Category: News

在北京时间9月4日的官方公告中，洛杉矶快船队宣布他们已经与中锋伊维察·祖巴茨正式达成了续约协议。

据此前报道，祖巴茨与快船完成的是3年5860万的续约合同，算上这份合同，他的合同还剩4个赛季，总额7000万美元。

上赛季，祖巴茨出战68场比赛，场均11.7分9.2篮板1.4助攻1.2盖帽。

The Red Dot awards are a prestigious, internationally recognized symbol of product and prototype design excellence. A panel of judges from a number of design disciplines is tasked with reviewing tens of thousands of product ideas relating to transportation, housing, energy, education, public spaces, lighting and many more. To receive a Red Dot award is to be acknowledged as among in the best in your field, and is a big step towards taking an idea and turning into an icon.

Let’s look at some of the most recent award winners of 2014, focusing on those coming from Chinese universities and design institutions.

1. This is a planter, designed to connect to other planters in an infinitely scalable “green wall”. There’s a shared water supply and the ability to harvest solar power. From National Yunlin University of Science and Technology. A lot of us don’t love the idea of putting drops in our eyes.
2. This creative packaging idea not only looks neat and tidy, but it also provides a base to help hold the dispenser to the eye for an easy, safe application. Like many great designs, simple is better. From Tianjin University of Science and Technology, this is a best of the best design winner.
3. In the category of “Why didn’t I think of that”, we have this entry from the Dalian Nationalities University, School of Design. A perfect example of an idea so obvious that it should have been done long ago. This stepladder incorporates a tool box at the top step, to make so many household chores both easier and safer.
4. In China the traditional sporting activities for both young and old is to kick around a weighted feather, or shuttlecock. This is good for balance, coordination and overall fitness, but it’s a little bit dated in the modern world. This lovely design takes the same idea but kicks it into the 21st Century. Using a Bluetooth module and onboard sensors, it keeps track of various fitness levels and saves them to a computer, helping this ancient activity to stay relevant and fun for the next generation. From Chinno Industrial Design Company.

5. Finally, here’s another useful design that’s all about taking care of business in an emergency. Designed to be placed near bodies of water, where drowning is a real possibility, this life-saving blanket not only keeps a person warm but also has easily understood graphical instructions for how to administer first-aid. In such a situation, you can’t be bothered to read complex instructions, but this makes the necessary actions clear and simple.

What we can clearly see with all these examples is that good designs have clean lines, good proportion and avoid over-complication. They meet an immediate need in a user-friendly package that will stay relevant for a long time. They also show that Chinese designers, like their counterparts elsewhere, are making use of the technologies of today to expand their design vocabularies and are working hard to become the best in the world. Let us know what you think, or nominate your own favorites from the red dot website.

If you need help manufacturing your next idea, send our team at Star Rapid your 3D CAD file using our secure online quote form, and we will send you a free quote.

Ligue 1 side Rennes have confirmed the signing of French attacking midfielder Morgan Amalfitano on a 2.5 year contract.

Lille enabled the player to reach a mutual termination agreement on the final day of the transfer window so that he could join SRFC for free.

The 31 year old has already played 17 Ligue 1 matches this season, starting 8 of them.

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Today, Paving Brick Machine Supplier introduces the pressurization method of cement pipe machine:

The pressing method of the cement pipe making machine is one-sided, one-impact type, the brick material is pressed from one side in the brick press, one impact is formed, and the other is double-sided segmented pressing type, which is added The pressing process is carried out in stages. The first section is lighter, the second section is heavier, and the third section acts on both sides to complete the entire forming process, with a pause period between each section to exclude air. The purpose of brick preform molding is to process the loose mixture into the bricks of the required specifications. The quality of the bricks is largely determined by the quality of the bricks. The output of the Concrete Electric Pole Machine determines the factory output. Therefore, the bricks are formed. It is a key process in the production of cement bricks. For cement bricks without aggregates, when single-sided one-stage impingement is applied, the ultimate forming pressure is only six to eight Pa. When the two-side section is pressed, the ultimate forming pressure reaches ten to twelve Pa, with the limit. The molding pressure is improved, the brick embryo density is improved, the bulk density of the cement pipe machine is increased, and the product quality is correspondingly improved.

The above is the pressure method of Cement Pipe Machine. I hope everyone knows. For more information, please visit: https://www.sdshengya.com

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本教程适用版本：WPS 365 点击免费使用

在我们的日常办公中，最常使用的就是Excel表格，那么Excel表格怎么放大打印？下面小编教大家一个简单的操作步骤，打印一个表格：

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在顶部菜单栏中，我们找到位于左上角的文件菜单下拉选择“打印”–“打印预览”并点击即可：

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在弹出的打印设置界面，直接点击“无打印缩放”，默认缩放比例为100%，通常这个模式打印出来的字体跟我们输入的字体大小是一致的：

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根据自己的需求选择放大打印，还可以在下拉项中选择“自定义缩放”：

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在弹出的对话框中，根据自己的需要选择放大比例，来达到效果：

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以上就是Excel表格放大打印的方法，是不是很简单？赶紧试试吧。

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在北京时间9月2日的报道中，斯蒂芬·库里最近在接受勇士队记者Marcus Thompson的采访时，回顾了他在今年夏天奥运会上夺得金牌的经历。

“多年之后当你回顾自己的生活和经历时，这依然是会脱颖而出的几个纯粹的时刻之一。尤其是奥运会最终结束的方式，感觉有些超现实。我感觉自己又变回了孩子一般。这是一次满分10分可以打12分的经历。”库里说道。

奥运会的半决赛和决赛，库里狂轰17记三分，两场合砍60分，带领美国男篮摘得金牌，库里自己在决赛也留下了末节最后时刻连进4个三分杀死比赛的世纪名场面!

In the case of DATRON, Autodesk worked directly with DATRON AG in Germany which has resulted in MCR and SIMPL posts for DATRON “next” control software used with machines like our M8Cube, as well as an ISO post and a dedicated post processor for the DATRON C5 5-axis machine.

The Result of Autodesk and DATRON Collaboration

As a result, DATRON customers can use Fusion360, InventorHSM or HSMWorks with a high-level of confidence because they work seamlessly with DATRON high-speed milling machines. That’s why many of our application technicians recommend Fusion 360 so frequently … because they know that it is an excellent CAM software that will work right out of the box.

Parts Made with Autodesk Fusion 360 and DATRON

This also the reason that many of the sample parts that we machine at trade shows and other demonstrations are done in Fusion 360. An example of this and a very popular hand-out is our gear-shaped bottle opener.

At IMTS, we machined this part on the DATRON neo to emphasize the speed of the machine, as well as how well it is suited to both rapid prototyping and short-run production applications. Get the Application Notes (Machining Strategies, Feeds, Speeds, Tools etc.) Here.

While the DATRON neo, like any DATRON machine, excels at milling aluminum, it is also ideal for machining plastics and composites with ease and can be equipped with a brush head for dust collection. Other options include vacuum chuck workholding, pneumatic clamping systems, and a 4th rotary axis. The machine runs on DATRON next software that is operated with a touch screen. It is easy enough for non-machinists to use and allows the seasoned machinist to tap into robust capabilities faster than on any other milling machine.

Other Autodesk and DATRON Collaboration

Post processors for CAM software isn’t the only area where DATRON has collaborated with Autodesk.  In fact, DATRON technology has combined with Autodesk’s software innovation as part of the Autodesk Generative Design Field Lab located at the MxD (Manufacturing x Digital) facility in Chicago.

MxD is part of Manufacturing USA, a network of 14 institutes all focused on advancing individual technologies and revitalizing US manufacturing. Their goal is to bring together the processes that manufacturers employ, in a single digital manufacturing and design facility – equipped with the world’s most advanced technology. Ultimately, MxD is a place where companies of all sizes meet up with innovators to develop disruptive technologies and plot the future of manufacturing. MxD’s mission is to provide US factories with the tools, software, and expertise they need to build things more efficiently, less expensively, and faster, so manufacturers can win more business and bring jobs back to the United States.

Boeing Corporation released a video recently announcing the development of a new metallic material, considered to be the lightest ever created. And depending on who you ask, it probably is. But over the last several years there’s been a lot of talk about which is the lightest – we keep pushing the boundaries of material science, chemistry and physics, with some very interesting results. Let’s take a look at what’s out there now, what’s coming, and what it means for the world of manufacturing and prototyping.

Ultralight materials are considered to have a density of 10mg per cm³ or less. To put that into perspective, ambient air has a density of 1.2mg/cm³, so ultralight materials are just over 8 times heavier than air or less. Among this elite group we have the following lightweight contenders for the crown:

Aerogel

Not so much a single material but actually a class of materials which share a similar crystalline structure and which are made using roughly the same chemical process. Aerogels are sometimes called frozen smoke because of their characteristic foggy, light-scattering appearance. Aside from being light, they also have some wonderful mechanical properties. Because they are 99.98% empty air they make great thermal insulators – in fact, the best in the world, and that’s currently their main use.

Aerogels are so named because they were originally derived from liquid gels, in response to a friendly challenge between two competing chemists way back in 1933.  The liquid in the gel was evaporated under controlled conditions, leaving behind only the solid particles which had previously been in suspension and which now fused together into a solid skin.  New alloys coming out on the market are more flexible and plastic-like, so they can be machined and made into durable consumer goods. (Like the body of Google’s Nexus tablet).

Aerographene

Recently developed at Zhejiang University in China, this is currently the reigning champion, the lightest solid material known (as opposed to a gas or plasma). Just how light, you say? How about .16 mg/cm³, making it much lighter than ambient air and lighter even than helium. So why doesn’t it float, you ask? Simply because there’s air contained inside its internal chambers which makes the whole somewhat heavier.

Important to us here, and similar to aerogel above, is that this is a foam. (Hence, sometimes this entire class of materials is called nano foam.)  That is, it’s a random, amorphous structure filled with holes. A lot of holes. There is so much exposed internal surface area that one single gram of the stuff, if you spread it out flat as could be, would cover an area of hundreds of square meters. And, because of this extreme porosity, aerographene can absorb 900 times its own weight in liquids, which may make it a great oil-spill sponge in the future.

Metal Microlattice – The Lightest Metal on Earth

Going back to the picture at the top, the good people at Boeing’s research division HRL Laboratories made this in conjunction with GM and DARPA. “Lattice” in this case refers to the internal support structure which gives the material incredible strength to weight. The lattice construction also differentiates this material from the others, in that it has a regular, hierarchical and uniform geometry that is specifically engineered rather than being random such as with a foam.

And, it was made with 3D printing! First, a template is formed which creates the essential architecture, using a photosetting polymer just like with SLA. UV light cures the photopolymer which creates a three-dimensional form of struts and supports. Then, that template is plated with electroless nickel, like the coating techniques we talked about before. The plating is thin, only a few thousandths of a millimeter. Finally, the template material – the supporting thermopolymer – is removed using an etching process, leaving behind only the thin metallic skin and nothing more.

Voila! The lightest metal ever created. Well, sort of. It’s not a new molecular material per se, but it’s a new way to arrange the particles of a known metal on the micro scale. This is one of the great potential advantages of 3D printing– to create complex geometries on the nano scale that are precisely engineered to take advantage of a material’s best properties while literally trimming off all the fat.

Expect to see more of this in the future, and expect this type of technology to trickle down from academia and research labs to the more prosaic manufacturing hubs. After all, weight is always bad, right? Well, not always. There are cases where manufacturers intentionally add weight to a consumer product to give it heft and substantiality, which suggests high quality. (Think Beats headphones.)

But when performance matters most, selective and discreet applied engineering at the nano scale is going to be the best way to make the strongest, lightest anything, and 3D printing – in one of its many derivations – is going to make this possible.