10 Benefits of a Computer Enclosure Over an Industrial Computer

Demands are high for computing in industry. Industrial machines have to cope with many hostile elements whilst also providing reliable computing. Traditionally industrial computers have been specific, bespoke machines. These industrial computers tend to run old hardware and versions of software. Whilst this has the advantage of making the machines stable and reliable, the out-dated technology may mean the processes controlled by the machine are not done as efficiently.

These machines are also very expensive, not just to buy but also the maintenance. Industrial computers have to be maintained by service engineer, often forcing shutdown of production lines they also have to be replaced periodically as the hardware and software will eventually become obsolete. All computers eventually fail but an industrial computer enclosure means that over three generations of computers can use the same enclosure.

Industrial PC enclosures are a more efficient, affordable and reliable alternative to these expensive machines. The main benefits of an industrial computer enclosure are:

1. Withstand the same environments as an industrial computer, whether that is dust (including explosive atmospheres), dirt, grime, oil, grease and water (even completely doused). Enclosures are rated using European IP ratings that give a clear indication to the types of environments the enclosure can operate in, for example IP 65 totally protects dust whilst protecting against strong jets of water, (the first digit, 6, represents the dust protection the second digit, 5, the water) while IP 66 offers the same dust protection but the enclosure can be completely immersed in water.

2. Enclosures can also withstand the same shocks, vibrations and tampering as the enclosure can be built from robust materials and the enclosed PC can be fitted snugly and secured with shock absorbing bolts. Enclosures can also be securely locked and bolted to floors or walls to protect against theft.

3. For computing in extreme temperatures, computer enclosures can in fact work to a better standard than industrial machines as the extra cooling and heating units can be replaced if they are not working as efficiently as they should (a sealed industrial computer that is running too hot or cold would need to be replaced or returned for an upgrade).

4. Computer enclosures can enable a PC to run equally as reliable as an industrial computer as the desktop PC housed in the enclosure can be any conventional machine, from a trusted office workhorse to the latest all singing, all dancing off-the shelf PC.

5. A computer housed in an enclosure is also far cheaper than an industrial computer. Apart from the initial outlay for the expensive bespoke industrial computer, enclosures can out live an industrial machine by over a decade as an industrial computer will eventually have an internal failure (as all computers do) or become completely obsolete and will need replacing. However, an enclosure can be reused to house another machine and will in general house three generations of machines.

6. A computer enclosure can house monitors, printers, touch-screens and all manner of computing equipment (including the peripherals such as mouse and keyboard ) or they can be combined with water/dust proof sealed keyboards and mouse.

7. As an enclosure houses a conventional PC, any repairs or upgrades can be carried out in-house in minutes rather than have to wait for an engineer and have to shutdown the production.

8. Enclosures can be manufactured from a range of material including food grade stainless steel.

9. Enclosures can be lockable and secured to walls or floors to prevent theft or tampering.

10. Enclosures allow you to choose which software or hardware to run inside the enclosure rather than suffer out-dated technology.

With the demands of industrial computing so variable and extreme, industrial PC enclosures offer a flexibility that even conventional industrial computers fail to match whilst also offering the same protection and reliability for a fraction of the cost. PC enclosures are ideal for even the most hostile industrial environment and while specialist PCs will always be required for certain tasks the majority of uses for an industrial computer can be achieved using a conventional PC housed in an industrial PC enclosure.

Global Computer Hardware Industry – Growth of Different Segments

The impact of global recession on the computer hardware companies is left behind and they are back on the progress track. It seems that the forecasts that were made before recession are going to turn true. Different segments of the computer hardware industry are growing with improvement in their design and functionality and rise in their demand.

Not only the big hardware manufacturers, but the small and medium sized enterprises too are making big contributions towards the industry growth at a global level. Below you can find few sections that analyze the growth of computer hardware industry segments in different countries.

Before that, here is a list of the main segments of the computer hardware industry:

• Finished goods like computers and laptops.
• Networking hardware consisting of routers, modems, network cards, network adapters, hubs and switches and other components.
• Storage hardware ranging from the hard disks to the USB storage devices.
• Input and output peripherals like keyboard, mouse, scanners, video cards, speakers, headphones, game controllers and so on.
• System hardware consisting of motherboards, UPS, monitors and other components.

Personal Computer Market
In 2008, the global PC market generated the revenue of $203.7 billion that represented the compound annual growth rate of 8 percent from 2004 to 2008. The PC market in China had total worth of $21.8 billion in 2008 representing the total compound annual growth rate of over 14 percent. The United States PC market generated $50.6 billion in 2008 showing 3.8 percent compound annual growth rate.

An impressive growth of 42 percent was shown by the PC sales between October and December 2009 in the Indian market. The 52 percent of the desktops sold were contributed by the multinational computer companies and 13 percent by the Indian hardware manufacturers. The remaining 35 percent consisted of assembled desktops.

Growth of Other Segments
From October to December 2009, the Indian hardware market witnessed the 70 percent growth of laser printers. The dot matrix printers grew by 13 percent while the inkjet printers grew by 17 percent over the same period in India. The UPS market too recorded the growth rate of 28 percent during the period.

In Chin, the total revenue generated from the networking hardware was $4.8 billion in 2008. For the same year, the network hardware growth in the United States was $23 billion. The total revenue for the global network hardware market in 2008 was $112.8 billion. Also, the global storage hardware and peripheral market recorded the revenue of $160.3 billion in 2008.

The Future Trends
Going by the latest growth rate, the global hardware market is expected to attain the worth of $537.3 billion by 2012. The computer hardware manufacturers have started following the concept of green computer hardware manufacturing and this is further going to add to the profits of the computer hardware companies.

The small and medium sized hardware manufacturers from the developing countries like India have a great future in the computer hardware components. They along with the major players are going to take the computer hardware industry to a new level in the nearby future.

Computer Use in the Food Manufacturing Industry

Food manufacturing and processing is one of the success stories of the global economy. Food production is now not just a local industry as food products are now transported across the globe allowing a huge variety of products to be available on our supermarket shelves.

One of the reasons for food productions success has been the embracing of modern technology that has allowed many processes in the food production industry to be automated.

The food industry does pose unique challenges when it comes to automation and computerisation such as the prevalence of water in food production areas. Various laws and good working practices mean that food production areas are regularly washed or hosed-down. This can cause obvious problems to computer or touchscreen if they are used nearby as water will have catastrophic effects on any computer system.

Many food production of manufacturing areas turn to waterproof computer enclosures to protect their computer systems from wash down. Industrial computer enclosures are designed to international guidelines to ensure they can operate safely in washdown environments with the waterproof PC enclosure even allowing the systems to be hosed down themselves.

The European IP 65 or International NEMA 4 rating system are often used to describe the waterproofing of a computer enclosure. Many wash down areas contain IP 65 computer enclosures as they can also be manufactured out of food grade stainless steel ensuring they don’t corrode and can continually be kept clean.

Usability QA With Smart Home Devices

Smart Home devices are still a relatively new form of tech, but the market is now being flooded as the demand for Smart Home products is increasing at an exponential rate. While many such products are innovative and of high quality, many are lagging behind their competitors. While the actual “smart” device may be well designed and manufactured, the accompanying web or mobile apps are often severely lacking in several key areas. This negatively impacts the end-user experience and can be the deciding factor between a product’s success or failure.

Smart Home devices range from light switches, thermostats, security systems and even fully functioning robots. Smart technology is being implemented pretty much everywhere in the home right now, and this trend shows no sign of slowing. While the diversity of Smart Home products varies quite considerably, a key factor in its overall success must be “usability”. In a highly-competitive market place, any product that is not intuitive to use, the customer will simply switch to a competitor’s product… fact!

Traditional usability testing will be isolated to a specific web app or mobile app. However, with smart home devices, usability testing must encompass the entire product, i.e. the device itself and its accompanying apps. For smart home devices that have been usability tested to a high level, this will result in the user having a positive experience while using the product.

A good QA company will evaluate a smart home device and its associated web or mobile apps along with any supporting documentation. From there, appropriate test approaches and methodologies can be defined and documented into a formal test plan. An optional suite of test cases will then often be designed. Many usability issues are often seen during the on boarding process. As this is the area that is used to typically set-up a new smart home device, it is of paramount importance that the user has a positive experience here.

By methodically working through not only the on-boarding, but all end-user workflows, user scenarios, supporting help/documentation etc. the testing can discover all usability issues which can be clearly documented for all product stakeholders to evaluate. The development team can then work with the usability defect reports to resolve the issues. Usability testing should ideally be performed before the product is launched, however as most smart home devices and their associated apps can be upgraded with new firmware/software updates, usability testing can also be highly effective after the product’s initial launch.

Information About Photocopier Rental Services

The photocopiers are the electronic device that has been designed in such a way that it could produce multiple copies and the images almost instantly and in less possible time. The photocopiers are the gadgets which has got the specialty to enlarge the images over the transparencies which are used for the display arrangements for the overhead projectors.

The photocopiers have been specifically used to collate or arranging the pages of a book in a correct manner for binding.

The economic feasibility of the photocopiers

The economic feasibility of the photocopiers has been a major debate since they generally come with an expensive price tag. Most of the rental companies have been offering the advanced photocopier series at affordable prices which well suits to their interim budgets.

Several types of photocopiers for the varied purposes such as:

The digital photocopier
The network photocopier
The multifunctional and laser photocopiers

Choosing a right kind of photocopier becomes a challenge in itself

Choosing a right kind of photocopier has always been a million dollar question for some of the organization.
One should know the assessment of the growing business needs and trying to figure out the best possibilities of the photocopier for the mundane jobs in hand.
In the recent trend, the high-end photocopier model have been able to bring about certain attributes such as the hole punching and stapling. These two attributes saves a good amount of time and further can bring about a professional touch to project documentation.

Choosing the photocopiers on the basis of being a standalone or the networked

In the past days, the stand alone photocopiers were the only option to make multiple copies of the documents, but the users had to resort to physically reaching out to these photocopiers and accomplishing the computational task.
The networked photocopiers have come as a blessings in disguise for most of the corporate setup’s which enables multiple users over the network to reach out to their photocopiers and become a part of the document management systems with much less time.

Here are a few of the other benefits you can expect to receive from this rapidly evolving business technology.

Quality in the photocopiers: The most important component for an organization when it comes to the photocopiers is the quality, the copy quality is the determining factor for the photocopiers for their optimal working.

Multi-functionalities in photocopiers: Most of the small and medium sized companies often look forward for and rely on the digital copiers as they serve various purposes such as the printing, faxing, scanning and the document center while connected in the organizational network.

Enhanced scanning systems for better document management systems: In today’s work places, the document management systems have played a key role in executing the work efficiency of the employees. The scanning component of the photocopiers has been quite instrumental as the scanned document can be stored, sorted and easily retrieved. Above all, the digital photocopier rental have evolved in such a way that these gadgets have been predominantly working on the networked environment and become a core component of the document management system.

Scanned documents being sent to the user through email: The photocopiers have evolved in the technology ecosystem and have been linked up to the email servers. The users who attempt for a scanned document can request for the scanning to be carried out by the photocopier and sent them to the user after the scanning.

Prototype Designer

Prototype Design
Prototype Designers are a special breed of CAD designer who has the ability to create complex 3D models with the use of CAD. Most CAD designers go throughout their career as draftsmen to only design things within their specialized field. Some of these would include architecture, mechanical, civil, or electrical just to name a few. Prototype designers on the other hand have to be able to design on the fly no matter what the design consist of. This is a lot easier said than done, and there are only a few CAD designers willing to take on this role for the fact it’s not an easy one to embrace.

CAD Prototypes
If you’re an Inventor and your taking on the patent process you should familiarize yourself with CAD the first opportunity you get. The reason for this is that CAD is used within every aspect of the patent process as well as creating the prototype, manufacturing, and several others. So how does CAD work exactly? Well, CAD 3D models contain information that can be translated by machines within manufacturing, and assist them by creating the instructions they require to build whatever product it may be. They are used with everything from glass, plastic, injection molds, CNC, fiberglass, carbon fiber, and wood just to name a few. Everything you see around you today that has been manufactured is more than likely the spawn of a CAD 3D model.

Rapid Prototype Services

Have you ever heard of the term rapid prototype and asked yourself what exactly is that? Well the word rapid is associated with these prototypes because in most cases it’s created within a day or two at the most. This process is normally done with an ABS plastic or something similar through the use of a 3D Printer. These 3D Printers are the key to producing rapid prototypes, and as technology has gotten better, so has the precision and turnaround time it takes to produce a prototype. So how exactly does it work? It’s done by a special process in which the 3D printer layers the specified material down similar to a normal printer, but the difference is that the 3D printer will do so continuously until the material has formed up and created the desired product. These prototypes are extremely precise and only allow for 4 thousandths of an inch of tolerance, sometimes less. Having a rapid prototype created before investing in an injection mold, or other type of production is just a smart choice. This small step will allow the Inventor to fully review what the designer has done before making any real financial decisions within production.

Why We Love Technology and You Should, Too

There are so many upsides of technology and we enjoy their benefits every single moment of the day. That is why we love technology, don’t you? This article emphasizes on the fact. Read on to find out.

There are many technologies around us such as cell phones, TABs, iPads and other digital gadgets together with the existence of the web and Wi-Fi signal. All these toys have made our life so much easier to access and/or get in touch.

What would have occurred without their presence? We would have remained in history worrying about our spouses and children coming back home. We would have waited hours and hours for an appointment, never being sure whether the other person will ever turn up. We would have stayed with bulky computers instead of easy-to-carry digital toys.

That is why we cannot imagine a life without technology. Does that make you love technology? Why not? We all do. You should, too.

Don’t you love watching movies from the comfort of your home? Don’t you love working from home as a side income? We bet you do. Don’t you love the heating and cooling systems of your home or any other indoor premises? How about other facilities of modern homes, complexes and organizations? Have you tried for higher education? There is always a lot to learn with modern equipment and methods. Looking at these, you should simply fall in love with technology.

But technology should have limits. It’s your response towards it. You shouldn’t stay glued down to flat or digital screens all day long. Otherwise you will go slump and unhealthy. By all means do exercise and enjoy life in the environment of mother nature. Encourage your family and community to do the same.

On the other hand, enjoy the benefits of modern technology as well. They were invented to make your life easier and comfortable. So why not take advantage of them? For instance, googling and researching on the web have made working on work projects so much simpler and smoother sailing.

But as it goes, a balance needs to be maintained. Do not do too much of either way but in moderate steps and sizes. Then you get to enjoy the real mojo of life for sure. If you have scheduled for both technological and non-technological stuff everyday in appropriate doses, you are sure to have developed good habits and will soon soar to greater success in life.