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Introduction In order to monitor the opening and closing state of a reservoir sluices remotely and automatically both at the on-the-spot scene and the remote dispatch center, set up a real-time sluice operating database, optimize the dispatching of these sluice and water resources, and run the whole project scientifically,safely,economically and efficiently, some computer, network, communication and control technologies are used comprehensively to collect and analyse the data of rainfall, water-level, flow-level, height of water gate, and the operating data of electrical equipments in this system.
f)The water-level data, controlling data can be sent to the management server database by the water-level gauge, which is linked to the collecting controls by means of RS485 interface communication. [1][6] g) Built-in GPS satellite positioning can determine the sluice’s geographic location and its accurate time correction.
Structure of the control system The monitoring of the upper-limit and lower-limit,the protection of under-voltage, over-current and over-voltage can be achieved by the professional hoist.
B.The structure of the water situation monitoring and forecasting system At present, because the sluice group is usually located at some rivers, reservoirs and river basin centers, the location of the building for the monitoring and forecasting system for the water situation thus become very meaningful and is also the important basis for sluice management.
Some equipments at rainfall-level station usually include water-level sensor, rainfall sensor units, data collecting system, GPRS data terminal unit, 4Ah solar backup battery and so on.

The research of high-speed railway accident needs professional knowledge and its operation mechanism is complex.
Although there were many achievements on this area, there were still some deficiencies: The system was usually divided into small subsystems and only put the key point on one lonely subsystem in the researches, the description of the safety from the global perspective was still blank; Each system involves a lot of professional knowledge, the universal theory research was extremely rare.
The potential safety factors set of equipment S={}, is potential safety factors of vehicles subsystem, ={ The door fault, links, bogie, electric bow fault, traction motor faults, brake fault, air conditioning, speed, partial load and unload ,wheel failure, axle quality problem }, is the potential safety factors of line subsystem, ={small or large curve radius, overlarge line gradient, rail irregularity, inadequate super elevation of outer rail , high quality of rail tracks, sunk road bed, tunnel hidden trouble, surface of bridge, piers, water level under bridge}, is the potential safety factors of power subsystem, ={exceed voltage, exceed electric current, high temperature of electric motor, contact net fault, electric power substation fault, lack of cable}, is the potential safety factors of communication subsystem, ={ dispatching telephone fault , cable television fault , TV monitor fault, radio fault, wireless network fault, linkage system failure}, is the potential safety factors of

ten thousand people(Person)X4 Positive The proportion of non-agricultural population(%)X5 Positive Economic structure indicators Per capital GDP(Ten thousand Yuan)X6 Positive Foreign trading rate (%)X7 Positive Industrial economy on the contribution of GDP(%)X8 Positive First industrial added value of GDP(%)X9 Negative Third industrial added value of GDP(%)X10 Positive Scientific progress and informatization indicators High-tech industrial output value of GDP(%)X11 Positive Scale industrial enterprises R & D expenditure of GDP(%)X12 Positive Postal business volume of GDP(%)X13 Positive Number of patents per ten thousand people(Piece per ten thousand person)X14 Positive Eco-environmental indicators Comprehensive energy consumption of ten thousand yuan industrial added value(Ton standard coal per thousand yuan)X15 Negative Comprehensive utilization of industrial solid waste (%)X16 Positive Industrial pollution treatment investment of industrial value added(%)X17 Positive Industrial waste water
discharge success rate(%)X18 Positive Industrial SO2 removal(%)X19 Positive Human resources indicators Second industry professionals of total employees(%)X20 Positive Number of college degree and above of total population (%)X21 Positive Population illiteracy rate(%)X22 Negative Education expenditure of financial expenditure(%)X23 Positive Note:Index properties is positive, indicating that the target value the better, play a catalytic role on the target; Index properties is negative, indicating that the index lower, the better, on the target to impede.
Also rely on institutions of higher learning, provide for the welfare of professional policy, and create a good working atmosphere for companies to retain talent.

From the definition from nature, the government supervision of construction quality should be a government function, belong to the government management of construction quality and professional law enforcement category, the institution of government supervision in construction quality should be an important part of government institutions and should have mandatory, authority, impartiality and scientific[4].
We can see that the government supervision of construction quality is the professional law enforcement, so at the first, the supervision institution must act in accordance to the law and administration according to law.
Separate management, the repeat setup of supervision and institution, the waste of management resources According to the state regulation of the ‘Project Quality Management Ordinance’, construction quality and professional construction quality should be managed separately and form respective system accordingly, construction, transportation, water conservancy and other departments have respective standards and set respective institutions [6].

Some small coal mine pursuits of production blindly and mine wantonly and burst the raw coal directly; In coal mining, the production processing process, the energy demand is bigger, especially for water and the demand of electric power
By introducing professional energy saving service company for the enterprises to carry out energy saving renovation project by credit, using the future money to realize the goal of enterprise for energy conservation and emission reduction, reduced the financing pressure of enterprise implement energy saving project, improved the enterprise energy utilization efficiency.
In transforming a process, Huafeng mine can learn from the advanced idea and practice of international and domestic energy conservation management and Beijing Hekang Yisheng technology co., LTD. is responsible for the professional operation of the mechanic special training, while Huafeng mine just needs to on the basis of the actual operation of the fan after transforming power saving quantity to make sure the power saving cost, quarterly for settlement and payment.
Through the intermediate products, waste recycling and energy cascade utilization, mining gold environmentally, touching a stone and turn it into gold, putting the gold out of the water, turning “waste” into gold, which can promote the construction of enterprise circular economy, establish low carbon coal industry, effectively change the past "resources - products - waste" one-way linear model, gradually formed a "resources - products - renewable resources" new circular economy mode which has feedback[9].
At the same time, choosing low emission in the process of transport vehicles, reducing appropriately amount of transportation of rail traffic, Vigorously developing water coal transportation, making full use of the advantage of large capacity, low energy consumption of water transportation.

This ratio comes from subjective experience of the relevant professionals, having a great of reference significance.
The secondary disasters caused by collapse includes three categories: debris flow accumulated solid material source to promote the occurrence of debris flows, or slip, the collapse process, the participation of the rain or running water directly transformed into the debris flow.
The second category is blocking the river, forming a natural dam, causing upstream backwater make the rivers overflow, causing flooding, or blocking the river into the library, once the reservoir water outburst, they formed a debris flow or flood disasters.
It can form a huge surge, destroy the other side of the building facilities and farmland, road, overthrow or sunk in the water vessel, affect or interrupt shipping.
Collapse, collapse of the body falling into the reservoir can also be a huge surge, swell from time to time over the dam rushed downstream to the formation of water damage.

It is under huge pressure of water amassing in raining days.
Water supply pipeline system is only paved to the urban road section of the city.
Residents still filling jugs with water from the tap in residential area (Fig. 10-11).
Power supply has been connected in the district, but the water supply and heating still does not meet people's basic living requirements.
Strengthen public participation and collaboration between governments and residents, government hiring professionals to help the residents to repair the buildings, on the basis of without destroying the historical value improving the quality of housing and the living environment.

Water body is extracted using threshold method, and flood inundation area is detected using the two images.
The indices derived from ETM+ are used as additional layers for water body classification.
MNDWI can significantly enhance the water information in the built-up land area, and reveal subtle features of water more efficiently than the NDWI.[11] The combination of both indices will help separation of open water surfaces and vegetated soils.
Water and vegetated areas can be appreciably separated in the flooding scene.
Liang The Professional Geographer, Vol. 55 (2011), p. 434 [7] B.

The monitoring data of each lateral section are certain differences because of the different gemological conditions, the water quality, soils covered and so on.
The water in momentum is about 1‰.
The monitoring data of each lateral section are certain differences because of the different gemological conditions, the water quality, soils covered and so on.
References [1] Professional design institute of Railway r: the Railway Tunnel Shot Crete Support Technical Regulations(TBJl0108)，China Railway Publishing House(2002)

China's geographical environment: in the eastern climate condition are preferable, water is enough, and so is heat.
In the different environment outdoor woodiness furniture style design can be affected by Terrain Mountain, water and other geography factors, creating the compatible furniture products.
For example, in the southern of China landscape architecture of the water system is a good example.
In the south landscape park, stylist makes full use of the water; let it through every corner of the garden, which plays a big role in adjusting area and landscape.
From the point of view of the professional planning design, the basic elements of landscape can be divided into two sorts: one kind is soft qualitative thing, such as trees and water; another kind is the hard things, such as pavement, the sculpture, the wall body, baluster, landscape building, etc.