CN109657927A - A kind of Whole Process Cost progress supervision system and method - Google Patents
A kind of Whole Process Cost progress supervision system and method Download PDFInfo
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Abstract
The present invention relates to a kind of Whole Process Cost progress supervision system and method, a kind of Whole Process Cost progress supervision system includes: project initiation module, for creating project cost process；Flow plan module, for carrying out plan arrangement to project cost, obtaining target advance tables of data according to the project cost process；Node obtains module, for obtaining corresponding processing node in the target advance tables of data；Block chain builds module, for according to the project cost process, the processing node to be formed project cost block chain；Monitoring module, for being monitored to the data in the project cost block chain.The present invention has the effect of improving project cost progress control efficiency.
Description
Technical field
The present invention relates to the technical fields of engineering management, more particularly, to a kind of Whole Process Cost progress supervision system and side
Method.
Background technique
Currently, project cost, existing cost can be made to the engineering accepted before bid by being responsible for the enterprise of bid
Process is the information that staff provides according to owner and oneself carries out the engineering of undertaking to the information that site inspection obtains
The work that cost calculates.It is cumbersome due to cost work, need the work to cost staff to exercise supervision, and at present can only
It is exercised supervision by related personnel to the cost work of cost staff, does not meet the requirement now to office automatic, together
When need extra work personnel, cause the waste of human resources.
Summary of the invention
The object of the present invention is to provide a kind of Whole Process Cost progress supervision systems for improving project cost progress control efficiency
System and method.
Foregoing invention purpose one of the invention has the technical scheme that
A kind of Whole Process Cost progress supervision system, a kind of Whole Process Cost progress supervision system include:
Project initiation module, for creating project cost process；
Flow plan module, for carrying out plan arrangement to project cost, obtaining target advance according to the project cost process
Tables of data；
Node obtains module, for obtaining corresponding processing node in the target advance tables of data；
Block chain builds module, for according to the project cost process, the processing node to be formed project cost block chain；
Monitoring module, for being monitored to the data in the project cost block chain.
By using above-mentioned technical proposal, by block chain technology, by the corresponding place of each process step of project cost
Reason node is built into project cost block chain, and the function of quickly handling of being provided using alliance's chain can reduce progress control
Time improves the efficiency of progress control；It is based on block chain technology simultaneously, each flow nodes are formed into corresponding node subchain,
Since each process is all to be in progress always sequentially in time, the time being utilized in block chain well is irreversible, can not usurp
The characteristic changed ensure that the safety of each process, meanwhile, the decentralization of block chain technology also improves the effect in monitoring
Rate.
The present invention is further arranged to: the flow plan module includes:
Process step acquisition submodule, for obtaining corresponding process step according to the project cost process；
Plan arranges submodule, for corresponding expeced time being arranged in each process step, and will according to the process step
The process step and corresponding expeced time are associated, and obtain the target advance tables of data.
By using above-mentioned technical proposal, submodule is arranged by process step acquisition submodule and plan, engineering is made
The process of valence is refined and is arranged, and corresponding process step and corresponding expeced time are obtained, so that the progress of project cost
It is more reasonable, while expeced time is set, is also beneficial to be compared when being monitored.
The present invention is further arranged to: the block chain builds module and includes:
Progress acquisition submodule, for obtaining each processing progress content for handling node and corresponding processing time；
Computational submodule, for using hash algorithm, the processing progress content for calculating each processing node is corresponding
Cryptographic Hash；
Block chain builds submodule, for according to the corresponding cryptographic Hash of processing progress content described in each and the corresponding place
The time is managed, the project cost block chain is formed.
Further, the block chain builds submodule and includes:
Sequencing unit, for the vertical sequence according to the processing time, by the corresponding institute of the processing progress content
Cryptographic Hash is stated to be ranked up；
Generation block creating unit is created, for will be described in the most previous processing time and the corresponding processing progress content
Cryptographic Hash is as wound generation block；
Block chain builds unit, for each cryptographic Hash after sorting as corresponding block, and in the block,
Being added the previous block corresponding processing time by each block forms the project cost block chain.
By using above-mentioned technical proposal, using the mode of composition block chain, by each processing combination of nodes at block chain,
Reliable frame is provided for project cost progress control, it is corresponding directly in the block chain when thering is new technological process to establish every time
Processing node in be added, improve the efficiency of progress control.
The present invention is further arranged to: the monitoring module includes:
Time acquisition submodule is handled, for obtaining the processing time from the project cost block chain；
Submodule is searched, is used for according to the processing time corresponding processing progress content in the target advance tables of data
It is middle to search the corresponding plan arrangement and the corresponding expeced time；
It compares submodule and obtains comparison result for the processing time and the expeced time to be compared；
Alarm submodule issues overdue alarm if being the processing time time-out for the comparison result.
By using above-mentioned technical proposal, which handles the time by obtaining from project cost block chain, and
When being compared with expeced time, the efficiency for obtaining the processing time can be improved, meanwhile, it is utilized in block chain technology, it can not
The characteristic distorted, the processing time for being can not be tampered, and improve the accuracy for comparing and adding.
Foregoing invention purpose two of the invention has the technical scheme that
A kind of Whole Process Cost progress supervision method, a kind of Whole Process Cost progress supervision method include:
Create project cost process；
According to the project cost process, plan arrangement is carried out to project cost, obtains target advance tables of data；
In the target advance tables of data, corresponding processing node is obtained；
According to the project cost process, the processing node is formed into project cost block chain；
Data in the project cost block chain are monitored.
Through the above technical solutions, the corresponding processing of each process step of project cost is saved by block chain technology
Point is built into project cost block chain, and the function of quickly handling of being provided using alliance's chain can reduce the time of progress control,
Improve the efficiency of progress control；It is based on block chain technology simultaneously, each flow nodes are formed into corresponding node subchain, due to every
One process is all to be in progress always sequentially in time, and the time being utilized in block chain well is irreversible, the spy that can not be distorted
Property, it ensure that the safety of each process, meanwhile, the decentralization of block chain technology also improves the efficiency in monitoring.
In conclusion advantageous effects of the invention are as follows:
By block chain technology, the corresponding processing node of each process step of project cost is built into project cost block
Chain, the function of quickly handling of being provided using alliance's chain, can reduce the time of progress control, improves the efficiency of progress control；
It is based on block chain technology simultaneously, each flow nodes are formed into corresponding node subchain, since each process is all according to the time
Sequence is in progress always, and the time being utilized in block chain well is irreversible, and the characteristic that can not be distorted ensure that each process
Safety, meanwhile, the decentralization of block chain technology also improves the efficiency in monitoring.
Detailed description of the invention
Fig. 1 is a flow chart of Whole Process Cost progress supervision method in one embodiment of the invention.
Fig. 2 be in one embodiment of the invention in Whole Process Cost progress supervision method to the implementation flow chart of step S20.
Fig. 3 be in one embodiment of the invention in Whole Process Cost progress supervision method to the implementation flow chart of step S40.
Fig. 4 be in one embodiment of the invention in Whole Process Cost progress supervision method to the implementation flow chart of step S43.
Fig. 5 be in one embodiment of the invention in Whole Process Cost progress supervision method to the implementation flow chart of step S50.
Fig. 6 is a functional block diagram of Whole Process Cost progress supervision system in one embodiment of the invention.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
In one embodiment, as shown in Figure 1, being a kind of Whole Process Cost progress supervision method disclosed by the invention, specifically
Include the following steps:
S10: creation project cost process.
In the present embodiment, project cost process refers to during project cost, needs the process step carried out.
Specifically, according to actual engineering demand, the scheme of project cost is formulated, and according to the project cost process.
S20: according to project cost process, plan arrangement is carried out to project cost, obtains target advance tables of data.
Specifically, according to the particular content of project cost process, plan arrangement is carried out to the process of project cost, is somebody's turn to do
Progress of schedule.
S30: in target advance tables of data, corresponding processing node is obtained.
Specifically, in target advance tables of data, according to each flow nodes, as the corresponding processing node.It can manage
Solution, which is the corresponding each step of project cost.
S40: according to project cost process, processing node is formed into project cost block chain.
In the present embodiment, project cost block chain refers to through block chain technology, is stored with processing node particular content
Block chain.
Specifically, it is obtained by block chain technology and project cost process by each processing node by block chain technology
To corresponding block, then by each block chain at the project cost block chain.
S50: the data in project cost block chain are monitored.
Specifically, the data of corresponding processing node are obtained from the project cost block chain, and by the processing node
Data are compared with the target advance tables of data, realize and supervise to the full project progress of project cost.
In one embodiment, as shown in Fig. 2, in step S20, i.e., according to project cost process, project cost is counted
It draws and arranges, obtain target advance tables of data, specifically comprise the following steps:
S21: according to project cost process, corresponding process step is obtained.
Specifically, which includes complete process flow, from the complete process flow, is obtained each
Process step.
S22: according to process step, being arranged corresponding expeced time for each process step, and by process step and correspondence
Expeced time be associated, obtain target advance tables of data.
Specifically, according to the demand of Practical Project, be set for each process step corresponding expeced time, i.e., it is estimated at this
In expeced time, corresponding process step is completed.For example, it is contemplated that completing after engineering starts in several days to requirement of engineering
Material planning etc..
Further, the expeced time is associated with process step, and by each process step and it is corresponding expected when
Between store to target advance tables of data.
In one embodiment, as shown in figure 3, in step s 40, i.e., according to project cost process, processing node is formed
Project cost block chain, specifically comprises the following steps:
S41: each processing progress content for handling node and corresponding processing time are obtained.
Specifically, when each processing node actually accomplishes corresponding processing progress content, record completes the processing progress
The content current time, as the processing time.
S42: hash algorithm calculates the corresponding cryptographic Hash of processing progress content of each processing node.
Specifically, it is obtained corresponding by hash algorithm using each processing progress content as the input of the hash algorithm
Cryptographic Hash.
S43: according to each corresponding cryptographic Hash of processing progress content and corresponding processing time, project cost area is formed
Block chain.
Specifically, by the corresponding cryptographic Hash of each processing progress content, it is corresponding that upper processing progress content is added
The time is handled, in this way, each processing progress content is formed chain structure, obtains the project cost block chain.
In one embodiment, as shown in figure 4, in step S43, i.e., according to each corresponding Hash of processing progress content
Value and corresponding processing time form project cost block chain, specifically comprise the following steps:
S431: according to the vertical sequence of processing time, the corresponding cryptographic Hash of processing progress content is ranked up.
Specifically, time vertical sequence is specifically handled according to each processing progress content, in processing progress
Hold corresponding cryptographic Hash to be ranked up.
S432: using the cryptographic Hash of most previous processing time and corresponding processing progress content as wound generation block.
In the present embodiment, wound generation block chain refers in engineering circumstances block chain, first block.
Specifically, the cryptographic Hash of most previous processing time and corresponding processing progress content are combined, will be combined
Result as wound generation block.
S433: using each cryptographic Hash after sequence as corresponding block, and within a block, it is corresponding that previous block is added
The processing time each block is formed into project cost block chain.
Specifically, using each cryptographic Hash after sequence as cryptographic Hash corresponding with processing progress content as corresponding area
Block, and by the processing time of a upper block being added, chain structure will be formed between each block, obtained in each block
The project cost block chain.
In one embodiment, as shown in figure 5, in step s 50, i.e., being supervised to the data in project cost block chain
Control, specifically comprises the following steps:
S51: the processing time is obtained from project cost block chain.
Specifically, in engineering block chain, one block of every addition, i.e., in the process of the project cost, corresponding place
Reason progress has update, then obtains the corresponding processing progress content of the block corresponding processing time.
S52: corresponding plan is searched in target advance tables of data according to processing time corresponding processing progress content and is pacified
Row and corresponding expeced time.
Specifically, time corresponding processing progress content is managed according to this, is searched and is corresponded in the target advance tables of data
Plan arrangement and corresponding expeced time.
S53: processing time and expeced time are compared, comparison result is obtained.
Specifically, processing progress content and corresponding plan arrangement all refer to same place director, therefore, will handle the time
It is compared with expeced time, obtains the comparison result.
S54: if comparison result is processing time time-out, overdue alarm is issued.
Specifically, if the processing time is more late than the expeced time, which is processing time time-out, then issues and exceed
Phase alarm prompts engineering staff to accelerate progress.
Preferably, if current time reach expeced time and the project cost block chain do not get yet it is corresponding handle into
When spending the corresponding block of content, also capable of emitting overdue alarm.
It should be understood that the size of the serial number of each step is not meant that the order of the execution order in above-described embodiment, each process
Execution sequence should be determined by its function and internal logic, the implementation process without coping with the embodiment of the present invention constitutes any limit
It is fixed.
Embodiment two:
In one embodiment, a kind of Whole Process Cost progress supervision system is provided, the Whole Process Cost progress supervision system with it is upper
Whole Process Cost progress supervision method in embodiment is stated to correspond.As shown in fig. 6, the Whole Process Cost progress supervision system packet
It includes project initiation module 10, flow plan module 20, node acquisition module 30, block chain and builds module 40 and monitoring module 50.
Detailed description are as follows for each functional module:
Project initiation module 10, for creating project cost process；
Flow plan module 20, for planning to project cost according to Whole Process Cost progress supervision project cost process
It arranges, obtains target advance tables of data；
Node obtains module 30, in Whole Process Cost progress supervision target advance tables of data, obtaining corresponding processing section
Point；
Block chain builds module 40, is used for according to Whole Process Cost progress supervision project cost process, by Whole Process Cost progress
Supervision processing node forms project cost block chain；
Monitoring module 50, for being monitored to the data in Whole Process Cost progress supervision project cost block chain.
Preferably, flow plan module 20 includes:
Process step acquisition submodule 21, for obtaining corresponding stream according to Whole Process Cost progress supervision project cost process
Journey step；
Plan arranges submodule 22, is used for according to Whole Process Cost progress supervision process step, by the setting pair of each process step
The expeced time answered, and Whole Process Cost progress supervision process step and corresponding expeced time are associated, obtain mistake entirely
Journey cost progress supervision target advance tables of data.
Preferably, block chain builds module 40 and includes:
Progress acquisition submodule 41, for obtaining each processing progress content for handling node and corresponding processing time；
Computational submodule 42 calculates the overall process of each Whole Process Cost progress supervision processing node for using hash algorithm
The corresponding cryptographic Hash of cost progress supervision processing progress content；
Block chain builds submodule 43, for according to each corresponding Hash of Whole Process Cost progress supervision processing progress content
Value and corresponding Whole Process Cost progress supervision handle the time, form Whole Process Cost progress supervision project cost block chain.
Preferably, block chain builds submodule 43 and includes:
Sequencing unit 431 makes overall process for handling the vertical sequence of time according to Whole Process Cost progress supervision
The corresponding Whole Process Cost progress supervision cryptographic Hash of valence progress supervision processing progress content is ranked up；
Generation block creating unit 432 is created, for most previous Whole Process Cost progress supervision to be handled time and corresponding full mistake
The Whole Process Cost progress supervision cryptographic Hash of journey cost progress supervision processing progress content is as wound generation block；
Block chain builds unit 433, for each Whole Process Cost progress supervision cryptographic Hash after sorting as corresponding area
Block, and in Whole Process Cost progress supervision block, the corresponding overall process of previous Whole Process Cost progress supervision block is added
Cost progress supervision handles the time, by each Whole Process Cost progress supervision block, forms Whole Process Cost progress supervision engineering and makes
Valence block chain.
Preferably, monitoring module 50 includes:
Time acquisition submodule 51 is handled, is made for obtaining overall process from Whole Process Cost progress supervision project cost block chain
Valence progress supervision handles the time；
Submodule 52 is searched, for handling at time corresponding Whole Process Cost progress supervision according to Whole Process Cost progress supervision
Reason progress content searches corresponding Whole Process Cost progress supervision meter in Whole Process Cost progress supervision target advance tables of data
It draws and arranges and corresponding Whole Process Cost progress supervision expeced time；
Submodule 53 is compared, for Whole Process Cost progress supervision to be handled time and Whole Process Cost progress supervision expeced time
It is compared, obtains comparison result；
Alarm submodule 54, if being that Whole Process Cost progress supervision handles the time for Whole Process Cost progress supervision comparison result
Time-out then issues overdue alarm.
Specific restriction about Whole Process Cost progress supervision system may refer to above for Whole Process Cost progress
The restriction of monitoring and managing method, details are not described herein.Modules in above-mentioned Whole Process Cost progress supervision system can whole or portion
Divide and is realized by software, hardware and combinations thereof.Above-mentioned each module can be embedded in the form of hardware or independently of computer equipment
In processor in, can also be stored in a software form in the memory in computer equipment, in order to processor calling hold
The corresponding operation of the above modules of row.
Claims (10)
1. a kind of Whole Process Cost progress supervision system, which is characterized in that a kind of Whole Process Cost progress supervision system packet
It includes:
Project initiation module, for creating project cost process；
Flow plan module, for carrying out plan arrangement to project cost, obtaining target advance according to the project cost process
Tables of data；
Node obtains module, for obtaining corresponding processing node in the target advance tables of data；
Block chain builds module, for according to the project cost process, the processing node to be formed project cost block chain；
Monitoring module, for being monitored to the data in the project cost block chain.
2. a kind of Whole Process Cost progress supervision system as described in claim 1, which is characterized in that the flow plan module
Include:
Process step acquisition submodule, for obtaining corresponding process step according to the project cost process；
Plan arranges submodule, for corresponding expeced time being arranged in each process step, and will according to the process step
The process step and corresponding expeced time are associated, and obtain the target advance tables of data.
3. a kind of Whole Process Cost progress supervision system as described in claim 1, which is characterized in that the block chain builds mould
Block includes:
Progress acquisition submodule, for obtaining each processing progress content for handling node and corresponding processing time；
Computational submodule, for using hash algorithm, the processing progress content for calculating each processing node is corresponding
Cryptographic Hash；
Block chain builds submodule, for according to the corresponding cryptographic Hash of processing progress content described in each and the corresponding place
The time is managed, the project cost block chain is formed.
4. a kind of Whole Process Cost progress supervision system as claimed in claim 3, which is characterized in that the block chain builds son
Module includes:
Sequencing unit, for the vertical sequence according to the processing time, by the corresponding institute of the processing progress content
Cryptographic Hash is stated to be ranked up；
Generation block creating unit is created, for will be described in the most previous processing time and the corresponding processing progress content
Cryptographic Hash is as wound generation block；
Block chain builds unit, for each cryptographic Hash after sorting as corresponding block, and in the block,
Being added the previous block corresponding processing time by each block forms the project cost block chain.
5. a kind of Whole Process Cost progress supervision system as described in claim 1, which is characterized in that the monitoring module packet
It includes:
Time acquisition submodule is handled, for obtaining the processing time from the project cost block chain；
Submodule is searched, is used for according to the processing time corresponding processing progress content in the target advance tables of data
It is middle to search the corresponding plan arrangement and the corresponding expeced time；
It compares submodule and obtains comparison result for the processing time and the expeced time to be compared；
Alarm submodule issues overdue alarm if being the processing time time-out for the comparison result.
6. a kind of Whole Process Cost progress supervision method, which is characterized in that a kind of Whole Process Cost progress supervision method packet
It includes:
Create project cost process；
According to the project cost process, plan arrangement is carried out to project cost, obtains target advance tables of data；
In the target advance tables of data, corresponding processing node is obtained；
According to the project cost process, the processing node is formed into project cost block chain；
Data in the project cost block chain are monitored.
7. a kind of Whole Process Cost progress supervision method as claimed in claim 6, which is characterized in that described according to the engineering
Cost process carries out plan arrangement to project cost, obtains target advance tables of data, comprising:
According to the project cost process, corresponding process step is obtained；
According to the process step, each process step is arranged corresponding expeced time, and by the process step and correspondence
Expeced time be associated, obtain the target advance tables of data.
8. a kind of Whole Process Cost progress supervision method as claimed in claim 6, which is characterized in that described according to the engineering
The processing node is formed project cost block chain by cost process, comprising:
Obtain each processing progress content for handling node and corresponding processing time；
By hash algorithm, the corresponding cryptographic Hash of the processing progress content of each processing node is calculated；
According to the corresponding cryptographic Hash of processing progress content described in each and the corresponding processing time, forms the engineering and make
Valence block chain.
9. a kind of Whole Process Cost progress supervision method as claimed in claim 8, which is characterized in that described according to each institute
The corresponding cryptographic Hash of processing progress content and the corresponding processing time are stated, the project cost block chain is formed, comprising:
According to the vertical sequence of the processing time, the corresponding cryptographic Hash of the processing progress content is arranged
Sequence；
Using the cryptographic Hash of the most previous processing time and the corresponding processing progress content as wound generation block；
Using each cryptographic Hash after sequence as corresponding block, and in the block, the previous block is added
Each block is formed the project cost block chain by the corresponding processing time.
10. a kind of Whole Process Cost progress supervision method as claimed in claim 6, which is characterized in that described to the engineering
Data in cost block chain are monitored, comprising:
The processing time is obtained from the project cost block chain；
Corresponding institute is searched in the target advance tables of data according to the processing time corresponding processing progress content
Plan is stated to arrange and the corresponding expeced time；
The processing time and the expeced time are compared, comparison result is obtained；
If the comparison result is the processing time time-out, overdue alarm is issued.
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| CN110322155A (en) * | 2019-07-09 | 2019-10-11 | 深圳市元征科技股份有限公司 | A kind of office resource allocation method, device, equipment and readable storage medium storing program for executing |
| CN110880069A (en) * | 2019-11-12 | 2020-03-13 | 深圳市建筑科学研究院股份有限公司 | Engineering settlement traceability method and device based on block chain technology |
| CN111159769A (en) * | 2019-12-31 | 2020-05-15 | 杭州产链数字科技有限公司 | Building engineering cost supervision system and method based on block chain |
| CN111476425A (en) * | 2020-04-15 | 2020-07-31 | 中道明华建设工程项目咨询有限责任公司 | Engineering project cost progress supervision system and method |
| CN112286984A (en) * | 2020-09-29 | 2021-01-29 | 卓尔智联(武汉)研究院有限公司 | Block data processing method and device, computer equipment and storage medium |
| CN112286984B (en) * | 2020-09-29 | 2021-06-22 | 卓尔智联(武汉)研究院有限公司 | Block data processing method and device, computer equipment and storage medium |
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