How much is a month for small fast mining
salary of Xinjiang Dishui Copper Mine Development Co., Ltd.
) mine manager | 10001-15000 yuan / month
energy / mineral / mining / smelting | enterprise nature: state owned enterprise | scale: 500-999 people
Job Description:
1, Responsible for grouting water control work of mine air shaft and achieved results
2. The independently completed design of new inclined shaft and 50m middle ramp of Shimenzi iron mine passed the acceptance of Ma'anshan Mining Research Institute, designed and implemented the installation project of blind shaft of Shimenzi iron mine, and completed the design of - 100m middle new water pump room and the reconstruction project of 50m middle old water pump room
3. Technical specifications for various types of geological survey and mining work, work standards and job responsibilities of technical personnel have been prepared, and various mining data and technical files have been established and improved, so that the mining technology management has graally stepped into a regular channel, and the application of stope ore blending technology in proction has been realized
4. The quality of ore is effectively controlled, and the continuous proction and development of the mine are realized
5. Guide the preparation of annual operation plan of Dishui copper mine, train technical backbone, establish and improve technical specifications and operation proceres<
management experience: report object: factory director of mining plant | number of subordinates: 98 | direct subordinates: Grassroots supervisors | annual income: 150000 / year
performance description:
1. Technical specifications, work standards and post responsibilities for various types of geological survey and mining work have been formulated and improved, so that technicians have rules to follow
2. Completed the reconstruction of 295 middle section pump house and sump, supplemented and improved the design of inclined shaft; Established and improved the stope management files and all kinds of mining technology data, so that the mining management step by step onto the formal channel
3. By standardizing the mining sequence, the ground pressure activity is effectively alleviated and controlled; Through the use of ore blending technology, the ore grade is stabilized, the rich and poor are exploited simultaneously, the limited mineral resources are rationally utilized, and the old mines are rejuvenated with new vitality
4. In order to solve the problem of exploration and development in the deep part of the ore body, a scheme to transform the old hoisting system was proposed, which was approved by the company leaders and put into practice.
absolute positioning
Abstract windows toolkit Abstract window tool library
accumulator
active multi-media dynamic multimedia
address, [station] address
adware advertising software
AI searching intelligent search engine
alphabetic graphics letter mosaic graphics
alphabetic alphanumeric, American Standard Code for information interchange, analog, and gate, application programming interface, application programming interface, application programming interface, application programming interface, application programming interface, and application programming interface, Application oriented language, application oriented language, application programming interface, application programming interface, [Hong Kong] application programming interface
application service provider [Hong Kong] application service provider
AR (augmented reality), augmented reality, [Taiwan / Hong Kong] augmented reality, [Taiwan] extended reality
ASCII (American Standard Code for information interchange)
ASP (application service provider)
assembler, assembler, assembler,
asynchronous transfer mode, Asynchronous transfer mode, asynchronous transfer mode, audio card, augmented reality, augmented reality, [Taiwan] augmented reality
AWT (Abstract windows Toolkit) Abstract window tool library
b
B2B (business to business) business to business, business to business, business to customer
B2C (business to consumer, business to customer) business to consumer (or customer, indivial)
background, [Taiwan] background, suboptimal
bandwidth, communication frequency band, [Taiwan / Hong Kong] bandwidth
baseband, [Taiwan / Hong Kong] fundamental frequency
defense host, fortress host
BBS (bulletin board system) bulletin board system, electronic announcement system, electronic bulletin board, electronic announcement system, [Taiwan] electronic bulletin board
BFT (binary file transfer) binary file transfer
Bi (Business Intelligence) business intelligence
Big-5, Big-5, Big-5
binary file transfer
Binary Runtime Environment for wireless binary code, [Hong Kong] wireless binary runtime environment software
bit, bit, Bit slice, bit slice, bit slice partition
blog, blog, blog service provider, blog service provider, blog service provider, blog service provider, blog service provider, [Hong Kong] Bluetooth
boot
bootstrap, bootstrap, bootstrap, bootstrap,
brew (Binary Runtime Environment for wireless) wireless binary code, [Hong Kong] wireless binary running environment software,
broadband, [Taiwan / Hong Kong] broadband
broken link, BSP (blog service provider), blog service provider, blog service provider, [Hong Kong] blog service provider, [Taiwan] blog service provider,
browser,
buffer,
buffer board system, bulletin board system, electronic bulletin board system, electronic bulletin board system, electronic bulletin board system,
bus main line, bus network, [Hong Kong] trunk network
business intelligence
business to business business, business to business, business to customer
business to customer Enterprise to customer (or indivial)
byte, byte, byte code
C
C2C (consumer to consumer, customer to customer) consumer to consumer, customer to customer, Personal to personal
c-marc format (Chinese machine readable cataloging format) [Taiwan] Chinese machine readable cataloging format
cable modem,
CAD (Computer Aided Design), [Hong Kong] computer aided design
calendar server
call on motion dynamic monitoring
cam (Computer Aided Manufacturing) computer aided proction
cascading style sheets, cascading style sheets, cascading style sheets
case (Computer Aided Software Engineering) computer aided software engineering, Case sensitive case sensitive case sensitive CCCII (Chinese character code for information interchange), Chinese character code, Chinese character code, CD-E (compact disc erasable) erasable CD-R, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM, CD-ROM drive, CD-ROM, CD-RW (compact disc rewritable) erasable recorder, [Hong Kong] rewritable CD-ROM burner
CDMA (code division multiple access) code division multiple access
certificate server authentication server
CGI (Common Gateway Interface) general gateway interface, public gateway interface
channel definition format, channel definition format
character, [Taiwan] character
China machine readable cataloging format
China MARC format (China machine readable cataloging format)
Chinanet
Chinese character code for information exchange, Chinese machine readable cataloging format Chinese MARC format Chinese machine readable cataloging format CIMS bill image/ Closure system
click, [port] button
client, client, client, client, Client
CMOS RAM (complementary metal oxide semiconctor random access memory)
code division multiple access
code snippet code fragment
cold link
collabra news reader
collabra server Newsgroup server
com (component object model) component Object mode, component object model
common gateway interface, common gateway interface, common gateway interface
compact disc erasable CD-R, compact disc rewritable CD-R, compact disc rewritable CD-R, Compatibility, compatibility, interchangeability
complementary metal oxide semiconctor random access memory
complex programmable logic devices
component object model, Component object model
computer aided design,
computer aided manufacturing,
Computer Aided Software Engineering, [Hong Kong] computer aided engineering
Computer Integrated Manufacturing System
computer supported cooperative work, computer assisted group cooperation
computer to plate technology
computing
consumer to consumer, Personal to personal
corporate user [Hong Kong] company user
CPLD (complex programmable logic devices)
cracker intruder,
crackware scrap, [Hong Kong] waste software
cross platform
cross platform extension
CSCW (Computer Supported Cooperative Work) computer supported cooperative work, [Taiwan] computer assisted group cooperation
CSS (cascading style sheets) cascading style sheets, cascading style sheets, cascading style sheets, Cascading style form
customer to customer, person to person
cyber cash
cyberspace, cyberspace, cyberspace
cybersquatter, domain blocker, domain robber, domain cockroach, Network cockroaches
d
DAB (digital audio broadcasting), [Hong Kong] digital audio broadcasting, digital audio broadcasting, digital voice broadcasting
DAS (Direct Attached Storage) direct attached storage, [Taiwan] direct attached storage, [Hong Kong] Direct Attached Storage
data, [Taiwan] data
data exchange interface data exchange interface
data mining data development, data acquisition, data mining, data exploration, data sharing, data warehouse, data warehousing, data storage, database, database, Data base
daughtercard
DDoS (distributed denial of service)
distributed denial of service
deadlock, deadlock, stagnation
debug, debug, debug, debug, debug, debug, [station] demand calling
den (directory enabled network) directory driven network
denial of service, [station / port] denial of service
dense wavelength division multiplexing, dense wavelength division multiplexing, [station] high density wavelength division multiplexing, [port] high density wavelength division multiplexing, DWDM
destination document
DHCP (Dynamic Host Configuration Protocol)
DHTML (dynamic hypertext markup language)
di (Digital Intermediate), digital media, digital fine tuning, [Hong Kong] digital media
digerati [Hong Kong] digital elite
digital audio broadcasting
In essence, blockchain is a decentralized distributed ledger database, which is a series of data blocks generated by using cryptography. Each data block contains the information of effective confirmation of multiple bitcoin network transactions
we know that blockchain is a decentralized system. Indeed, decentralization is a very important concept in the blockchain world. The design of many models (such as ledger maintenance, currency issuance, timestamp design, network maintenance, competition between nodes, etc.) depends on this central idea< br />
in the process, although you are trading with the seller, the transaction involves the third party, the Alipay, the seller and the seller. The transaction between you and the seller is centered around Alipay. Therefore, if the Alipay system has problems, it will lead to the failure of the transaction. And although you simply bought a mobile phone, you and the seller have to provide rendant information to the third party
so consider extreme cases. If Alipay run away or take money, do not admit your deal or the city where Alipay is driving away everyone, then you are tragedies.
the decentralized approach is much simpler. You just need to exchange money and mobile phones with the seller, and then both parties claim to have completed the transaction. It can be seen that in some specific cases, the decentralized processing method will be more convenient, and at the same time, there is no need to worry about the disclosure of their own information unrelated to the transaction. In fact, if only two people's transactions are considered, the benefits of decentralization can not be fully displayed. If there are thousands of transactions in progress, the decentralized processing method will save a lot of resources, make the whole transaction autonomous and simple, and eliminate the risk of being controlled by the centralized agent
decentralization is a subversive feature of blockchain technology. It does not need centralized agent and realizes a point-to-point direct interaction, which makes the information interaction mode of high efficiency, large scale and no centralized agent become a reality
Blockchain information website
the so-called "blockchain" is actually a new application mode of distributed data storage, point-to-point transmission, consensus mechanism, encryption algorithm and other computer technologies
now the price of the mine has depreciated by 90%, so it's good to dig up thousands of gold. It's not worth it.
2. I can earn so much even if I go to toss ah for 8 hours, but the market profit is too low to bother
3. At the present stage, Youming iron ore is easy to sell, with a group of 40. But you need a full class number. The lower class can't fly and dig fast.
at this stage, the application projects in the blockchain field are mainly divided into two aspects: one is the new business model that is more compatible with blockchain technology, such as cross-border payment, supply chain finance, proct traceability and other scenarios; The second is the application of the reform based on the existing centralized business, that is, the use of token economic incentive mechanism
with the development of technology, the number of application projects in this field is expanding rapidly, and many people believe that 2018 will be a year when blockchain will really combine with the real economy and break out. However, blockchain technology is still in the early stage of development, facing challenges including regulatory environment, lack of talents, technology awareness and so on
from the technical level, the application of blockchain technology to the actual instry scene needs to solve the problems of transaction speed, data consensus, node maintenance and so on. At present, bitcoin network can only process seven transactions per second, and the leading super ledger technology can only reach the level of 200-300 transactions; This is a long way from a centralized system with tens of thousands of transactions per second. In addition, the lack of relevant incentive mechanism in the field makes it difficult for participating nodes to operate orderly. From the regulatory perspective, although most countries actively embrace blockchain technology, there are no relatively perfect regulatory regulations and instry standards at this stage. Inappropriate regulatory measures may hinder the innovation and development of such emerging technologies
it is affected by many factors, such as the underlying technology needs to be further matured, the lack of intelligent contract public chain platform, the lack of ecological compatibility of all kinds of token, and the unclear government supervision; At present, the implementation of blockchain application projects is relatively slow, and the project quality is uneven. To this end, analysts said that compared with the general blockchain, the focus blockchain for specific scenarios and applications may be a breakthrough in the short term.