我要一个用英文做会议记录的大概的模板,格式

MEETING MINUTES

Meeting Minutes guidelines:

· Publish Minutes within 24 hours of any meeting

· Post Minutes in a place available to all stakeholders (e.g. shared drive or website)

· Send Minutes via email to all stakeholders. Include Action Items in body of the email.

· Review Action Items for completion during the next meeting.

Project Name:

Date of Meeting: (MM/DD/YYYY) Location:

Minutes Prepared By: Charge time to:

1. Purpose of Meeting

2. Attendance at Meeting (add rows as necessary)

Name Department./Division E-mail Phone

3. Meeting Agenda

4. Meeting Notes, Decisions, Issues

5. Action Items (add rows as necessary)

Action Assigned to Due Date

6. Next Meeting

Date: (MM/DD/YYYY) Time: Location:

Agenda:

求英语会议请柬模板会议内容不限就要一个模板相信各位大大手中都会

Dear sir/madam,We sincerely invite you to participate in China's Software Development and IT Outsourcing Summit 2008 and the First E-service Conference of China as our specially invited guests. The conference will be ceremoniously hold in Ningbo Nanyuan Hotel from the 8th to 9th of June, 2008.Looking forward to your presence!。

英语作文会议通知

Notice June 16th,2006

We are going to hold a meeting in Meeting Room 301 at 3:00 on the afternoon of Friday,March 2nd.The meeting is about the analysis of the market demands and it very important and all the salesmen are required to attend it.Please attend the meeting on time.

GM Office

***

写一篇在班里举行一次会议记录的英语作文？

Success,as is known,is the pursuit of many ambitious people.It requires much of a person.

In my view,above all,one should be a person of strong perseverance.Rome was not built in a day.On our long way to success,there are undoubtedly many difficulties standing in the way.If we lose heart and give up halfway,nothing can be achieved.Throughout history,we have had many famous successful people in the world,of whom no one is weak-minded.Take the great American scientist Edison as an example,he tried experiment after experiment and had one failure after another before he finally invented the bulb,which lighted up the whole world.So we can conclude perseverance can surely be one of the secrets of success.Furthermore,one needs to work hard to realize his dream just as the famous saying goes “Hard work leads to success”.

Look at these around us and we'll find diligent people are always the favor of our society.They usually achieve more than expected.Why do so many of our classmates of average intelligence go far ahead of others?Hard work is definitely supposed to be the answer.And still,I hold that one must keep in pace with the informative world.There's no denying that our world is changing every day.So one can never be locked alone inside his own room,doing his research work and dedicated to book knowledge.

How can an isolated person be well-informed enough to go ahead of others?If so,that could be ridiculous.Success is what one desires.So long as one is perseverant,hard working and up-to-date,I am sure success is near at hand.

跪求模具英语高手翻译

1。

模具指导：模具的莫德尔纳Verktyg要引导根据哈斯科Z00，按Z10,Z20。的指导支柱之一必须是在不同的大小或偏离中心从其他指导支柱。

2。顶针板指导：在顶针板的导套的孔应比0,5毫米直径大导套。

使用支柱哈斯科Z011 / 。和衬套Z13W / 。

3。引导喷射：为喷射指导长度应根据下表。

返回喷射不应有任何的指导，他们应该有一个清洞。4。

顶针标准：在喷射应根据哈斯科Z41，硬化和硝化。对于在喷射器喷射头板休会应该有按照以下图片公差。

5。喷射角度：喷射角度应该有一个松散的头连接到一个圆形指导针，由一个核心插入套管铜牌指导。

6。螺钉的顶针板：的螺丝保持顶针板连同不得超过200毫米，从四面八方相互其他。

7。螺丝强度：所有螺钉和螺栓必须有一个最低12.9力量。

8。电子连接器：为从热通道设备，电线电缆槽必须按照下面的图片。

9。冷却：-连接器：所有的冷却连接器应放在模具如果可能的背面。

连接器的类型，要按照客户的标准。冷却器连接所有的口袋，必须集中到冷却通道。

冷却回路也必须加盖到模具冷却旁边的连接器。，压力，流量测试：模具生产商必须在测试的每个10bar压力对漏电断路器。

模具制造商还必须衡量每公升电路流量/在一分钟的6bar的压力。措施协议必须送交莫德尔纳Verktygs项目工程师。

线程插头：据哈斯科标准Z94螺纹塞必须用于在莫德尔纳Verktygs模具冷却系统。为堵塞线程必须是圆柱形。

10。 O型圈：O型圈使用莫德尔纳Verktygs模具必须建立与层面，根据哈斯科标准Z98和质量必须氟橡胶。

邻的，只有规模环用于莫德尔纳Verktygs模具，必须按照下面的列表中。如果你想使用一个不同的大小，您必须通知莫德尔纳Verktyg抗体。

第7天bṛ吨D1的d2哈斯科星期日： 12,62,60,31,682Z98/8/2 15,53,10,31,9102,4Z98/10/2,4 17,33,10,31,911,82,4Z98/11,8 / 2,4 19,43,10,31,913,92,4Z98/13,9 / 2,4 232,40,31,917,52,4Z98/17,5 / 2,4 24,83,10,31,919,32,4Z98/19,3 / 2,4 28,83,10,31,923,32,4Z98/23,3 / 2,4 34,93,90,62,4283Z98/28/3 11。限位开关：下面显示的是一个示例如何组建一个顶针板的限位开关。

我们的客户有些人还需要有两个开关，以表明正面和背面的地位。 12。

主题：认为可以使用的线程的大小是以下线程方式：M4,M5的，M6的，头M8,M10驱逐的M12,M16赛车，男性20 M24,M30,M36，形式面市，M饵。该线程的长度必须在线程2倍直径。

13。主题解除吊环：必须有两个线程/每在模具板的一面。

线程的深入，要按照解除吊环Hascos长度Z71 / 。该线程的大小必须加盖在旁边的线程模具。

如何线程应该看起来像这个样子，见下图： 14。平衡在模具：模具必须配备一对模具上部线位于保持直吊模，模具时取消使用此线。

该线程必须尺寸对模具的重量。 15。

浇口衬套和定位环：在浇道衬套及定位环形状的进入半径，要按照客户的标准。 16。

隧道门：该隧道门看起来应该像下面的主要素描。 17。

证书：钢铁热处理证书和证书必须提供与模具。 18。

模具图纸：完成二维对模具图纸应印在纸上，并须交付与融合为一体。数字二维拉拢模具应在DWG或DXF格式提供。

在模具数字化三维模型，应当提供Unigrafic和STEP格式。所有的信息应交付连同一张CD盘模具。

19。电火花加工电极：用于生产所订购的模具所有电极应送达连同模具。

20。焊接：所有在莫德尔纳Verktyg模具焊接，必须在执行之前批准和记录。

21。哈斯科和二甲醚的标准：这是一般的模具标准通常是指将根据哈斯科或二甲醚的标准。

这意味着部分必须以同样的钢的质量，热处理，或二甲醚作为哈斯科标准尺寸。我们应该有机会购买哈斯科或二甲醚在欧洲的备件更换模具的标准件，如果得到破损部件。

会议通知的英语作文

Meeting Notice

To: All Managers,

Our Sunflower will hold a meeting on September 23, 2009.All the managers have to attend at that time .Our meeting will be held in the beautiful coastal city of Qingdao for two days.

On the first day morning, we will sum up past experience, to identify shortcomings, and the most important, to discuss the future development. At that time ,we looking forward for all the managers' wonderful talk.

After the meeting, there will be a small party in the Friendship hotel hall. Everyone could enjoy himself to full.

The next day morning, the main undertaker would organize a visit to the successful foreign-funded enterprises, learning advanced technology from them.

Afternoon, we arranged a tour of the seaside , sure it will be very nice.

May you have a good time that day!

Thanks!

有关模具方面的外文翻译

冲模厚度测定

图五显示的是TFTBGA组合不同的冲模厚度设计以及在微量晶圆打磨的情况下试图建立最大无隙冲模厚度的情形。鉴于厚度的极大差别，冲模连接部分复合溶解物的反应速度将会大于上模部分。 因此，当溶解物倒流，可能会形成气阱。经过铸模流量分析后，出现气阱现象的几率和位置可以被轻易地预测出来。对于13密耳的冲模厚度设计，即使熔体流动有一些不平衡（见图6），也不会发生任何气阱现象。 但是对于图7中18密耳的冲模厚度设计，由于不均匀的熔体峰值，气阱将会出现在上模中的最后充填区。这一研究告诉我们，冲模厚度的数值应尽可能的小些，以此来引入平衡流动形态，减少空隙。另一项为TITBGA组合服务的深度研究是针对如何预测无隙冲模厚度极限的，最后结论表明16密耳的冲模厚度对于晶圆打磨来说已经是最大值了（详见图8）。当厚度越厚，出现气阱的风险越大。

散热器厚度解决方案

散热器厚度同样影响着流动形态，并且也会由于熔体流动的不平衡而造成气阱现象。LQFP 208L DPH（冲模垫散热器）组合被用于研究模拟熔体锋面提升。图9是LQFP 208L组合的横截面，以及6密耳DPH和10密耳DPH厚度的设计对比。 鉴于底部和顶部插线孔的厚度差异，顶端的熔体流动速度比较快，并且在冲模垫打开时达到底部插线孔。对于6密耳的DPH设计而言，不平衡的熔体流动并不会严重到形成气阱（见图10），所以是可以接受的厚度。但对于10密耳厚度的DPH， 由于熔体倒流影响到溶解峰值（图11），气阱会在散热器下方形成。 我们又使用了一个欠注样本来检验模拟结果。图12表明，实验样本的气阱位置和熔体流动预测结果基本相同。熔体流动分析于产品大量生产前找出潜在问题的准确性再一次得到了证明。