Utilise the S17 Industrial Computer to Speed Up Meat Packaging Process

Food packaging was a method developed to protect the product from contaminants such as dirt, harmful micro-organisms, parasites and toxic substances. This method slows down the deterioration of the food’s quality. This extends its shelf life which allows the product to be stored for later use.

 

Today, industrial computing systems are able to monitor the packing process which ensures that the highest standard of food quality is upheld. The sensors can detect not only meat quality but also foreign contaminants and fat content. It segregates good quality products from subpar products and informs the operator of the condition of the item.

 

Due to the extended operating hours, industrial panel PCs like the S17 rugged industrial computers can be utilised to monitor the meat packaging process. It has the resilience and dedicated resources needed to function optimally under strenuous conditions.

 

Is there a need for computers to function properly for extended periods? Learn on this blog the details why the S17 rugged computers are the most suited monitor this industry’s processes.

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Improve Efficiency In Meat Packaging Plants Using Industrial Computers

Improve Efficiency In Meat Packaging Plants Using Industrial Computers

Streamlining food production is vital especially in maintaining the quality of food products. Then, these food products will be distributed to consumers. Which is there are automated systems installed in these meat packaging plants to ensure that quality products are made.

 

With the processes involved in packaging meat products, several factors may disrupt the entire system. For one, temperatures in these plants vary to fit the industry standard. At the same time, there are strict sanitary regulations imposed by the food authority.

 

Commercial computers are not built to withstand harsh working condition, moist environments, and chemical-laced areas. Whilst, industrial computers are built to resist the harsh elements present in these processing plants.

 

Now, can industrial computing devices provide efficient performance in these plants? Read on and know the importance of having these devices in this industry processes.

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Physical Components for Industrial Computers

Physical Components for Industrial Computers

Choosing an industrial computer that fits you and your businesses’ needs is no laughing matter.

 

If you’re looking to upgrade certain components or to get familiar with more technical aspects of your data processors, it wouldn’t hurt to know more about the parts of your computer that relate to the type of upgrade you want.

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Boost Office Productivity with Interactive Touchscreen Technology

Interactive touchscreen technology has a done a lot in improving the efficiency of workers in different environments. Communication through signage is one aspect that companies are enhancing with the use of interactive touch. One way enterprises are achieving that is using the technology to share information. With interactive touchscreen technology, a company can broadcast specific information that will be visible to numerous employees. Digital signage is utilised everywhere from conference rooms to offices to break rooms such that even if employees are spread over multiple floors of a company, they can all access vital information.

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How Modern PC Back Panel Designs Help Improve Industrial Processes

The back panel of a computer contains ports used to connect different peripherals that depend on the applications in use. Some of the devices that can plug into the ports include scanners, printers, cameras, speakers, microphones and game controllers, just to mention a few. VGA/DVI connectors are used to connect to other display devices while HDMI provides a connection to HD displays or TVs. The eSATA port is for connecting a computer to an external SATA hard drive. There is also an Ethernet port on a PC back panel that allows connections to the internet. Most computers have extra USB ports that are available at the back for instances when users need to use more devices.

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Techie Comparisons: Embedded Computer Systems vs Personal Computers

Embedded systems are designed to handle specific purposes while regular personal computers(PCs) have several functions. For this reason, there are some physical differences between the two. One is that an embedded system has a small form factor, making it an ideal choice for an area with space constraints. An embedded system can perform its function without the need for an operator to physically access it, which means that they are easy to house, particularly in harsh settings. Another variation is that embedded computer systems don’t require hardware changes or additional storage.

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Making the First Capacitive Touchscreen Meet Waterproofing Needs

Since before the introduction of the first capacitive touchscreen, exposure to water and moisture has posed problems for most electronics. That is until manufacturers started coming up with efficient waterproofing methods. Moisture and water causes damage to electronics and make operation of such devices in wet environments that much harder.

International Waterproofing Standards

Still, it would be wrong for companies to simply brand their products as waterproof. This is why there are international standards set for waterproofing. According to the International Electrotechnical Commission (IEC), devices that can be classified as waterproof must meet high Ingress Protection (IP) ratings. The highest achievable is IP-67 and such devices can be immersed in water up to 1m as well as handle exposure to dust.

Water Rejection and Wet Finger Tracking

There are primarily two subset definitions of waterproofing: water rejection and wet finger tracking. Water rejection is defined as the capacitive touch screen’s ability to reject false touches from occurring when liquid makes contact with the screen. At the same time, the screen should recover once the liquid has been removed.

Wet finger tracking, on the hand, refers to the touch screen’s capacity to track the position of a user’s finger even with the presence of water. It is well known that water on the screen affects the accuracy of touch when the screen is wet, and true waterproof screens will always maintain accuracy. The ideal number for tracking requirement in the presence of water is generally 1-2 mm.

Explaining Water Physics

Capacitive touch screen technology works through conductive touch. Because water is also conductive, this will make it more difficult for operation. To remedy this, waterproof touch screens make use of “self-cap” physics that allows the screen sensors to apply excitation signals to accurately sense the amount of charge it takes for the receiver.

Source:

The Basics of Waterproofing Capacitive Touchscreens, EE Times
Making Capacitive Touch Sensors Water Tolerant, Embedded