General budget method for plenty of broadcasting and television lines

Abstract

The invention relates to the field of general budget, and particularly relates to a general budget method for plenty of broadcasting and television lines. The general budget method comprises the following steps: summing up elements needing to be subjected to statistical calculation to work out a plurality of first-stage aggregates and second-stage aggregates under the first-stage aggregates; dividing the second-stage aggregate, then when a nth line is calculated, firstly comparing the second-stage aggregates of the nth line with the second-stage aggregates of a calculated previous n-1th line; drawing forth the concept of the general second-stage aggregates and the special second-stage aggregates; and obtaining the unit price of each second-stage aggregate of each line, and then obtaining the investment of each line just by counting the second-stage aggregate. The general budget method has the beneficial effects that the investment of plenty of changed broadcasting and television lines can be accurately worked out; and the workload generated when workers calculate the investment of plenty of changed broadcasting and television lines can be reduced.

Description

technical field [0001] The invention relates to the field of budget estimation, in particular to a method for budget estimation of a large number of broadcasting and television lines. Background technique [0002] In the hydropower resettlement project, a large number of radio and television lines will be submerged or occupied. For example, hydropower stations, reservoirs, and the main canal of the South-to-North Water Diversion Project, etc., often have hundreds or even thousands of lines affected by inundation. The relocation design of the affected lines mainly follows SL 290-2003 Design Code for Land Acquisition and Resettlement of Water Conservancy and Hydropower Engineering Construction, DL / T 5379-2007 Design Code for Planning and Design of Professional Resettlement Projects for Hydropower Engineering, etc. Due to the large number of property rights units for relocated lines and the complex line indicators, when calculating the investment according to the regulations, ...

AI Technical Summary

Problems solved by technology

[0004] In actual work, the reconstruction plan and investment tasks are decomposed to various ownership departments for reporting. Due to the interests of various departments, there will be phenomena that the plan and investment are not economical and the prices of various materials are not uniform

However, for the consolidation and expansion method that reduces the number of relocation lines, the project owner needs to bear additional relocation costs, and the integration of piecemeal projects to calculate the investment will lead to a decrease in construction willingness, and it is difficult to review

Moreover, the merger and expansion method is not conducive to the implementation of separate contracts for each section of the line

For the typical design method, the disadvantage of this method is that it is not rigorous and generalized. Although the overall investment can be effectively controlled, it may cause large errors in the investment specific to each line.

[0005] In addition, the methods in the above-mentioned prior art also have a common shortcoming, that is, they cannot conveniently consolidate statistics on similar expenses, and it is not convenient for centralized management