How to get to a central hospital on Heping Road in Tianjin
Metro Line 1 → Metro Line 6
35 minutes, 9.1km
northwest corner subway station
walk 10 meters
get on at northwest corner station
Metro Line 1 (Liuyuan direction) 1 station
get off at West Station
transfer in station, walk 60 meters
get on at West Station
Metro Line 6 (Meilin road direction) 7 stations
a central hospital station (exit d) Get off
walk 900 meters
Tianjin First Central Hospital
Take Metro Line 3 and get off at Hongqi South Road station.
1. Take bus No.
52, the whole journey is about 1.7km.
1. Walk about 220m from Hongqi South Road to wangdingdi overpass station.
2. Take bus No. 52, pass by 1 stop, and reach tiantuo building south station (also take bus No. 687, 903, 829, 850)
3. Walk about 330m, Arrive at Tianjin first central hospital
bus line: NO.175, about 18.9km
1. Walk about 10m from Yangliuqing bus station to Yangliuqing bus station
2. Take NO.175, pass 19 stops, and reach Tianjin Library Station
3. Walk about 410m to Tianjin first central hospital
2
1、 The transformation of traditional chemical enterprises into e-commerce needs innovative thinking
e to the influence of development environment, the scale of chemical enterprises is different, and under the influence of informatization, the development of traditional chemical enterprises is seriously restricted in all aspects. The Internet of things, big data, blockchain and other new generation technologies are graally changing the development of traditional enterprises. If the traditional chemical enterprises can't transform and upgrade in time and take the initiative to adapt to the new development content, they can only face the fate of being eliminated. Under the trend of the economy entering the new normal, what chemical enterprises need to do is to establish innovative Internet thinking, Only under the guidance of this kind of thinking, the traditional chemical enterprises will have the power of development
Second, according to the characteristics of traditional chemical e-commerce, the construction of e-commerce should be carried out.
at present, the chemical market mainly relies on offline channels to complete transactions, but the traditional way of transaction greatly reces the efficiency of transactions because of the lack of information circulation, and the integration of chemical instry into e-commerce can fundamentally change this disadvantage, rece transaction costs and effectively control the market trend, Timely transmission of information can not only solve the inventory problem, but also grasp all aspects of the transaction information. At the same time, with the help of big data, blockchain and other technologies, it can quickly collect, analyze and track the data of the e-commerce platform, which can greatly improve the efficiency of sales operation. The development of e-commerce platform of traditional chemical enterprises must be combined with the actual rational development, and must not be too hasty. Only when the combination of all aspects follows the law of market development, will the benign development trend finally form
Third, B2B is the focus of the transformation of e-commerce in the chemical instry. B2B e-commerce of chemical instry can effectively improve the experience and efficiency of transaction, and it also has a certain embodiment in the service level. In addition, B2B is a long chain, which is also rich in technical barriers. Many things can not be solved online, and chemical instry has abundant offline resources and solutions, which can form a docking relationship. In short, B2B e-commerce can realize data integration and integration for chemical enterprises The improvement of information technology and the overall improvement of digital level can help chemical instry successfully cut in and turn around on the road of e-commerce Fourthly, the combination of tradition and Internet is the key to the transformation of chemical e-commerce.
the success of chemical e-commerce is not only caused by one characteristic, but also the integration of tradition and Internet. The complexity of traditional chemical instry is not only the nature of business, but also e to the independence and irreplaceability of online and offline links, Offline work needs the cooperation of all aspects. Logistics, supply chain, storage system and so on all need precipitation. Just the traditional way gives enough experience. There is also the Internet online is mainly to achieve the value-added services, customer drainage import, there is a link function, these are not available offline. Only the combination of the two can achieve more outstanding chemical e-commerce
E5:
=IF(COLUMN($N5)-COLUMN()=LEN($N5*100)+1,"￥",IF(COLUMN($N5)-COLUMN()<= LEN($N5*100),MID($N5*100,LEN($N5*100)-COLUMN($N5)+COLUMN()+1,1),""))
1. First of all, correct it. When it comes to the corner, you don't need the whole word. For the unit element. In addition, you need to add zero to the check in words, such as ten thousand five hundred and ten yuan. This function is not
2. Enter excel and press Alt + F11 to enter VBA
3. Right click VBA workbook, insert --- mole and the following code in
4. Call
function Daxie (money as string) as string
& 39 with = daxie() formula; The program to realize the conversion of currency amount in Chinese capital
& # 39; The program can't input more than 16 numbers
dim x as string, y as string
const Zimu = & quot sbqwsbqysbqwsbq" &# 39; Define location code
const letter = & quot; 0123456789sbqwy.zjf" &# 39; Define Chinese abbreviations
const upcase = & quot; 0.1234.5679 trillion yuan only&# 39; Define capital Chinese characters
if cdbl (money) & gt= 1E+16 Then daxie = "# VALUE!& quot;: Exit Function ' You can only convert less than 100 million yuan< br />
x = Format(money, " 0.00") &# 39; Format currency
y = & quot& quot; < br />For i = 1 To Len(x) - 3
y = y & Mid(x, i, 1) & Mid(zimu, Len(x) - 2 - i, 1)
Next
If Right(x, 3) = ". 00" Then
y = y & " z" &# 39;*** Yuan integer
else
y = y & left (right (x, 2), 1) & quot; j" & Right(x, 1) & " f" &# 39;* Yuan * Jiao * score
end if
y = replace (y, & quot; 0q", & quot; 0") &# 39; Avoid zero thousand (e.g. 4020040000 two hundred)
y = replace (y, & quot; 0b", & quot; 0") &# 39; Avoid 100 (e.g. 410041000)
y = replace (y, & quot; 0s", & quot; 0") &# 39; Avoid zero ten (e.g. 204 two hundred and four)
y = replace (y, & quot; 0j", & quot; 0") &# 39; Avoid zero angle
y = replace (y, & quot; 0f", & quot;& quot;) &# 39; Avoid zero
do while Y & lt& gt; Replace(y, " 00", & quot; 0") < br />y = Replace(y, " 00", & quot; 0") &# 39; Avoid double zero (e.g. 100410004)
loop
y = replace (y, & quot; 0y", & quot; y") &# 39; Avoid 0 billion (e.g. 21 billion, 21 billion, 11 billion)
y = replace (y, & quot; 0w", & quot; w") &# 39; Avoid 0 million (e.g. 2.12 million, 1.1 million)
y = IIF (X & lt; 0.1, Right(y, Len(y) - 3), y) ' Avoid zero points (e.g. 0.01 and 1 points); 04)
y = IIF (len (x) = 4, replace (y, & quot; 0.", & quot;& quot;), Replace(y, " 0.", & quot;.& quot;)) &# 39; Avoid zero yuan (e.g. 20.00 twenty yuan; 12 yuan and twelve cents)
for I = 1 to 19
y = replace (y, mid (letter, I, 1), mid (upcase, I, 1)) & 39; Capital Chinese characters
next
Daxie = y
end function
33258;- 21333;- 20803;- 26684;- 26684;- br />[DBNum2][$-804]yyyy" Quota? mm" " dd" Qu"