10Web作为一个专注于易用性的AI建站平台，只需提供一些基本操作即可快速设计一个WordPress网站，整合了 WordPress流行的页面编辑器Elementor，可以轻松设定和编辑生成的网站。10Web拥有先进的AI技术，可以根据用户提供的提示，自动创建一个完整的网站，包括页面布局、内容填充、设计风格等。那么10Web如何注册?如何使用10Web建站?

一、10Web注册教程

1、进入10Web官网，点击登录按钮进入登录页面;

2、按照提示填写账号信息和密码完成注册。

二、10Web建站教程

1、选择Create a new website with AI进入10Web建站流程;

2、选择想要构建的网站类型;

3、选择网站于经营类目;

5、选择网站的语言，输入网站名称和简单介绍;这里可以使用“Enhanced with AI”功能;

6、等待系统自动生成网站，一般需要1-2分钟；

7、下面就是我们生成的外贸网站简单样式。

分类：新闻资讯

标签：10Web

日常办公时，我们经常会用表格处理数据。虽然能掌握基础的操作，但是涉及「函数」时，很多人就开始头疼了。

毕竟在实现精通 Office 的路上，函数一直都是绕不过的一道坎。

今天，就给大家整理了「常用的 7 个函数」视频教程，希望能帮助到大家。

01

高效的三大函数

VLOOKUP、IF、SUMIF

职场江湖一直有传言，学表格若能同时掌握 VLOOKUP、IF、SUMIF 三大函数，那将会解决 80% 的重复性工作。

神奇在何处？且听我道来：

Vlookup 高效查找

Vlookup 函数是一个查找函数，可以找到指定区域内的值。它的语法结构是=VLOOKUP(查找值,数据表,列序数,匹配条件)。

▼ 举例：

在一张成绩表中，想查找「张小敬」的选择题得分。

你可在查找值点击选中「张小敬」，数据表是整个表格区域，列序数是成绩所在的列序数。匹配条件，精确查找为 FALSE，模糊查找为 TRUE，填入 FALSE。

值得注意的是，VLOOKUP 函数计算的查找方向一般是从左到右，即当有多个符合条件的数据时，公式结果必须与查找区域的第一列对应。如需逆序查找，需嵌套 IF 函数。

转眼到了 2020 年底

又到了做全年数据汇总的时候

……

今天，就来盘点一下

年终数据汇总最受欢迎的 3 个视频

点击下方视频即可免费播放～快来一起学习，一起进步吧

NSK Americas annually measures its achievements to advance global warming countermeasures, resource conservation and recycling, and biodiversity conservation. As a member of the U.S. Environmental Protection Agency (EPA) WasteWise program, NSK’s past year saved:

27,795 trees – equivalent to 382,851,000 sheets of newspaper
757,005,000 gallons of oil – enough to heat 3,752 homes for a year
11,445,000 gallons of water – enough to meet the daily needs of 152,600 Americans
39,240 gallons of gasoline – enough to drive a mid-size car 1,097,600 miles
6,703,500 kilowatt hours of electricity – enough to power 4,902 homes for a year

NSK Headquarters NSK Americas Headquarters and Technical Center now has an ISO 14001 compliance certification.

In 2013, NSK’s environmental and safety portfolio was established as a stand-alone corporate operating department, headed by Susan Diehl, Vice President, Legal and General Counsel. Marcia Fournier, Environmental and Chemical Manager, and the company’s front-line green ambassador, notes continued evolutions to the program since its inception.

“We recently implemented a new data management platform to track environmental, health and safety metrics. This will better enable NSK to develop proactive strategies to reduce emissions and reduce safety incidents.”

Imminent plans include the implementation of a material compliance application which tracks regulated substances within NSK products and purchased products against national and global environmental standards. This will support customers who may require reporting on specific substances and will allow NSK to consistently meet compliance standards.

As a contributing member of the U.S. Environmental Protection Agency (EPA) WasteWise program, NSK strives to meet a series of internal benchmarks which translate into sustainability numbers regarding how many trees, how much water, etc. the company has saved. The 2013 results for each benchmark represent improvements ranging from 20%-37.5% over the previous year.

All seven NSK U.S. manufacturing facilities are ISO 14001 third-party registered, with NSK Americas Headquarters and Technical Center recently achieving ISO 14001 compliance certification.

NSK

www.nskamericas.com

Feb
15

This article, prepared by Benchmarking Analytics, compares the performance of NFDA members with other lines of distribution in 2019.

Read the full article

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Wales legend Alun Wyn Jones has confirmed that he will not be an Ospreys player next season, but did not shut the door on continuing his career.

The 37-year-old stalwart, who recently retired from international action after setting a world record 170 Test appearances, did not call time completely.

That subsequently led many to believe Jones would continue playing for the Ospreys in the United Rugby Championship (URC) in the coming campaign.

Ospreys career over

However, when speaking to The Barbarians Show, the second-row put such talk to bed as his time with the Welsh region appears to be over.

“Whatever’s next, if something pops up, there might be something domestic. I won’t be back with the Ospreys,” Lions legend Jones told the podcast.

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“But if nothing does, I can be pretty happy with my innings anyway, but we will see what comes in the next few months.”

Since announcing his Test retirement, the lock led the Barbarians against a World XV at Twickenham and then his first club Swansea in St Helen’s.

He made his Ospreys debut in 2005 and went on to skipper the region, making more than 250 appearances over an incredible career for his local side.

Jones, who was named in Wales‘ preliminary World Cup training squad, shocked the rugby world when he later announced his international retirement.

Three retirements

Ospreys and Wales teammates Justin Tipuric and Rhys Webb did likewise as Warren Gatland’s side is now without three hugely experienced players.

As mentioned, Jones is the world record holder in terms of caps after overtaking All Blacks legend Richie McCaw’s 148 appearances by some distance.

He was part of five Six Nations title-winning seasons, including three Grand Slams, and played in four World Cups, helping Wales reach two semi-finals.

The lock’s 12 Lions Tests is a figure bettered only by Willie John McBride and Dickie Jeeps, with his future club set to pick up a unique rugby talent.

Talks between Marseille Sporting Director Andoni Zubizarreta and agent Stéphane Courbis have accelerated in recent weeks over the possible return of Steve Mandanda to the club, according to L’Équipe.

The player himself even met with Marseille representatives in December in a 5 star hotel over-looking the Vieux Port.

A provisional contract agreement between Mandanda and OM has been reached for a three year deal, but the details have yet to filter through.

Crystal Palace on their side are demanding €5m in order to part with the player, a sum that OM consider to be quite extensive considering they sold him for €2m last summer. However, a deal should be able to be sorted out relatively quickly between the two clubs.

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The first person to describe the spiral was the Greek scientist Archimedes. An Archimedes screw is a huge spiral contained in a wooden cylinder that is used to irrigate fields by raising water from one level to another. The real inventor may not be Archimedes himself. Maybe he was just describing something that already existed. It may have been designed by the skilled craftsmen of ancient Egypt for irrigation on both sides of the Nile.

In the Middle Ages, carpenters used wooden or metal nails to attach furniture to wooden structures. In the 16th century, nail makers began producing nails with a helical thread, which were used to connect things more securely. That’s a small step from these kinds of nails to screws.

Around 1550 AD, the metal nuts and bolts that first appeared in Europe as fasteners were all made by hand on a simple wooden lathe.

In 1797, Maudsley invented the all-metal precision screw lathe in London. The following year, Wilkinson built a nut and bolt making machine in the United States. Both machines produce universal nuts and bolts. Screws were quite popular as fixings because an inexpensive method of production had been found at that time.

In 1836, Henry M. Philips applied for a patent for a screw with a cross recessed head, which marked a major advance in screw base technology. Unlike traditional slotted head screws, Phillips head screws have the edge of the head of the Phillips head screw. This design makes the screwdriver self-centered and not easy to slip out, so it is very popular. Universal nuts and bolts can connect metal parts together, so by the 19th century, the wood used to make machines to build houses could be replaced by metal bolts and nuts.

Now the function of the screw is mainly to connect the two workpieces together and play the role of fastening. The screw is used in general equipment, such as mobile phones, computers, automobiles, bicycles, various machine tools and equipment, and almost all machines. need to use screws. Screws are an indispensable industrial necessity in daily life.

Post time: Sep-26-2022

Table of Contents

Rapid prototype China is an amalgamation of techniques used to develop a scale model of a physical part or assembly using 3D CAD data and other techniques. It is the basic need for starting production. Now, what is more important than anything else is selecting the best company that has been using advanced techniques and bringing you the latest solutions.

What technologies are used in rapid prototyping in China?

Selection of the best technologies and methods in the prototype depends on the featured product or machinery or anything else that is still in imagination, but all set to transform into reality. Some of the common technologies that are used in such kind of prototype work include, but are not limited to:

（1）3D printing:

Widely used to create complex geometries and customized parts. Commonly used 3D printing technologies include FDM (Fused Deposition Molding), SLA (Stereolithography), and SLS (Selective Laser Sintering).

（2）CNC machining:

Metal and plastic materials are capable of accurately producing high-strength and high-precision prototypes, especially if the product requires high tolerances.

（3）Vacuum casting:

For small-volume production of plastic parts, often used to create prototypes that resemble the material of the final product. High-precision parts are reproduced through silicone molds.

（4）Injection Molding:

Suitable for high volume production of prototypes, using an injection molding machine to inject molten material into the mold, cooling, and molding to obtain high precision parts.

（5）Sheet metal processing:

Mainly used for prototyping metal products, including cutting, bending, stamping, and other processes, and is widely used to manufacture shells, brackets, and other structural parts.

（6）Laser Cutting and Engraving:

The use of laser technology to accurately cut and engrave materials is suitable for the manufacture of complex two-dimensional structures and detail-rich parts.

（7）Rapid Tooling:

The use of rapid tooling manufacturing techniques to create molds for low-volume production, for situations where a design needs to be converted into a finished product as quickly as possible.

These technologies offer a wealth of choices for rapid prototyping in China and can meet a wide range of needs from simple models to complex functional prototypes. When choosing a specific technology, factors such as the design complexity of the product, material properties, functional requirements, and cost-effectiveness should be considered.

How to Get the Best of Rapid Prototype in China?

Getting the best rapid prototyping services in China requires a combination of key factors. China is home to a wide range of experienced and technologically advanced rapid prototyping companies that can provide a full range of solutions based on the needs of your industry. Here are some practical tips to help you choose the best prototype for your needs and ensure a successful project.

1. Define needs and goals

  Before choosing a prototype builder, it is important to define your specific needs and project goals. This includes specific requirements for product functionality, material requirements, accuracy standards, and delivery times. Clearly defined project objectives will help you shortlist the most suitable suppliers. 

2. Choose the right technology and material

 Rapid prototyping manufacturers in China usually master a variety of technologies, such as 3D printing, CNC machining, vacuum casting, and so on. According to the complexity of your design, material properties, and the intended use of your prototype, choose the most suitable manufacturing process and material. This will not only improve the quality of your prototype but also optimize production costs.

3. Evaluate suppliers’ qualifications and experience

 When screening suppliers, check their qualifications, certifications (e.g. ISO 9001), and past project experience. Find out if they have any success stories in your industry sector and examine their production facilities and equipment. All these factors have a direct impact on the accuracy and quality of the prototype. 

4. Online search and supplier matching

  Online searching is a convenient way to quickly learn about suppliers. By visiting company websites, reading customer testimonials, and viewing project examples, you can initially assess a supplier’s capabilities. In addition, communicating directly with suppliers and discussing your project requirements in detail via email, phone, or video conference ensures that they can meet your expectations.

5. Cost and budget management

  While cost is an important consideration when choosing a supplier, it is important not to look at price alone. Cheap solutions may compromise on quality, service, or delivery times. Discuss your budget constraints with the supplier and make sure they can deliver a quality prototype solution within your budget. Compare quotes with multiple vendors and choose the most cost-effective solution.

6. Sample and prototype validation

  Before finalizing your collaboration, ask the supplier to provide small batch samples or trial prototypes to verify their process capability and quality control level. By testing the samples, you can more visually assess whether they meet your standards and expectations.

 

7. Delivery cycle and logistics management

  China’s manufacturing industry is known for its efficient production capacity and fast delivery. Before signing a contract, define the delivery schedule and find out if the supplier’s production program can meet your project schedule. In addition, consider logistics and customs clearance times to ensure that your prototype will be delivered on time.

8. Intellectual Property Protection

  Ensure that your designs and technology are fully protected during the collaboration. Sign a Non-Disclosure Agreement (NDA) with your suppliers and understand their policies and measures for IP protection. This is critical to prevent design leakage or unauthorized use.

9. After-sales service and support

  A good supplier not only provides quality products but also provides timely technical support and after-sales service after the prototype is delivered. If problems arise during use, their ability to respond quickly and provide solutions directly affects the progress of your project. 

10. Establish a long-term relationship

  If you are satisfied with your supplier’s services and products, you can consider establishing a long-term relationship. Long-term cooperation not only improves the continuity and efficiency of the project but also optimizes the production process and cost through deeper communication and understanding.  

Conclusion

  Chinese rapid prototyping manufacturers can provide efficient, accurate, and competitive solutions to their global customers. By carefully selecting suppliers and managing all aspects of the process, you can ensure that your prototypes meet the highest standards, laying a solid foundation for mass production and marketing. No matter where you are in the world, it’s easy to reach out to China’s top suppliers for customized rapid prototyping services to bring your ideas and designs to life.

Exquisite sheet metal shell is inseparable from detailed operation! This processing work also has high requirements for operators. Operators need to understand various types of processing processes, but also be familiar with equipment applications and input methods of parameter information. In simple terms, this processing method mainly includes processing methods such as cutting and blanking, bending and forming, and punching. It is necessary to select an appropriate operation method in accordance with actual needs.
The process of sheet metal processing directly determines the quality of our sheet metal processing. Although there are many processing requirements and technological processes involved in sheet metal processing, generally speaking, during the processing, it will be cut by a shearing machine, a punch, and a CNC blanking. And so on to complete the operation. Shearing machine is to cut sheet metal into materials that meet the requirements. When performing this operation, it can only complete non-porous machining. The punch can punch materials into different shapes and sizes. The advantages of this process method are that it can save time and achieve the purpose of improving work efficiency.

CNC blanking is also widely used in actual production work. Staff need to write a CNC formula before cutting, and then use software to draw. After finishing the setting, the machining operation can be performed. CNC machine tools can be combined with parameter information to complete the process. The advantage of this method is that it can improve the accuracy of the process. Now many industries will focus on this process.

During sheet metal processing, it can also be operated by laser cutting and sawing. It is more flexible when selecting processing methods. With the advancement and development of processing technology, the processing of sheet metal in the future There will surely be more ways to choose.