CN114511282A

CN114511282A - Earthwork management system

Info

Publication number: CN114511282A
Application number: CN202210064843.2A
Authority: CN
Inventors: 张小章
Original assignee: Liuzhou Qianli Technology Co ltd
Current assignee: Liuzhou Qianli Technology Co ltd
Priority date: 2022-01-20
Filing date: 2022-01-20
Publication date: 2022-05-17

Abstract

The invention discloses an earthwork project management system, which comprises: the system comprises a main server module, a vehicle management module, a mechanical management module, an oil quantity management module, an engineering management module and an account management module, wherein the main server module is used for completing information acquisition, processing, storage and forwarding and responding and processing instructions; the vehicle management module is used for managing the associated vehicle information, tracking the associated vehicle running state and outputting the vehicle information to the main server module; the mechanical management module is used for managing the associated mechanical equipment information, recording the using state of the mechanical equipment and outputting the mechanical equipment information to the main server module. The earthwork engineering management system has high reliability and stability, can continuously run in one day, and does not generate corresponding obstacles; ability to handle accidents.

Description

Earthwork management system

Technical Field

The invention relates to the field of construction engineering management, in particular to an earthwork engineering management system.

Background

In the earth and rockfill work management process, a plurality of project tasks are involved in a short time, the management type in project management is complicated, and the management efficiency is affected. In the project management process, the related information data are more, and the integration force of enterprises is very strong. The factors determine that the management system needs support of information technology, and the system is characterized in that the system does not depend on manual work in traditional construction management to collect, arrange and manage data, and really realizes informatization management of the system, which is very important for the earth and rockfill management system.

Disclosure of Invention

The present invention is directed to solving at least one of the problems of the prior art. Therefore, an object of the present invention is to provide an earthwork management system, which utilizes an advanced system to implement a management-oriented integrated system for managing all earthwork work, such as information sharing, data synchronization and consistency, resource optimization and configuration, and reasonable labor division.

The earth and stone engineering management system according to the embodiment of the invention comprises: the system comprises a main server module, a vehicle management module, a mechanical management module, an oil quantity management module, an engineering management module and an account management module, wherein the main server module is used for completing information acquisition, processing, storage and forwarding and responding and processing instructions; the vehicle management module is used for managing the associated vehicle information, tracking the associated vehicle running state and outputting the vehicle information to the general server module; the mechanical management module is used for managing the associated mechanical equipment information, recording the using state of the mechanical equipment and outputting the mechanical equipment information to the general server module; the fuel quantity management module is used for reading the fuel quantity information of the vehicles in the vehicle management module, recording the fuel quantity using condition and transmitting the fuel quantity information to the main server module; the engineering management module is used for setting the information entry standard, acquiring and calculating information of the vehicle management module, the oil quantity management module and the mechanical management module according to the information entry standard, and outputting a calculation result to the main server module; the account management module is used for providing a manager to log in the main server module according to a preset account and a preset password and inquiring and managing information after logging in.

Further, the vehicle information includes: vehicle starting point, point data, and vehicle real-time running track.

Further, the mechanical equipment information comprises a mechanical type, a serial number and a tonnage, and generates corresponding two-dimensional code information.

Further, the earthwork management system further includes: and the expense management module is used for inputting and inquiring the related expense information by a user and a manager.

Further, the related cost information includes: the system comprises maintenance cost, management cost and defaulted cost, wherein the maintenance cost is the cost generated by maintenance in the using process of vehicles and mechanical equipment, the management cost is monthly fixed cost, and the defaulted cost is saved to the next month.

Further, the earthwork management system further includes: and the payroll reporting module is used for calculating and inquiring payroll of vehicle employees and mechanical equipment employees.

Further, the payroll reporting module is further configured to input a base pay standard, a pull-up standard, and a deduction standard.

Further, the earthwork management system further includes: and the report generation module is used for generating enterprise profit reports.

Furthermore, the project management module is also used for generating information in a report form and inquiring the data entry condition and the summary condition.

Further, the account management module further comprises an authority management module, which is used for adding the administrator, correspondingly adding the account and the password of the administrator, and setting the viewing range authority of each employee.

The earthwork engineering management system has high reliability and stability, can continuously run in one day, and does not generate corresponding obstacles; ability to handle accidents. Once a non-physical unexpected occurrence occurs, the system can be uninterrupted, i.e., can not be disturbed by the unexpected occurrence; the response speed is stable. If the system is subjected to a lot of data access, the system needs to complete the response within seconds, and even if the network is unstable or the server is in poor condition, the response time of the background system should not exceed seconds.

Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.

Drawings

The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:

FIG. 1 is a platform framework diagram of an earthworking management system according to an embodiment of the present invention;

fig. 2 is a detailed platform framework diagram of an earthwork management system according to an embodiment of the present invention.

Detailed Description

Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the accompanying drawings are illustrative only for the purpose of explaining the present invention, and are not to be construed as limiting the present invention.

An earth and rockwork engineering management system according to an embodiment of the present invention is described below with reference to the accompanying drawings.

As shown in fig. 1 and 2, an earthwork management system according to an embodiment of the present invention includes: the system comprises a main server module, a vehicle management module, a mechanical management module, an oil quantity management module, an engineering management module and an account management module, wherein the main server module is used for completing information acquisition, processing, storage and forwarding and responding and processing instructions; the vehicle management module is used for managing the associated vehicle information, tracking the associated vehicle running state and outputting the vehicle information to the main server module; the mechanical management module is used for managing the associated mechanical equipment information, recording the using state of the mechanical equipment and outputting the mechanical equipment information to the main server module; the oil quantity management module is used for reading the oil quantity information of the vehicles in the vehicle management module, recording the oil quantity using condition and transmitting the oil quantity information to the main server module; the engineering management module is used for setting an information input standard, acquiring and calculating information of the vehicle management module, the oil quantity management module and the mechanical management module according to the information input standard, and outputting a calculation result to the main server module; the account management module is used for providing a manager to log in the main server module according to a preset account and a preset password and inquiring and managing information after logging in.

According to the earthwork project management system provided by the embodiment of the invention, after an administrator successfully logs in the system, the system can display the main page of the earthwork project management system for a user, the main interface is provided with five functional module inlets, and the administrator can enter the corresponding management functional module according to the management requirement. Because the management authorities of different users are different, the user needs to confirm the authorities when the system function module is carried out, and the system refuses the operation of the user if the user is found to be unauthorized to access. When a user updates data in the functional module, the system is connected to the database, the data updating work is carried out in a corresponding data table of the database, the response time of the system is controlled in the operation process of the database, and as some users remotely access the database, the response time of the system is longer than the time spent on locally accessing the database, but the response time must be controlled within the range acceptable by the users. Some data in the system are important, such as work task progress data in the system and data in management, and in order to ensure the safety of the data, the system needs to backup the data at regular time every day.

Further, the vehicle information includes: starting point of the vehicle, point data and real-time running track of the vehicle; the license plate number of the vehicle is collected, the corresponding refueling two-dimensional code is generated, the setting type (allied, owned and changeable) is set and input by a system administrator, and the name and the account number of the vehicle owner are distinguished and bound for convenient query. Displaying and displaying a map, a starting point, point data and the real-time track condition of a transport vehicle after the transport is started, logging in to start running the vehicle by inputting an account number password word by a driver, determining that the transport output value is counted into the output value bound with the driver, and binding and modifying vehicle information by the driver through an android machine identification code of a vehicle machine. The vehicle information also includes route unit price settings, setting start point names and map selection points (direct selection project management → data entry → names in project selection), setting end point names and map selection points, setting prices, setting unit prices from different start points to different points, and modification, query functions, including fuzzy search. The vehicle information can be inquired at a computer end and a mobile phone end, but the mobile phone end does not display the three contents of the vehicle starting point, point data and the vehicle real-time running track.

Further, the mechanical equipment information comprises a mechanical type, a serial number and a tonnage, and generates corresponding two-dimensional code information; the method comprises the steps of collecting mechanical types, numbers, tonnage, generation of corresponding refueling two-dimensional codes, setting types (allied, owned and changeable) set and recorded by a system administrator, distinguishing and binding owner names and account numbers for inquiry, selecting engineering project search by the excavator, pulling down the excavator names by the excavator, selecting forklift trucks, road rollers, sprinkler trucks and bulldozers, inputting work types and money amounts, distinguishing timing or counting pieces, calculating the forklift trucks by timing or according to the number of the vehicles, and determining drivers for the road rollers, the sprinkler trucks and the bulldozers so as to check and promote completion (according to the vehicles).

Further, the earthwork management system further includes: the expense management module is used for inputting and inquiring related expense information by a user and a manager; the set account number can be input by accounting addition, the information of input personnel is stored, the name and the amount of the expense to be noted are input, the vehicle is selected to be used, the inquiry is provided, the modification is carried out, and the function of deletion is added to the accounting for use.

Further, the related cost information includes: the system comprises maintenance cost, management cost and debt, wherein the maintenance cost is the cost generated by maintenance in the using process of vehicles and mechanical equipment, a set account number can be input by accounting, the information of input personnel is stored, the name and the amount of money to be noted are input, the vehicles are selected for use, the management cost is monthly fixed cost, the first manual input is performed, the fixed cost is realized, and the system is automatically identified monthly. The balance of the arrears has been paid for the next month. Manually inputting the debt amount of all vehicles, deducting pure profits in the statement every month, continuously calculating interest after the balance debt is in the month, automatically settling at the end of each month, providing accounting inquiry and personal inquiry, wherein the interest is one percent of the debt every month,

further, the earthwork management system further includes: the payroll reporting module is used for calculating and inquiring payroll of vehicle employees and mechanical equipment employees; the payroll reporting module has a very obvious role in management, mainly participates in daily payroll statistical distribution of workers, and simultaneously tracks some fund inflow/outflow conditions in projects. For the management staff, the main management work includes bank account management, project fund flow management, fund balance inquiry, collection management, report statistics and the like. The method comprises the steps that a driver production value is automatically identified through a transportation report, a franchise owner is included, a scaling setting manual input is set in a percentage form, for example, 0.13-0.14, for example, a driver of an own vehicle needs to calculate the scaling value to be 0.13, a driver bottom salary setting comprises setting daily salary and various subsidies and full services, a driver bottom salary per month can be set, wages are calculated according to working days and daily salary, for example, every person is defaulted to be 300 per month, the total service amount of the driver can be manually modified by an accounting device (a PC end), working days are collected from system account registration and stop time, if a user stops working and does not calculate wages, the user can start working again, and when the wages are deducted, a manager selects an account to manually fill in deduction reasons and money or can fill in money, and a specific wage report generation formula is as follows: (the number of days x the day pay is the bottom pay) + the total is extracted, the subsidy is added, and the deduction is the payroll in the month.

Further, the payroll reporting module is also used for inputting a base salary standard, a promotion standard and a deduction standard; and completing the issuance of employee wages, tax management and project engineering money management in the project. Since the module relates to the capital of the unit, the security management of the data is very important, and the data in the part needs to be protected in the database of the system, so that illegal users and users without access rights are prohibited from accessing.

Further, the earthwork management system further includes: the report generation module is used for generating enterprise profit reports; and identifying a driver and a vehicle owner through the login account, displaying a production value report of the vehicle, and providing query functions such as fuzzy search and the like.

Further, the project management module is also used for generating information in a report form and inquiring the data entry condition and the summary condition; the project management module is mainly used for inquiring information such as work plan arrangement, process management, progress editing, money examination and approval, working budget, collection and editing of various money and the like by accounting and subjective personnel through the functional module. The project management is used for storing basic information of project tasks (including information of task numbers, affiliated project numbers, task names, task levels, task descriptions, planned starting time, planned ending time, actual starting time, actual ending time, earliest starting time, latest ending time, preceding tasks, subsequent tasks, parent tasks, registered user names, current task states and the like) and operations of adding, deleting, editing, inquiring task information and the like.

The profit report includes own vehicle report and franchised vehicle report, provides inquiry, modification, addition, deletion, search function (including vehicle output, oil consumption, related cost and related cost in machine management) according to the provided report format, profit allocation mode: the profit (positive and negative) of each vehicle can be redistributed (the vehicle owner puts forward a distribution scheme), and then the value of each vehicle is calculated, namely the vehicle owner pays the money of the holy loan and interest.

Further, the account management module further comprises an authority management module, which is used for adding an administrator, correspondingly adding an account and a password of the administrator, and setting the viewing range authority of each employee. And the system is used for adding an operator related to the administrator and correspondingly adding operator information of the operator, and outputting alarm information when the administrator fails to input the account and the password more than the early warning times. The account management module is mainly used for user management, including user authority distribution and database management. The user management is to set a user name and a password for a user logging in the system, and a certain authority needs to be assigned to the user while setting, and the authority directly affects the operation range of the user logging in the system. Generally, the authority of the system administrator is the highest, and the system administrator can perform operations such as authority allocation/recovery and user addition/deletion on all other users in the system, while the authority of the common administrator is weakened. The system management also needs to perform regular backup on the data of the system, so as to ensure the data security of the system.

The account types include manager, accounting, system administrator, fuel administrator, fleet administrator, engineering administrator, machine administrator, vehicle repair plant, machine repair plant, franchise owner, auto driver, excavator driver, waterwheel driver, forklift driver, road roller driver, bulldozer driver, pickup vehicle, temporary machine driver.

The oil mass management module sets for the procedure through scanning the two-dimensional code, adding the oil mass and saving the amount of money, prevents the damage of important data, and the vehicle boss can see the oil consumption condition of oneself vehicle, and the list can then be looked over in the accounting, and the oil price is typeeed by accounting account number is manual.

Items in the engineering management module are input by a manager and an accounting, automobile transportation automatically reads the total transportation amount and the amount of free vehicles and joined vehicles in the items, temporary engaging request for the total transportation amount and the amount of vehicles of other companies (outside fleet) is manually input, a machine station class selects a machine type to add corresponding amount (timely settlement), temporary workers settle the amount by time, a sprinkler calculates wages by the number of the vehicles, the soil dumping fee is calculated by the selected soil dumping place, the input amount and the number of the vehicles, a manager can respectively select the detailed input query, the manager and the accounting can query, the accounting can check data information in a report form, and query data input conditions and summary conditions, including query, modification, deletion and data addition.

Other constructions and operations of the earthworking management system according to the embodiment of the present invention are known to those skilled in the art and will not be described in detail herein.

In the description herein, references to the description of the terms "some embodiments," "optionally," "further," or "some examples," etc., mean that a particular feature, structure, material, or characteristic described in connection with the embodiment or example is included in at least one embodiment or example of the invention. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example. Furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

While embodiments of the invention have been shown and described, it will be understood by those of ordinary skill in the art that: various changes, modifications, substitutions and alterations can be made to the embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the claims and their equivalents.

Claims

1. An earthwork management system, comprising:

the main server module is used for completing the acquisition, processing, storage and forwarding of information, and responding and processing instructions;

the vehicle management module is used for managing the associated vehicle information, tracking the associated vehicle running state and outputting the vehicle information to the general server module;

the mechanical management module is used for managing the associated mechanical equipment information, recording the using state of the mechanical equipment and outputting the mechanical equipment information to the master server module;

the fuel management module is used for reading the fuel information of the vehicles in the vehicle management module, recording the fuel usage condition and transmitting the fuel information to the master server module;

the engineering management module is used for setting the information entry standard, acquiring and calculating the information of the vehicle management module, the oil quantity management module and the mechanical management module according to the information entry standard, and outputting the calculation result to the main server module;

and the account management module is used for providing a manager to log in the general server module according to a preset account and a password and inquiring and managing information after logging in.

2. The earthwork management system according to claim 1, wherein the vehicle information includes: vehicle starting point, point data, and vehicle real-time running track.

3. The earthwork management system of claim 1 wherein the machine equipment information includes a machine type, a number, a tonnage and generates corresponding two-dimensional code information.

4. An earthworking management system according to claims 2 and 3, further comprising: and the expense management module is used for inputting and inquiring the related expense information by a user and a manager.

5. The earthwork management system of claim 4 wherein the associated cost information includes: the system comprises maintenance cost, management cost and defaulted cost, wherein the maintenance cost is the cost generated by maintenance in the using process of vehicles and mechanical equipment, the management cost is monthly fixed cost, and the defaulted cost is saved to the next month.

6. An earthworking management system according to claims 2 and 3, further comprising: and the payroll reporting module is used for calculating and inquiring payroll of vehicle employees and mechanical equipment employees.

7. The earthwork project management system of claim 6 wherein the payroll reporting module is further configured to enter base pay standards, prime standards and deduction standards.

8. An earthworking management system according to claims 2 and 3, further comprising: and the report generation module is used for generating enterprise profit reports.

9. The earthwork project management system of claim 1 wherein the project management module is further configured to generate information in a report form, query data entry and summary.

10. The earthwork management system of claim 1 wherein the account management module further comprises a permission management module for adding the administrator and correspondingly adding an account and a password of the administrator, and for setting a viewing scope permission of each of the employees.