[Edit this paragraph] Social science field
GE: General Electric Company GE: Google Earth Google Earth GE: Gigabit Ethernet Gigabit Ethernet 1Gbps 10GE: Optical Ethernet light Ethernet 10Gbps google earth
[Edit this paragraph] Natural science field
GE: Germanium atomization enthalpy: kJ/mol @25℃ 376.6 Heat capacity: J/(mol·K ) 23.222 Electrical conductivity: 10^6/(cm ·Ω ) 1.45×10^(-8) Thermal conductivity: W/(m·K) 60.2 Heat of fusion: (kilojoules/mol) 36.940 Heat of vaporization: (kilojoules/mol) Mol) 330.90 Content of elements in the universe: (ppm) 0.2 GE: gross energy GE: Gigabit Ethernet GE: genic engineering GE: relational operator, meaning greater than or equal to. gE: acceleration envelope, an acceleration index that represents amplitude in vibration analysis.
[Edit this paragraph] GE Company
General Electric Company GE dreams of starting the future - GE is one of the world's largest cross-industry technology, manufacturing and service companies, committed to To solve some of the world's toughest problems. GE's products and services range from aircraft engines, power generation equipment, water treatment and security technology to medical imaging, business and consumer financing, and media. It has customers in more than 100 countries around the world and has more than 300,000 employees. Mr. Jeff Immelt is the current chairman and CEO.
[Edit this paragraph] GE’s “Three Rings” Strategy
The content of the “Three Rings” strategy is to retain and enhance the core circle, high-tech circle and service circle. Its purpose can be To sum it up in 8 words, that is: avoid excess and highlight integration. There are three intrinsic reasons for the success of this strategy: do the right thing, use the right people, and afford it.
Do the right thing:
Do the right thing - adopt the "three-ring" strategy; do the right thing and choose the right development direction. His performance is to look at the market first and the association secondly.
Use the right people:
GE has a famous saying: "Having the right people do the right things is far more important than developing a new strategy!" From this sentence we can It shows how much GE attaches great importance to talents. To use an old Chinese saying, it means "employing talents in an eclectic way."
Affordable:
This is reflected in GE's management system and system, which adopts a clear networked management structure.
[Edit this paragraph] GE in China
Introduction
As early as 1906, GE began to develop trade with China and was the most active company in China at that time. , one of the most influential foreign companies. In 1908, GE established its first light bulb factory in Shenyang. In 1934, GE bought Shen Chang Yang Co., Ltd. and began to provide installation and maintenance services for imported electrical equipment in China. In 1979, GE reestablished trade relations with the People's Republic of China. In 1991, the first joint venture, GE Hangwei Medical Systems Co., Ltd., was established in Beijing. To date, all of GE's industrial products groups have operated in China, employing more than 12,000 employees and establishing more than 50 operating entities. With the gradual opening of the market after China's accession to the WTO, GE's financial business is also actively seeking development opportunities in China. In 2006, GE's sales revenue in China reached US$5.4 billion.
Volunteer Project
In addition to business activities, GE also encourages itself to be a responsible corporate citizen. In 2006 alone, nearly 3,000 GE employees worked in Greater China Organized more than 70 community volunteer projects, and *** contributed more than 20,000 hours of service to many public welfare undertakings such as education, children's health and development, elder care, and environmental protection. ***Communities in 18 different regions have benefited from this (including Beijing, Chongqing, Gansu, Guangzhou, Hangzhou, Hong Kong, Qinhuangdao, Shanghai, Taiwan, Wuxi, Zengcheng, Zhongshan, Shenzhen, Pengzhou, Shenyang, Harbin and Xuzhou).
GE currently has six industrial divisions:
Infrastructure, Industrial, Healthcare, Business Finance, Consumer Finance, and NBC Universal.
Infrastructure
GE is one of the world's leading providers of infrastructure technology services, including business groups such as aircraft engines, energy, oil and gas, rail transportation and water treatment technology. Currently, nearly 1,200 GE aircraft engines are used on 550 aircraft in China; more than 300 steam, gas turbines, wind energy and hydroelectric turbines provide more than 30,000 megawatts of energy in China; at the same time, GE has established an oil and natural gas joint venture in Shenyang ; The latest track signaling system, locomotive track and platform management systems have been put into use on the market; in addition, GE has established a water treatment chemical plant in Wuxi. GE Infrastructure also provides leasing and financial services in aviation and energy. More than 100 aircraft in China are used by airlines through GE Aviation Financial Leasing.
Industrial
GE Industrial provides a wide range of products and services to the world, including home appliances, lighting and industrial products, factory automation systems, plastics, security and sensing technologies and equipment. Financing, management and operating services. GE has plastics business joint venture plants in Nansha, Shanghai, and Zhongshan; four lighting plants in Jiading, Shanghai; security facilities with innovative technologies for entrance and building security control and explosives and drug detection; and the sensing business has established a large presence in Shanghai. China headquarters.
Healthcare
GE Healthcare is a global leader in expertise in medical imaging, information technology, medical diagnosis, patient monitoring and life support systems, disease research, drug development, and biopharmaceutical production technology. status, committed to detecting diseases earlier and helping to treat them. GE Healthcare has been active in the Chinese market since 1991. It currently has 3,000 employees and operates in 25 regions across the country, including Beijing, Shanghai, Wuxi, and Guangzhou. There are CT scanning system, MRI system, and X-ray imaging system factories built in Beijing; Shanghai is expanding its production base and preparing to provide contrast agent products to China and the United States and global markets outside China; in addition, it has built a factory in Wuxi Ultrasound and patient monitor equipment factory.
Business Financing
To promote business growth around the world, GE Business Financing provides a series of financing services and financial products, including lending, operating leases, financing projects, financial real estate, etc. In March 2006, GE's real estate business entered the Chinese market and invested US$20 million in CITIC Capital Vanke China Real Estate Development Fund. The fund will invest US$100 million to US$150 million in residential real estate development in China in the next 5 to 7 years.
Consumer Finance
GE Consumer Financial Services provides credit services and financial products, such as personal credit cards, auto loans, etc. to consumers, retailers and auto dealers around the world. This department is rapidly expanding its business in Asia and joined Shenzhen Development Bank in September 2005 to establish a strategic partnership. In March 2006, GE Management Technology Consulting (Shanghai) Co., Ltd. was established in Shanghai.
NBCUniversal
NBCUniversal is a leading global media and entertainment company that develops, produces and markets entertainment, news and current affairs information for audiences around the world. NBC is the broadcaster of the Olympic Games.
CNBC Global Asia cooperates with China Business Channel in Shanghai to broadcast news and programs co-produced by "Global China Business", "Asian Operator", and "China Operator" for CNBC.
[Edit this paragraph] GE Company Manager
Thomas Alva Edison (Thomas Alva Edison), the first general manager and founder of GE Group. Edison is a world-famous electrician and inventor in the United States of America. In addition to his inventions and contributions in phonographs, electric lights, telephones, telegraphs, movies, etc., he also has many famous creations and contributions in mining, construction, chemical industry and other fields. Great insights. Edison made about 2,000 inventions throughout his life, making great contributions to human civilization and progress. Edison was also a great entrepreneur. He established the Edison General Electric Company in 1890, and its two main businesses formed the famous General Electric Company (GE).
Life
Edison was born on February 11, 1847, in the small town of Milan, Ohio, in the midwestern United States of America. His father is of Dutch descent, and his mother worked as a primary school teacher and is of Scottish descent. When Edison was 7 years old, his father lost money in his roofing business, so he moved the family to Fort Gratiot in the northern suburbs of Huron, Michigan. Shortly after moving here, Edison contracted scarlet fever and remained ill for a long time. The disease was believed to be the cause of his deafness. Edison went to school at the age of 8, but after only three months of studying, he was dismissed by the teacher as an "imbecile" and kicked out of school. From then on, his mother was his "home tutor". Because of his mother's good education methods, he developed a strong interest in reading. "He not only read a lot of books, but he also read ten lines at a glance and could recite them after reading them." When he was 8 years old, he read the works of William Shakespeare, the most important playwright of the English Renaissance, Dickens, and many important historical books. By the age of 9, he could quickly read more difficult books, such as Parker's " Natural and Experimental Philosophy. I loved chemistry when I was 10 years old. At the age of 11, he experimented with his first telegraph. To earn money to buy chemicals and equipment, he started working. When he was 12 years old, he got a job selling newspapers on the train, traveling between Port Huron and Detroit, Michigan. While selling newspapers, he also runs a fruit and vegetable business. Whenever he has time, he goes to the library to read. He bought an old printing press and started publishing his own weekly magazine, the Herald. The first issue of the magazine was printed on the train. He used the money he earned to build a chemistry laboratory on a luggage cart. Unfortunately there was a chemical fire and he was thrown out of the car along with his equipment. Another time, when Edison was trying to board a freight train, a conductor grabbed his ears to help him get on. This action resulted in Edison becoming permanently deaf. In August 1862, Edison used fearless heroism to rescue a boy who was about to be killed on the train tracks. The child's father was grateful for this, but since he had no money to repay him, he was willing to teach him telegraph skills. From then on, Edison became involved with this mysterious new world of electricity and embarked on a scientific journey. In 1863, Edison served as a telegraph operator at Stratford Junction Station on the Grand Trunk Railway. From 1864 to 1867, he worked as a telegraph operator in various places in the Midwest and lived a wandering life. The places visited include Stratford, Adrian, Fort Wayne, Indianapolis, Cincinnati, Nashville, Tennessee, Memphis, Louisville, Huron and other places. In 1868, Edison came to Boston as a telegraph operator. In the same year, he obtained his first invention patent. This is a device that automatically records votes.
Edison thought the device would speed up the work of Congress and that it would be welcomed. However, one MP told him that they had no intention of speeding up the agenda and that sometimes voting slowly was politically necessary. From then on, Edison decided not to make any inventions that people didn't need. In early June 1869, he came to New York to look for work. While he was waiting to be summoned at a broker's office, a telegraph machine broke down. Edison was the only one there who could fix the telegraph, and he got a better job than he expected. In October, he and Pope jointly established a "Pop-Edison Company" to specialize in scientific instruments for electrical engineering. Here, he invented the "Edison Printing Press." He dedicated the printing press to the manager of a large Wall Street company. He wanted to ask for $5,000, but he lacked the courage to say it. So he asked the manager to give him a price, and the manager gave him $40,000. Edison used the money to build a factory on Ward Street in Newark, New Jersey, specializing in manufacturing various electrical machinery. He worked all night long. He trained many capable assistants, and at the same time, he also happened to meet the diligent Mary (Mary Stilwell), his future first bride. In Newark, he made inventions such as wax paper and mimeograph machines. From 1872 to 1875, Edison invented the double and quadruple telegraph machines, and helped others build the world's first English typewriter. In the spring of 1876, Edison moved again, this time to "Menlo Park" in New Jersey. Here he built the first "invention factory", which "marked the beginning of collective research." In 1877, Edison improved the telephone invented by Bell earlier and put it into practical use. He also invented one of his pet projects - the phonograph. The telephone and the telegraph "were a revolution that expanded human sensory functions"; the phonograph was one of the three great inventions that changed people's lives. "From the perspective of his inventive imagination, this was his most significant inventive achievement." By this time, he was known as "The Magician of Menlo Park." While inventing the phonograph, Edison finally made a breakthrough in the research on electric lights after numerous failures. On October 22, 1879, Edison ignited the first electric light with widespread practical value. In order to extend the life of the filament, he tried again and tried more than 6,000 fiber materials before he found a new luminous body - Japanese bamboo filament, which can last for more than 1,000 hours, achieving the purpose of durability. In a way, this invention was the pinnacle of Edison's life. He then created a power supply system that allowed distant lamps to distribute power from a central power station, a major technological achievement. His first purely scientific discovery occurred in 1883. While experimenting with electric lamps, he observed what he called the Edison effect: a charge inside a lit bulb traveling from a hot filament through space to a cold plate. Edison patented his discovery in 1884 but did not pursue further research. Other scientists used the Edison effect to develop the electronics industry, especially radio and television. Edison also attempted to do for the eyes what the phonograph had done for the ears, and this is where the movie camera came into being. Using a strip of George Eastman's newly invented celluloid film, he took a series of photographs and projected them onto a screen in rapid succession, creating the illusion of movement. He first experimented with film in the laboratory in 1889 and applied for a patent in 1891. In 1903, his company produced its first feature film, "The Train Robbery." Edison did much to organize and standardize the motion picture industry. After Edison moved his laboratory to West Orange in 1887, he founded a number of commercial companies to manufacture and market his many inventions; these companies later merged to form the Edison General Electric Company, later known as the Edison General Electric Company. General Electric Company. Thereafter, his interests turned to fluoroscopy, ore crushers, magnetic separation of iron, batteries and railway signaling devices. During World War I, he developed torpedo mechanisms, flamethrowers, and underwater periscopes.
On October 21, 1929, on the 50th anniversary of the invention of the electric light, people held a grand celebration for Edison. Albert Einstein of the German Federal Republic of Germany and Curie of the French Republic of France His wife and other famous scientists congratulated him. Unfortunately, at this celebration, when Edison was giving a speech, he suddenly fainted due to excessive excitement. From then on, his health deteriorated. On October 18, 1931, this scientist who had made great contributions to mankind died of illness at the age of 84. Edison's educational level was extremely low, but his contribution to mankind was so huge. What is the "secret" here? In addition to having a curious heart and an instinct for personal experimentation, he also has infinite energy and determination to work hard that are beyond ordinary people. When someone called Edison a "genius", he explained: "Genius is 99% perspiration and 1% inspiration, but that 1% inspiration is the most important, even more important than the 99%. Sweat is important." He organized many people from different professions in the "Invention Factory", which included more than 100 scientists, engineers, technicians, and workers. Many of Edison's major inventions relied on the strength of this collective. Only then did he succeed. His achievements are mainly due to his hard work, creative talent and collective strength. In addition, his wife also played a very important role. Chronology of Edison's inventions: On October 11, 1868, he invented the "voting counter" and obtained his first patent. In October 1869, he and his friends jointly established the "Pop-Edison Company". In 1870, he invented the general-purpose printing press and sold the patent rights for US$40,000. Set up its own manufacturing plant in New York. From 1872 to 1876, he invented the electric telegraph, the automatic repeater telegraph method, the double and quadruple telegraph methods, and manufactured wax paper carbon resistors. In 1875, the resonator for acoustic analysis was invented. In 1876, a laboratory—the first industrial research laboratory—was established in Menlo Park, New Jersey. It was the origin of the modern concept of a "study group." Invented the carbon rod microphone. Apply for a patent for the telegraph automatic recording machine. The early telephone invented by Bell was improved and put into practical use in Menlo Park in 1877. Obtained three patents: perforated pen, pneumatic stylus and ordinary stylus. On August 20th, what proved to be one of Edison's favorite projects - the phonograph - was invented. In 1878, Edison claimed to solve the problem of electric lighting. The Royal Society holds a gramophone exhibition. Improved phonographs, designed microphones, amplifiers, aerial speakers, sound engines, tuning engines, microthermometers, taste testers, etc. Obtained patent for phonograph on February 19th. In July, he went to Wyoming with Professor Parker of the University of Pennsylvania to observe the total solar eclipse, and used the thermometer he invented to measure the overall temperature around the sun. Returned to Menlo Park in August and returned to scientific research and experiments. Britain approves Edison's patent application for "Video Recorder". William Wallace visited Connecticut in September. Started research into inventing the electric light. On October 5, a patent application for a platinum wire "electric lamp" was filed. From 1879 to 1880, after thousands of setbacks, the high-resistance incandescent lamp was invented. Improved generator. Design new current distribution methods, circuit alignment and calculation methods. Invented the light bulb holder and switch. Invented the magnetic mineral separation method. On August 30, 1879, Edison and Bell each demonstrated telephone devices at Saratoga Creek City Hall. Edison's phone turned out to be clearer than Bell's. On October 21, the high-resistance incandescent lamp was invented, which burned continuously for 40 hours. Application for carbon filament lamp patent on November 1st. On December 21, the New York Express reported on Edison's incandescent light bulb. A public light show was held in Menlo Park on December 25 for 3,000 visitors from New York City. 1880 Research on helicopters. Obtained patent rights for electric light invention. Made into a magnetic screener. On January 28, the patent document for "Electric Power Transmission and Distribution System" was submitted. On February 18, "Scribe's Monthly" published the article "Edison's Electric Light", officially announcing the invention of the electric light. In May, the first ship "Columbia" illuminated by electric lights successfully made its trial voyage. In December, New York Edison Electric and Lighting Company was established.
1881 New York Fifth Avenue headquarters established. An incandescent lamp factory is established in New York City. Set up manufacturing plants for generators, underground wires, and electric light parts. Experimenting with trolleys in Menlo Park. In 1882, the three-wire current distribution system was invented. Applied for 141 patents. The first central factory was established on September 4. At the end of December, more than 150 small power stations were established across the United States of America. A patent for wireless telegraphy was filed on May 23, 1885. From 1887 to 1890, he improved the cylindrical phonograph and obtained more than 80 patent rights for phonographs. Engaged in manufacturing and selling phonographs, records, talking machines, etc. In 1888, the drum-type phonograph was invented. Participated in the Centenary Exposition in Paris in 1889. Invented many types of electric railways. Complete the moving movie machine. From 1890 to 1899, he designed large-scale stone crushing machines and grinding machines. Personally directed the large-scale development of iron ore using new methods at the Ogden Mine. In 1891, he invented the "Edison Concentrator" and began to operate his own mining business. Obtained the patent for "Kinet Cinema Projector". The first successful movable motion picture telescope was demonstrated to the public on May 20 at the Edison Laboratory in West Orange, New Jersey. In 1893, the world's first movie "studio" was built in the courtyard of Edison's laboratory. The first kinetoscope theater opened in New York on April 14, 1894. On April 23, 1896, the "Vita Projector" was used for the first time to show a film at the Coster-Beyer Concert Hall in New York, which was warmly welcomed by the public. In 1902, a new battery was used to test vehicle power, with a range of 5,000 miles and a range of 100 miles per charge, which was a success. In 1903, Edison's company produced its first feature film, "Train Robbery." In 1909, after ten years of research, the battery was finally successful. Make a fax telegram. Obtained design patents for raw material machine, fine grinding machine and long kiln. From 1910 to 1914, the disc-type phonograph was completed, with damage-free records and diamond records. Completed talkie machine. In 1910, the "disc record" was invented. In 1912, "talkies" were invented. Developed into a speech phonograph. From 1914 to 1915, the comprehensive manufacturing method of carbolic acid was invented, and the phonograph and telegraph machine were combined into a remote writing machine. One telephone can automatically record the other party's speech. Manufacture benzene, indigo oil, etc. by ourselves. From 1915 to 1918, 39 inventions were completed, the most famous of which were the torpedo mechanism, the flamethrower and the underwater periscope. Completed long recording in 1927. In 1928, rubber was successfully extracted from wild grass. Someone has made statistics: Edison's inventions in his lifetime were officially registered in the patent office, with about 1,300 inventions. 1881 was his record year for inventions. This year, he applied for registration of 141 inventions, with an average of one new invention every three days. The life of the great inventor Edison tells us: great achievements come from arduous labor. Edison will not be forgotten as time goes by. His life was glorious and everything he did was for mankind.
Jeff Immelt
GE Jeff Immelt, the company's chairman and CEO, was appointed president and chairman-elect of GE in November 2000, and officially succeeded Jack Welch as GE's chairman and chief executive in September 2001. executive officer. Previously, Jeff was president and CEO of GE Medical Systems. GE Medical Systems, headquartered in Waukesha, Wisconsin, has annual sales of US$7 billion and is a global leader in medical imaging diagnostic technology and medical information services. Jeff joined the GE headquarters marketing department in 1982 and transferred to the Plastics Group in 1983. He successively held leadership positions in sales, marketing and global product management departments. Jeff joined GE Appliances Group in 1989 as vice president, responsible for consumer services. In 1991, he was appointed vice president, managing global marketing and product management. In 1992, he returned to GE Plastics as vice president and general manager of Plastics Americas Commercial Division. A year later, he served as vice president of GE Plastics and general manager of GE Plastics Americas.
Jeff was promoted to President and CEO of GE Medical Systems on January 2, 1997. Jeff graduated from the Department of Mathematics at Dartmouth University with a major in Applied Mathematics. Later he received a master's degree in business administration from Harvard University. Jeff and his wife, Andrea, have a daughter and live in Wisconsin.
Pang Deming
GE Vice President GE Northeast Asia, GE (China) Co., Ltd. Chairman and CEO GE Capital Asia President Mr. Pang Deming was born in Munich, Germany, and grew up in Europe. , North Africa, North America and South America through childhood and adolescence. He graduated from the University of Texas in the United States in 1985 with a bachelor's degree in finance and management; in 1991, he received an MBA degree from the University of North Texas in the United States. Pang Deming joined the management development program of GE Capital in Dallas, Texas, in 1986, and subsequently held various positions in GE Capital. In 1993, he came to Hong Kong to establish GE Consumer Finance Asia business, and in 1994 served as the general manager of GE Consumer Finance Asia. In October 1996, Pang Deming became the president of GE Consumer Financial Business Australia; in October 1998, he began to serve as the chief operating officer of GE Australia and New Zealand. In November 1999, he was appointed group chief executive of GE's consumer finance and insurance business in Australia and New Zealand. In January 2001, Deming Pang served as CEO of GE Australia and New Zealand and president of GE Capital Asia. Since 2004, he has also been responsible for GE’s mergers and acquisitions business in the Asia-Pacific region. In November 2005, Pang Deming was appointed chairman and CEO of GE (China) Co., Ltd., responsible for GE's business development in Greater China. In December 2005, he was appointed global vice president of GE. In January 2007, Pang Deming was appointed chairman and CEO of the newly established GE Northeast Asia region. Pang Deming is the chairman of the GE Volunteer Greater China Leadership Committee. He also serves as the director of Junior Achievement China. Pang Deming enjoys weightlifting, golf, tennis and skiing. He and his wife have a daughter and two sons.
The Sword of Excellence
Whereland (Chinese) and the 4th Empire are an online game giant developed by IMC Games led by "Ragnarok" producer Kim Hak-gyu with a huge investment of 4.5 billion from Hanguang Software. The agency rights of "Granado Espada" in mainland China were obtained by The9. The Chinese name was "Sword of Excellence" and it was officially opened for testing on October 31, 2007. Granado Espada originates from Spanish. The game is set in the Mediterranean in the 17th and 18th centuries. It is different from the Western fantasy background of most online games and has a strong historical color. In this era, adventurers have brought their wisdom and courage to a new continent to find their dreams. The name of this continent is Granado Espada. In the current Korean gaming industry, where there are so many new games, investing such a huge sum of 4.5 billion won just to make one game is undoubtedly a gamble because the risk is too great. Hanguang Software dared to do this entirely because of Kim Hak-gyu, who "as soon as he makes a masterpiece, it will be a masterpiece." Kim Hak-gyu ranks first among the four major game producers in South Korea. He hates simple PK and leveling in games. The biggest difference between him and ordinary game developers is that he pays great attention to realizing players' various ideas during game development and subsequent development, because the cartoon-style online game he produced, "Ragnarok", is unique in its own way and is truly different from other games. Style games are on par with each other. Kim Hak-kyu has been thinking about the planning of "Sword of Excellence" since he completed "Ragnarok". He said that "Excellent Sword" is the most successful and innovative game he has developed and will likely become his final game. The biggest difference between "Excellent Sword" and other online games is its original MCC (Multiple Character Control) system.
Using this system, players can use up to three characters at the same time and control these three characters at the same time in the game to form their own team. This is completely different from the current MMORPG that emphasizes single-player combat. Players can choose characters from different professions to form a team completely controlled by themselves based on strategic and tactical needs. Teams composed of characters from different professions will have completely different fighting styles. For example, if all three characters are warriors, they will have very powerful physical attack power; if they are a combination of warriors and wizards, they can use skills and tactics targeting the enemy's weaknesses; if they are a combination of warriors, wizards, and prop masters, they can use Use the most diverse skills and tactics. On the game screen, the father of RO, Kim Hak-gyu, led the team to shoot in Europe for the original painting design of "Sword of Excellence", and the design was based on the actual scenery photos taken. Coupled with the use of the most advanced 3D engine technology, "Excellent Sword" creates gorgeous and highly realistic game graphics. The painting style of the game has a strong medieval European fantasy style, and adds art special effects similar to oil paintings. The entire picture is permeated with a strong artistic beauty, coupled with more prominent 3D character models and eye-catching light and shadow effects, creating a The game graphics produced are breathtaking, creating a realistic and distinctive environment. "Excellent Sword" was praised by the Korean game industry as the most important online game masterpiece in 2005, and ranked first among the most anticipated online games in South Korea in 2005. The mainland server "Sword of Excellence" was officially put into public testing on October 31, 2007. On the day of the public testing, the scene was extremely hot, and the servers were fully loaded. I believe that "Sword of Excellence" will bring a new gaming experience to Chinese online game players with its unique multi-character control system, gorgeous and realistic graphics, and highly infectious music and sound effects.
[Edit this paragraph]GE
Obtaining a good ending in GALGAME or other games is called GOOD ENDING, or GE for short. To obtain GOOD END, you must follow the strategy and read the tips carefully. And completing it is also an important method. Try to get to know different people on different routes, and there will be new plots. Try each option and consider the impact on subsequent options. Note that branches that affect subsequent options should be documented and archived.