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RFID Laundry management System ! Laundry Tracking System ! RFID Chip

RFID Laundry management System

RFID Laundry management System ! Laundry Tracking System ! RFID Chip

There are four main components we will be discussing in RFID Laundry management System, the first is the RFID reader. Now, that is the brains of your hardware system, that's what is going to communicate with your computer in a second part, with your back-end system. 

So the reader needs to be connected through the antenna which is the third part, which is the actual "RF" hardware, it is what allows you to transmit radio frequency information. It has to be connected by a cable to the antenna which then communicates to the fourth part, which is the tag.

Moreover are going to focus on UHF RFID tags. There are three main components we would like to focus on pertaining to (Ultra High Frequency) UHF RFID tags. The first is the integrated circuit of your RFID tag. Now, that is again a small brain of your tag, that's where all the information is saved, and the main thing that differentiates one integrated circuit from another is the memory size.

Laundry Tracking System

What capacity does that chip have to be stored and saved with unique information? If you need to save a lot of unique information on the tag, then you're going to need more expensive, more powerful IC. The second component is the antenna that is actually part of the tag. In general, a bigger antenna is going to allow for a bigger reading range.

There are two environmental settings that can cause problems for UHF RFID, and those are metal and water. High metal settings and high water environments can cause interference or dampening of RF waves that can affect your reading ranges and your readability, whether one can read the tag or not?

Thirdly is the encasement, and that could take a multitude of different form factors. The most basic is just your inlay, and that's as simple as you can get with just an IC and the antenna. And this is a good example of just an inlay. The second is you can take that inlay and you can put a face on it and you can print on it and make a label. These are not much more durable than inlays, they just have a face that a human could read. The third and the most complicated is the hard tag setting.

Working of RFID CHIP:

Now, that's where you take the IC and put it in plastic or a hard shell that can make it more durable, impact-resistant, and temperature resistant. Here are some examples. This tag happens to be very temperature resistant. Example is this on the ID tag. Super durable, you could hit it with a hammer and it would be fine. 

Other tags are designed to be embedded in metal, where, like we talked about metal messing with the antenna, some tags have backings that allow them to compensate for that and can still be read in high metal or high water environments. That I'm pretty much wrapping it up for RFID tag information.  

We have seen and understood what is RFID CHIP, but how does it even work? It is just a tiny chip like thing embedded inside a card holder. Does it require a battery to operate?  Well, most chip call tags do not need a battery because they draw power from whatever equipment happens to be reading them. Credit cards and wristbands are classified as passive and only consist of a tiny antenna and embedded CPU to process radio waves and a small amount of data storage. 

They are small and low-power, enough to just grab energy from a powered chip reader making them convenient enough to use just about anywhere.

To keep power consumption low enough and to keep costs down, they can be powered by radio waves. So it can be fixed everywhere. These tags hold only a few kilo bytes of data, which is fine because in today's connected world you don't need more than a few kilobytes for storage on the chip. It is an incredibly useful tool.  

RFID CHIP  

With it many useful things that can be done with a few kilobytes, paperless ticketing for events and Apple Pay which uses NFC (which we will discussed in another article) a two-way short-range form of RFID comes to mind. Thanks to many card readers.

Like your cell phone for example having their own network connections. RFIDs are often simply used as pointers to more information or more complex functionality. Casinos have these chips in their device to help people from pulling into Ocean's eleven and you can even have a tag attached to your dog to find them, if he decides to run away because you spent all night playing counter-strike and forgot to feed the poor soul.

Imagine bar-code tags replacing this tag on everything you purchase, you can just walk out of the store with all your new stuff and an RFID scanner will read your tags and credit card or debit cards to automatically bill, you know, checkout lines require mind-blowing attention. This means there are an even number of projects around where RFID automation can be used.

Advantages of RFID Technology:  

RFID technology is similar to barcodes, but with a few major advantages like:  

     Hundreds of tags can be read at a time in seconds;

·         Alignment of sight is not needed to read tags;

·         These tags can be very durable.

·         These tags hold more data than any other type of tags or labels;

·         Read range for an RFID system that can be controlled as needed from 0 up to

          150 meters;

·         Tags can be encrypted or arranged to get locked for security;

·         Tag memory can be rewritten and reused; and, lastly,

·         RFID systems vary in cost depending on functionality.

If you have ever used an access card or fob to get into a building, passed through an automated toll collection system on a highway, used the remote control to open your garage door, or use a reusable phone-based transit pass, you have used RFID.

These tags have a wide range of applications, including building access control; vehicle theft; timing for races, like marathons and triathlons; tracking valuable assets; checking media in libraries; tracking attendees at trade shows, concerts, and events; and tracking inventory in industries like retail, health care, and construction.

 

Conclusion RFID:

Especially, large laundry projects, large corporations, hospitals where tons of linens are washed and delivered every day, it becomes manually difficult rather impossible to keep track of each and every linen coming out of the laundry section with 100% accuracy. Tracking the number of linens delivered at different departments, preventing the transit losses, has saved a huge amount of revenue otherwise required to appoint the number of laborers. It is used by the corporation to track the position of uniforms, whether they are washed or not in the laundry. Use of RFID has expedited production, pickup and delivery and the billing process, majorly in the laundry business. Thanks RFID for making automation in the laundry and many other such sectors. Laundry tags played a major role in automation.   

 

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