrical Engineering Management System

The invention relates to a mechanical and electrical engineering management system, in particular to a construction industry mechanical and electrical distribution pipeline engineering construction and engineering management system.

According to the current situation, there are the following problems in the construction of electrical and mechanical engineering:

1. Non-planned construction. Because there is no plan to analyze and confirm the construction of the pre-construction engineering drawings and specifications when implementing the design drawings, each construction staff cannot understand the process execution and the content of the operation. Cause loss of working hours.

2. Due to the improper command and dispatch of Party A and Party B’s management personnel and failure to invest manpower in accordance with the priority of the project, the loss of repetitive work hours has resulted.

3. The uncertainty of manpower demand leads to the difficulty of manpower scheduling investment.

4. Loss of working hours due to Party B's inadequate supply of construction drawings.

5. Loss of working hours caused by the inadequate supply of materials by Party B.

6. Loss of working hours caused by laziness of construction workers due to lack of management personnel.

7. The loss of working hours caused by the lack of inspection due to insufficient inspection by the management personnel, which caused the construction personnel to cover up the poor construction.

8. Inability to effectively grasp the attendance of construction personnel, false reporting of construction personnel attendance, and cost loss caused by false reporting of project progress.

9. Unable to grasp the personnel scheduling during the peak period of the project.

10. Due to insufficient management, it is impossible to quantify and control the efficiency and production capacity of construction personnel, resulting in poor production capacity of construction personnel and delay of project progress. Finally, it is necessary to increase manpower to make up for the increase in labor costs caused by the progress of the project.

11. Loss of work-hours caused by the failure of Party A and Party B’s management personnel to clarify, supply materials, remove obstacles, etc.

12. The loss of repetitive working hours caused by the construction workers cutting corners and materials.

13. Time loss of repeated implementation due to slow design change information.

14. Lost of repetitive working hours due to wrong instructions by the management personnel of Party A and Party B.

15. The owner cannot know the project information and expresses questions and suggestions in a timely manner.

Therefore, in response to the above-mentioned problems in the prior art, how to develop a practical invention for owners and managers to more effectively check and manage project information, progress, and scheduling is what users are eagerly awaiting, and relevant businesses must work hard to develop breakthroughs. The goal and direction.

In view of the above-mentioned problems of the prior art, the present invention mainly The purpose is to provide a mechanical and electrical engineering management system to achieve the purpose of the construction of mechanical and electrical distribution pipeline engineering and engineering management that the owner and the manager jointly supervise and jointly check; and the technical characteristics of solving the problem are:

1. Through the user (owner) terminal device to connect to the management center server through the Internet, including: real-time project information query, project information query, task progress query, project progress query, project obstacle query, project to-do list query , Project to be clarified items inquiries, sent to the inspection control table for inquiries, construction schedule inquiries.

2. Use the user (manager) terminal device to connect to the management center server via the Internet, including: project real-time information query, project information management version query, floor progress query, section floor progress query, and floor pricing query.

3. The management center server is connected to the management center server through the Internet through the user (manager) terminal device, including: engineering statistics and engineering plans.

With this innovative and unique design, compared with the prior art, the present invention can roughly achieve the following effects:

1. The present invention is implemented through the mechanical and electrical engineering management system, and the owner connects to the Internet system through the user terminal device. The implementation includes: real-time project information query, project information query, task progress query, project progress query, project obstacle query, and project to-do Inquiry about issues, inquiries about items to be clarified in the project, inquiries on the inspection control list, and inquiries on construction schedules, in order to achieve the effect of real-time communication and problem-solving.

2. The present invention is through the electromechanical engineering management system, and the administrator connects to the Internet system through the user terminal device to perform the execution including: real-time project information query, project information management query, floor progress query, section floor progress query, and floor pricing query to achieve accuracy Practical and progressive effect to control progress and cost.

3. Through the electromechanical engineering management system of the present invention, the administrator connects to the Internet system through the user terminal device to perform the functions including: engineering statistics and engineering planning to eliminate engineering obstacles and effectively arrange manpower.

1: user

11: Owner

12: Manager

2: terminal device

3: Internet

4: Management Center Server

41: Cloud database

42: Electrical and Mechanical Engineering Management Application

421: Owner screen operation interface

4211: Project real-time information

42111: work shift

42112: check-in and check-out items

42113: Civil Engineering Project

421131: location

421132: Project

421133: task photos

42114: task list

421141: location

421142: System

421143: Project

421144: Number of executives

42115: Expected arrival in the past three days

421151: Estimated delivery date

4212: Project Information

42121: labor expenditure

42122: Material expenditure

42123: Management and sales expenses

42124: Engineering

42125: days/%

4213: Task progress query

42131: select floor

42132: Select mission system

42133: select system

42134: select work shift

42135: location

42136: System

42137: Project

42138: Estimated completion date

42139: Actual completion date

421310: completed/total number of work items

421311: Progress

421312: drawing

421313: pre-task

421314: Materials

421315: Obstacle

421316: Actual/planned number of jobs

421317: Cumulative cost

421318: Cumulative/Estimated Income

421319: historical record

4214: Project progress query

42141: select floor

42142: select system

42143: Select label

42144: select work shift

42145: Select the structure of the disc body

421451: Electrical System

421452: Weak Current System

421453: Water Supply System

421454: Drainage system

421455: Fire Fighting System

42146: Statistics

42147: Total number of work items

42148: Number of obstacles (completed)/number of work items

42149: Number of obstacles (unfinished) / number of work items

421410: Total cumulative income

421411: Total projected revenue

421412: location

421413: System

421414:From

421415:To

421416: work content

421417: pre-work

421418: Materials

421419: drawing

421420: to be clarified

421421: Progress

421422: Construction photos

421423: Obstacle

421424: Cumulative/Estimated Income

421425: task query

421426: Independent inspection

421427: Owner Inspection

421428: missing

421429: Valuation

421430: sort

4215: Engineering Obstacles

42151: new items

42152: Types of new items

42153: System

42154: Reply

42155: proposal day

42156: Last update date

42157: Estimated completion date

42158: actual completion date

42159: Type

421510: range

421511: Title

4216: Engineering Backlog

42161: new items

42162: Types of new items

42163: system

42164: Reply

42165: proposal day

42166: Last update date

42167: Estimated completion date

42168: actual completion date

42169: Type

421610: range

421611: Title

4217: Project to be clarified

42171: new items

42172: New item types

42173: send a letter

42174: project list

421741: System

421742: Reply

421743: Proposal Day

421744: Last update day

421745: Estimated completion date

421746: Actual completion date

421747: Type

421748: range

421749: Title

42175: Responsible list

42176: related list

42177: Approval checklist

4218: Send inspection control form

42181: New items to be submitted for review

42182: should be sent

42183: not sent

42184: should be sent but not sent

42185: submitting for review

42186: returned

42187: nearly overdue

42188: approved

42189: Items submitted for review

421810: Plan submission date

421811: Status

421812: approved date

421813: Approval deadline

421814: New edition

421815: Edit submission project

4219: Construction Schedule

42191: fully expanded

42192: Roll to latest

42193: dispatch

421931: location

421932: System

421933: project

421934: Reason for dispatch

421935: other

421936: Date

42194: location

42195: Category

42196: System

42197: Project

42198: contract start date

42199: Estimated completion date

421910: Contract completion date

421911: suggestion

421912: Status

421913: Construction plan submitted for review

421914: Estimated start date

421915: materials and equipment submitted for review

421916: Estimated end date

421917: Construction drawings submitted for review

421918: Actual completion date

421919: Material and equipment inspection

421920: The total number of completed projects

421921: drawing

421922: historical record

421923: completed

421924: Total number of work items

421925: Progress

421926: Obstacle

421927: historical record

421928: Materials

421929: work shift

422: Management

4221: Project real-time information

42211: work shift

42212: sign in

42213: sign out

42214: Civil Engineering Project

422141: location

422142: Project

422143: Mission photos

42215: task list

422151: location

422152: System

422153: Project

422154: Number of executives

42216: Expected arrival in the past three days

422161: Estimated delivery date

4222: Project Information Management

42221: bid name

42222: Completed material pricing

42223: Total material pricing

42224: Completed salary valuation

42225: Total salary valuation

42226: progress

42227: Total/Month Manpower Expenditure

42228: Total/Monthly Material Expenditure

42229: Total/Month Management Expenditure

422210: Engineering days/% of total/number of workers this month

422211: Total/Number of jobs this month

422212: Total/Number of paid workers this month

422213:Total/Number of paid jobs this month

4223: Floor progress query

42231: Choose a bid

42232: location

42233: progress item

422331: Plane BOX lofting and PVC piping completed

422332: PVC and EMT piping on the facade of the light partition wall

422333: Power main pipe piping completed

422334: The indoor lamp plug-in cable is completed for the first time

422335: The second time the indoor lamp is plugged into the cable

422336: The small public area and the elevator hall cable are completed

422337: Weak current and monitoring system pull water line completed

422338: Power main line pull line completed

422339: Aluminum wire duct installation is complete

4223310: indoor

4223311: Installation of appliances in the small public area and hallway is completed

4223312: each household's household plate

4223313: The installation and connection of the small public electric panel is completed

4223314: Power transmission and test completed

42234: The total amount of this item

42235: Amount of a single floor

42236: Project completed%

42237: Amount completed

42238: The completion of the project accounts for% of the total contract

4224: Interval floor progress query

42241: Choose a bid

42242: location

42243: progress item

422431: Plane BOX lofting and PVC piping completed

422432: PVC and EMT piping on the facade of light partition wall

422433: Power main pipe piping completed

422434: The indoor lamp plug-in cable is completed for the first time

422435: The second time the indoor lamp is plugged into the cable

422436: The small public area and the elevator hall cable are completed

422437: Weak current and monitoring system pull water line completed

422438: Power main line pull line completed

422439: Aluminum wire duct installation is complete

4224310: Indoor

4224311: The installation of appliances in the small public area and hallway is completed

4224312: each household's household plate

4224313: The installation and connection of the small public electric panel is completed

4224314: Power transmission and test completed

42244: The total amount of this item

42245: Amount of a single floor

42246: Project completed%

42247: Amount completed

42248: The completion of the project accounts for% of the total contract

4225: Floor pricing query

42251: Choose a bid

42252: location

42253: Progress item

422531: Plane BOX lofting and PVC piping completed

422532: PVC and EMT piping on the facade of light partition wall

422533: Power main pipe piping completed

422534: The indoor light plug-in cable is completed for the first time

422535: The second time the indoor lamp is plugged into the cable

422536: The small public area and the elevator hall cable are completed

422537: Weak current and monitoring system pull water line completed

422538: Power main line pull line completed

422539: Aluminum wire duct installation is complete

4225310: Indoor

4225311: The installation of appliances in the small public area and hallway is completed

4225312: each household's household plate

4225313: The installation and connection of the small public electric panel is completed

4225314: Power transmission and test completed

42254: The total amount of this item

42255: Amount of a single floor

42256: Project completed%

42257: Amount completed

42258: The completion of the project accounts for% of the total contract

423: Engineering Statistics

4231: Historical query

4232: Interval history query

4233: Task progress query

4234: Project progress query

4235: Engineering Obstacles

4236: Engineering Backlog

4237: Project to be clarified

4238: Engineering Suggestions

4239: Engineering obstacles (all construction sites)

42310: send inspection control form

424: Engineering Plan

4241: Process establishment

4242: Mission established

4243: pre-task plan

4244: dispatch plan

4245: pre-task dispatch

4246: additional management

Figure 1: The architecture diagram of the electromechanical engineering management system of the present invention.

Figure 2: The basic structure diagram of the electromechanical engineering management application program of the present invention.

Figure 3: The structure diagram of the owner's screen operation interface of the present invention.

Figure 4: is a diagram of the management and operation interface architecture of the present invention.

Figure 5: It is the architecture diagram of the engineering statistics operation interface of the present invention.

Figure 6: It is the structure diagram of the engineering project operation interface of the present invention.

Figure 7: is a block diagram of the project real-time information operation interface of the present invention.

Figure 8: is the structure diagram of the project information operation interface of the present invention.

Fig. 9 is a structural diagram of the task progress query operation interface of the present invention.

Figure 10: It is the structure diagram of the work item progress query operation interface of the present invention.

Figure 11: is the structure diagram of the operation interface of the selection disk structure of the present invention.

Fig. 12: It is the structure diagram of the operation interface of the engineering obstacles of the present invention.

Figure 13: It is the structure diagram of the engineering to-do list operation interface of the present invention.

Figure 14: It is a diagram of the operation interface structure of the project to be clarified in the present invention.

Figure 15 is a structural diagram of the project list operation interface of the present invention.

Figure 16: is the structure diagram of the operation interface of the present invention.

Figure 17: It is the structure diagram of the construction scheduling operation interface of the present invention.

Figure 18: It is a block diagram of the project real-time information operation interface of the present invention.

Figure 19: It is the structure diagram of the project information management operation interface of the present invention.

Figure 20: is the architecture diagram of the floor progress query operation interface of the present invention.

Figure 21: is a diagram of the structure of the schedule project operation interface of the present invention.

Figure 22: It is the structure diagram of the inter-floor progress query operation interface of the present invention.

Figure 23: is the structure diagram of the schedule project operation interface of the present invention.

Figure 24: is the structure diagram of the floor pricing query operation interface of the present invention.

Figure 25: is a diagram of the structure of the schedule project operation interface of the present invention.

Please refer to Figure 2, which is the basic structure diagram of the electromechanical engineering management application program of the present invention. However, these embodiments are for illustrative purposes only and are not restricted by this structure in the patent application.

In order to further understand the structure and technology of the present invention, I would like to further explain in detail later in conjunction with the diagrams:

Please refer to Figures 1 and 2. The electromechanical engineering management system of the present invention mainly uses the terminal device 2 of the user 1 (owner 11 and manager 12) to connect to the management center server 4 through the Internet 3 to perform Jointly check and manage project information, progress and schedules, and an integrated and innovative system for managers 12 to perform project statistics and project planning. It includes: a user 1, which is the user of the mechanical and electrical engineering management system, including owner 11 and management Person 12, through the terminal device 2, the Internet 3 and the management center server 4 to connect; The management center server 4, which includes a cloud database 41 for processing and storing information about electromechanical engineering projects, is connected to the user 1 through the Internet 3 to provide services; an electromechanical engineering management application 42 is set on the management center server The device 4 includes: the owner screen 421 operation interface, the management 422 operation interface, the engineering statistics 423 operation interface, and the engineering plan 424 operation interface.

Please refer to Figures 1 to 3, which are the structure diagrams of the owner screen operation interface of the present invention. The electromechanical engineering management system of the present invention, wherein the owner screen 421 operation interface of the electromechanical engineering management application 42 includes: project real-time information 4211 operation interface , Project information 4212 operation interface, task progress inquiry 4213 operation interface, work item progress inquiry 4214 operation interface, engineering obstacles 4215 operation interface, engineering to-do items 4216 operation interface, engineering pending items 4217 operation interface, and inspection control form 4218 Operation interface, construction scheduling 4219 operation interface.

Please refer to Figures 1, 2 and 4, the electromechanical engineering management system of the present invention, wherein the management 422 operation interface of the electromechanical engineering management application 42 includes: project real-time information 4221 operation interface, project information management 4222 operation interface, floor progress Inquiry 4223 operation interface, section floor progress inquiry 4224 operation interface and floor pricing inquiry 4225 operation interface.

Please refer to Figures 2 and 5, the electromechanical engineering management system of the present invention, wherein the engineering statistics 423 operation interface of the electromechanical engineering management application 42 includes: historical query 4231 operation interface, interval history query 4232 operation interface, task progress query 4233 Operation interface, work item progress query 4234 operation interface, engineering obstacles 4235 operation interface, engineering to-do items 4236 operation interface, engineering to-be clarified items 4237 operation interface, engineering suggestions 4238 operation interface, engineering obstacles (all construction sites) 4239 operation interface, and inspection control form 42310 operation interface.

Please refer to Figures 1, 2 and 6, which are the engineering plan operation interface architecture diagrams of the present invention. The electromechanical engineering management system of the present invention, wherein the engineering plan 424 operation interface of the electromechanical engineering management application 42 includes: process creation 4241 operation interface, task creation 4242 operation interface, pre-task plan 4243 operation interface, dispatch plan 4244 operation interface, pre-task dispatch 4245 operation interface, additional management 4246 operation interface.

Please refer to Figures 3 and 7, the present invention’s electromechanical engineering management system, in which the project real-time information 4211 of the owner screen 421 operation interface includes: work class 42111, sign in 42112, sign out 42113, civil engineering project 42114, which includes: location 421141, project 421142, task photo 421143, task list 42115 which contains: location 421151, system 421152, project 421153, number of people 421154, 42116 expected to arrive in the past three days, which contains: estimated delivery date 421161.

Please refer to Figures 3 and 8, the project information 4212 of the owner screen 421 operating interface of the present invention’s electromechanical engineering management system includes: manpower expenditure 42121, material expenditure 42122, management and marketing costs 42123, engineering 42124, days/%42125 .

Please refer to Figures 3 and 9, the mechanical and electrical engineering management system of the present invention, in which the task progress query 4213 of the owner screen 421 operation interface includes: select floor 42131, select task system 42132, select system 42133, select work class 42134, location 42135, system 42136, project 42137, estimated completion date 42138, actual completion date 42139, completed/total work item Number 421310, progress 421311, drawing 421312, pre-task 421313, material 421314, obstacle 421315, actual/planned labor number 421316, cumulative cost 421317, cumulative/projected revenue 421318, historical record 421319.

Please refer to Figures 3 and 10, in the electromechanical engineering management system of the present invention, the owner screen 421 operation interface of the work item progress query 4214 operation interface includes: select floor 42141, select system 42142, select tag 42143, select work class 42144, select Panel structure 42145, statistics 42146, total number of work items 42147, number of obstacles (completed)/number of work items 42148, number of obstacles (uncompleted)/number of work items 42149, total cumulative income 421410, total estimated income 421411, position 421412 , System 421413, From421414, To421415, work content 421416, pre-work 421417, materials 421418, drawing 421419, to be clarified 421420, progress 421421, construction photos 421422, obstacles 421423, cumulative/estimated income 421424, task query 421425, independent inspection 421426, owner check 421427, missing 421428, pricing 421429, sorting 421430.

Please refer to Figures 10 and 11, the electromechanical engineering management system of the present invention, in which the work item progress query 4214 operation interface selection panel structure 42145 operation interface includes: electrical system 421451, weak current system 421452, water supply system 421453, drainage system 421454, Fire fighting system 421455.

Please refer to Figures 3 and 12, the mechanical and electrical engineering management system of the present invention, in which the owner screen 421 operation interface of the engineering obstacles 4215 operation interface includes: new item 42151, new item type 42152, system 42153, reply 42154, proposal date 42155, last update date 42156, estimated completion date 42157, actual completion date 42158, type 42159, range 421510, title 421511.

Please refer to Figures 3 and 13, the mechanical and electrical engineering management system of the present invention. The project to-do items 4216 of the owner screen 421 operation interface includes: new item 42161, new item type 42162, system 42163, reply 42164 , Proposal date 42165, Last update date 42166, Estimated completion date 42167, Actual completion date 42168, Type 42169, Scope 421610, Title 421611.

Please refer to Figures 3 and 14, the mechanical and electrical engineering management system of the present invention, in which the owner screen 421 operation interface of the project to be clarified 4217 operation interface includes: new item 42171, new item type 42172, mail 42173, item list 42174 , Responsible list 42175, related list 42176, endorsement list 42177.

Please refer to Figures 3, 14 and 15, the mechanical and electrical engineering management system of the present invention, in which the owner screen 421 operating interface, the project list of items 4217 to be clarified, 42174 operating interface includes: system 421741, reply 421742, proposal date 421743, last update Date 421744, Estimated Completion Date 421745, Actual Completion Date 421746, Type 421747, Scope 421748, Title 421749.

Please refer to Figures 3 and 16, the mechanical and electrical engineering management system of the present invention, in which the owner screen 421 operation interface of the control form 4218 for review and inspection includes: 42181 newly submitted items for review, 42182 to be submitted, 42183 not to be submitted, 42184 should be sent but not sent 42184, 42185 submitted for review, 42186 returned, 42187 nearly overdue, 42188 approved, 42189 submitted for review, planned review date 421810, status 421811, verification date 421812, verification deadline 421813, new edition 421814 421815, edit submission project.

Please refer to Figures 3 and 17, the mechanical and electrical engineering management system of the present invention, in which the owner screen 421 operation interface construction schedule 4219 operation interface includes: fully expanded 42191, roll to latest 42192, dispatch 42193, which includes: location 421931, System 421932, project 421933, dispatch reason 421934, other 421935, date 421936, location 42194, category 42195, system 42196, project 42197, contract start date 42198, estimated completion date 42199, contract completion date 421910, recommendation 421911, status 421912, Construction plan submitted for review 421913, estimated start date 421914, materials and equipment submitted for review 421915, estimated end date 421916, construction drawings submitted for review 421917, actual completion date 421918, materials and equipment inspection 421919, total completed projects 421920, drawings 421921, historical records 421922, completed 421923, total number of work items 421924, progress 421925, obstacles 421926, historical records 421927, materials 421928, work shifts 421929.

Please refer to Figures 4 and 18, the electromechanical engineering management system of the present invention, in which the project real-time information 4221 of the management 422 operation interface includes: work class 42211, sign-in 42212, sign-out 42213, civil engineering project 42214, which includes: location 42214 , Project 422142, task photo 422143, task list 42215 which contains: location 422151, system 422152, project 422153, the number of executives is 422154, the estimated arrival of the goods in the past three days is 42216, which includes: the estimated delivery date 422161.

Please refer to Figures 4 and 19, in the electromechanical engineering management system of the present invention, the project information management 4222 operation interface of the management 422 operation interface includes: bid name 42221, completed material valuation 42222, total material valuation 42223, and completed wage valuation 42224, total salary valuation 42225, progress 42226, total/month manpower expenditure 42227, total/month material expenditure 42228, total/month management expenditure 42229, engineering days/% total/monthly workers 42210, total/ 422211 total/monthly paid workers, 422212 total/monthly paid workers, 422213 total/monthly paid workers.

Please refer to Figures 4, 20 and 21, the electromechanical engineering management system of the present invention, in which the floor progress query of the management 422 operation interface 4223 operation interface includes: selection order 42231, position 42232, progress item 42233, which includes: plane BOX stakeout And PVC piping completed 422331, light partition wall facade PVC and EMT piping 422332, power main pipe piping completed 422333, indoor lamp plug-in cable completed for the first time 422334, indoor lamp plug-in cable for the second time 422335, small public area and The elevator hall cable is completed 422336, the weak current and monitoring system cable is completed 422337, the power main line cable is completed 422338, the aluminum wire trough installation is completed 422339, the indoor 4223310, the small public area and the elevator hall appliances are installed 4223311 4223312. The installation and connection of small public electric panels were completed 4223313, and the power transmission and testing were completed 4223314. The total amount of this item is 42234, the amount of a single floor is 42235, the project has completed 42236, and the completed amount is 42237. The completion of the project accounts for 42238 of the total contract.

Please refer to Figures 4, 22 and 23, the present invention of electromechanical engineering management In the system, the management 422 operation interface of the interval floor progress query 4224 operation interface includes: selection order 42241, location 42242, progress item 42243, which includes: plane BOX lofting and PVC piping completion 422431, light partition wall facade PVC and EMT piping 422432, power main pipe piping completed 422433, indoor lamp plug-in cable completed for the first time 422434, indoor lamp plugged cable for the second time 422435, small public area and stair hall pull cable completed 422436, weak current and monitoring system pull cable Completion of 422437, power main line pull line 422438, aluminum trunking installation 422439, indoor 4224310, small public area and stair hall equipment installation 4224311, each household's household board 4224312, small public power board installation and wiring completed 4224313, power transmission and testing Completion of 4224314, the total amount of this item is 42244, the amount of a single floor is 42245, the project has been completed% 42246, the completed amount is 42247, and the completion of the project accounts for 42248% of the total contract.

Please refer to Figures 4, 24 and 25, the electromechanical engineering management system of the present invention, the management 422 operation interface of the floor pricing query 4225 operation interface includes: selection order 42251, location 42252, progress item 42253, which includes: plane BOX stakeout And PVC piping completed 422531, light partition wall facade PVC and EMT piping 422532, power main pipe piping completed 422533, indoor light plug-in cable completed for the first time 422534, indoor light plug-in cable for the second time 422535, small public area and The elevator hall cable is completed 422536, the weak current and monitoring system cable is completed 422537, the power trunk cable is completed 422538, the aluminum trunking installation is completed 422539, the indoor 4225310, the small public area and the elevator hall appliances are installed 4225311 4225312. The installation and connection of small public electric panels are completed 4225313, power transmission and testing are completed 4225314, the total amount of this item is 42254, the amount of a single floor is 42255, the project has been completed% 42256, and the amount has been completed 42257. The completion of the project accounts for 42258% of the total contract.

The above-mentioned embodiments are used to describe the present invention in detail, and although specific terms are used in the text, the patent scope of the present invention cannot be limited by this; those familiar with the technical field should understand the spirit of the present invention. After the principles are changed and modified to achieve the equivalent purpose, these changes and modifications should be covered by the scope of the patent application as described later.

42: Electrical and Mechanical Engineering Management Application

421: Owner Screen

422: Management

423: Engineering Statistics

424: Engineering Plan

Claims (15)

A mechanical and electrical engineering management system, which is mainly connected to the management center server through the Internet through the terminal devices of the manager and the owner, so as to jointly check and manage the project information, progress and scheduling. It is an integrated and innovative system that includes : A user, who is the user of the mechanical and electrical engineering management system, including the manager and the owner, is connected to the management center server through a terminal device, the Internet; A management center server, which contains engineering information of electromechanical engineering projects, and provides services through Internet connection with users; An electromechanical engineering management application program, which exists on the management center server, includes: owner screen operation interface, management operation interface, engineering statistics operation interface, and engineering plan operation interface. The owner screen operation interface includes: project real-time information Operation interface, project information operation interface, task progress inquiry operation interface, work item progress inquiry operation interface, engineering obstacles operation interface, engineering to-do list operation interface, engineering pending clarification operation interface, submission inspection control table operation interface, construction schedule Process operation interface; the management operation interface includes: project real-time information operation interface, project information management operation interface, floor progress query operation interface, section floor progress query operation interface, and floor pricing query operation interface; the project statistics operation interface includes: Historical query operation interface, interval historical query operation interface, task progress query operation Interface, work item progress inquiry operation interface, engineering obstacles operation interface, engineering to-do items operation interface, engineering to-be clarified items operation interface, engineering suggestions operation interface, engineering obstacles (all construction sites) operation interface, operation interface for inspection control list Interface: The engineering plan operation interface includes: process establishment operation interface, task establishment operation interface, pre-task plan operation interface, dispatch plan operation interface, pre-task dispatch operation interface, and additional management operation interface. For the mechanical and electrical engineering management system described in claim 1, the project real-time information operation interface of the owner's screen operation interface includes: work shift, sign-in, sign-out, civil construction project, task list, and expected arrival in the past three days, where the civil construction The project includes: location, project, task photo, where the task list includes: location, system, project, number of people to perform, and the expected arrival in the last three days includes: estimated delivery date. The mechanical and electrical engineering management system described in claim 1, wherein the project information operation interface of the owner's screen operation interface includes: manpower expenditure, material expenditure, management and marketing expenses, engineering, days/%. For the mechanical and electrical engineering management system described in claim 1, the task progress query operation interface includes: select floor, select task system, select system, select work shift, location, system, project, estimated completion date, actual completion date, completed Number of completed/total work items, progress, drawings, pre-tasks, materials, obstacles, actual/planned work numbers, cumulative cost, cumulative/estimated revenue, and historical records. The mechanical and electrical engineering management system described in claim 1, wherein the work item progress query operation interface includes: select floor, select system, select label, select work class, select panel structure, statistics, total number of work items, number of obstacles ( Completed)/number of work items, number of obstacles (uncompleted)/number of work items, total cumulative income, total estimated income, location, system, From, To, work content, pre-work, materials, drawings, to be clarified, Progress, construction photos, obstacles, accumulated/estimated income, task query, self-inspection, owner's inspection, missing, pricing, and sorting. The operation interface of this selection panel structure includes: electrical system, weak current system, water supply system, drainage system, fire protection system. For the mechanical and electrical engineering management system described in claim 1, the operation interface of the engineering obstacle includes: new items, new item types, systems, responses, proposal date, last update date, estimated completion date, actual completion date, type , Scope, title. For the mechanical and electrical engineering management system described in claim 1, the items in the operation interface of the project to-do list include: new items, new item types, systems, responses, proposal date, last update date, estimated completion date, actual completion Day, type, scope, title. For the mechanical and electrical engineering management system described in claim 1, the operation interface of the items to be clarified for the project includes: new items, new item types, mailing, item lists, responsible lists, related lists, and approval lists, among which the item The list operation interface includes: system, reply, proposal date, last update date, estimated completion date, actual completion date, type range, title. For example, the mechanical and electrical engineering management system described in claim 1, in which the operation interface of the control list for examination and inspection includes: newly added items for examination, should be sent, not sent, should be sent but not sent, submitted for review, returned, nearly overdue, approved , Projects submitted for review, planned review date, status, verification date, verification deadline, new editions, editing projects submitted for review. The mechanical and electrical engineering management system described in claim 1, wherein the construction scheduling operation interface includes: fully expanded, rolled to the latest, dispatched, location, category, system, project, contract start date, estimated completion date, contract completion date , Recommendations, Status, Construction Plan Submitted for Review, Estimated Start Date, Material and Equipment Submitted for Review, Estimated End Date, Construction Drawings Submitted for Review, Actual Finish Date, Material and Equipment Inspection, Total Projects Completed, Drawings, Historical Records, Completed, The total number of work items, progress, obstacles, historical records, materials, and work shifts, where the dispatch system includes: location, system, project, dispatch reason, other, and date. Such as the mechanical and electrical engineering management system described in claim 1, wherein the project real-time information operation interface of the management operation interface includes: work shift, check-in, check-out project, civil engineering project, task list and expected arrival project in the past three days, among which the The civil engineering project includes: location, project, and task photos. The task list includes: location, system, project, and number of people to perform. Among them, the expected arrival in the last three days includes: estimated delivery date. The mechanical and electrical engineering management system described in claim 1, wherein the project information management operation interface of the management operation interface includes: bid name, completed Material pricing, total material pricing, completed wage pricing, total wage pricing, progress, total/month manpower expenditure, total/month material expenditure, total/month management staff expenditure, engineering days/% total/monthly workers Times, total/number of workers this month, total/number of paid workers this month, total/number of paid workers this month. The mechanical and electrical engineering management system described in claim 1, wherein the floor progress query operation interface of the management operation interface includes: selection of bids, location, progress items, total amount of this item, single floor amount, project completed%, completed Amount. The completion of the project accounts for% of the total contract. The progress items include: flat BOX stakeout and PVC piping completed, light partition wall facade PVC and EMT piping, power main pipe piping completed, and indoor light plug-in cable completed for the first time , The second time the indoor light plugs in the cable, the small public area and the staircase are completed, the weak current and monitoring system is completed, the power trunk cable is completed, the aluminum trunking is installed, the indoor, the small public area and the staircase are completed The installation of appliances is completed, the installation and connection of household boards and small public power boards are completed, and the power transmission and testing are completed. For the mechanical and electrical engineering management system described in claim 1, the section floor progress query operation interface of the management operation interface includes: selection of bids, location, progress items, total amount of this item, amount of a single floor,% completed of the project, The completed amount and the completion of the project accounted for% of the total contract. The progress items include: flat BOX stakeout and PVC piping completed, light partition wall facade PVC and EMT piping, power main pipe piping completed, and the first time indoor light plug-in cable Finished, the indoor lamp plugged in the cable for the second time, the small public area And the elevator hall pull line is completed, the weak current and monitoring system pull line is completed, the power trunk line is completed, the aluminum trunking is installed, the indoor, small public area and the elevator hall appliances are installed, and the household panels and small public power panels are installed. And the connection is completed, the power transmission and the test are completed. For the mechanical and electrical engineering management system described in claim 1, the floor pricing query operation interface includes: selection of bids, location, progress item, total amount of the item, amount of a single floor, project completed %, completed amount, the project The completion accounts for% of the total contract. The progress items include: flat BOX stakeout and PVC piping completion, light partition wall facade PVC and EMT piping, power main pipe piping completion, indoor light plug-in cable completed for the first time, indoor light plug-in The second time of pulling the line, the small public area and the staircase hall pulling line is completed, the weak current and monitoring system pulling line is completed, the power main line pulling line is completed, the aluminum trunking installation is completed, the indoor, small public area and the staircase hall appliance installation is completed, The installation and connection of the household board and small public electricity board of each household are completed, and the power transmission and testing are completed.

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