Archive for the ‘barcodes’ Category
Now that smartphone penetration is approaching 70% in the U.S. market, far more of us than not show up at work each day with remarkably capable computing and communication tools already in our pockets. These are also the mobile computing devices with which we are already most familiar. After all, they’re usually the only devices we use at some point during every waking hour. Given the almost ubiquitous reach of this fully mastered and privately funded resource, it’s no wonder that acceptance of bring-your-own-device (BYOD) policies is almost as widespread as the smartphones and tablets they embrace. Given the choice, I’d rather not carry two devices, and, given the
South By Southwest (SXSW) is a film, music, and interactive festival has been an annual event hosted in Austin, Texas every March since 1987. Drawing international attention, crowds of increasing size have flocked to Austin for the festival to experience the lively atmosphere, see popular bands and keynote.
Now with crowds exceeding 32,000, SXSW has turned to RFID technology to track who goes where and optimize their crowd control. Each participant is given a wristband for the events attended at the SXSW festival, and each wristband is embedded with an RFID tracking chip. These wristbands are unique to each of the events, making them ideal for participants to collect as
For many in the healthcare profession, this will be old news. Others, particularly those not yet fully acclimated to government acronyms, may read this note with a growing sense of alarm.
On September 24, 2013, the U.S. Food and Drug Administration (FDA) issued a directive establishing the Global Unique Device Identification Database (GUDID). The purpose of the database is to create a public, searchable catalog of every covered medical device. The FDA has also issued a 59-page GUDID Draft Guidance to help the medical device industry achieve compliance with the new rule.
Central to this labeling scheme is the Unique Device Identifier (UDI), a standardized labeling format. The
When it comes to mobile computers, there are a wide variety of devices to choose from. Each task using mobile computers requires different features, sizes, and specs. Package tracking and logistics workers need to make sure that their mobile computers can scan barcodes, capture images, access internal software, integrate with current systems, and more. When it comes to these industries, Honeywell delivers the devices that get the job done.
But which Honeywell device is right for the job? To answer this question and others you may have, we turn to Honeywell’s Dolphin 6500 and Dolphin 99EX.
Rugged and versatile, the Dolphin 6500 makes logistics and package tracking easier than
For more than 20 years, the same doctor served as my general practitioner, and during those years the medical records he maintained on me were all on paper and grew from a few pages in a single folder to an impressively-thick stack of pages bound in that same folder. He not only knew my medical history, blood type and medication allergies, he knew me. And then he retired.
I started over with a new GP, and I still consider her my doctor today. She too knows my medical history, or at least the last few years of it, plus my blood type and medication allergies. I have absolute faith in
One of the most famous taglines in modern technology is Apple’ trademarked, “There’s an app for that,” a phrase that brilliantly captures the defining app-centric characteristic of modern mobile computing. Savvy developers know the advantages of delivering new technology in application formats and interfaces with which clients are already familiar, competent and comfortable, and Zebra Technologies’ Link-OS, now with Cloud Connect, gives developers the tools they need to deploy a single, browser-based application that works across all of their clients’ various platforms.
Zebra’s Link-OS environment is an open platform that combines a comprehensive operating system for Zebra smart devices with powerful software-development tools, as well as a suite of stock
The use of RFID has been substantially beneficial in a wide range of applications. From inventory tracking to logistics, RFID allows for faster tracking on assets while saving money at the same time. For those who haven’t incorporated RFID technology into their daily operations, I would strongly suggest it. Rather than scanning barcodes, RFID technology allows a sensor to pick up the data without scanning. Shipments can either pass through a sensor, or a mobile scanner can walk past the RFID chip to collect the information you need. As it makes inventory and supply chain data collection easier and less time consuming, RFID may be more relevant and beneficial
We’ve written extensively in these blogs about the importance to patient safety of rigorous identification protocols, and implementation of the patient wristbands is key to most such strategies. But strapping an ID band – any ID band – on your patients’ wrists does not, in and of itself, ensure their safety. As Zebra Technologies explores in its recent white paper, Wristband Formatting Best Practices: Key Considerations for Improving Patient Care, it takes a comprehensive combination of best practices to achieve optimum results. Zebra identifies eight best wristband practices for maximum patient safety:
Repeat 2-D Barcodes: 2-D barcodes offer the advantage of encoding a wealth of critical patient data, including
One Sunday, I was watching the Travel Channel’s show Mysteries at the Museum, and lo, and behold it was about the first barcode. Now that I’m an “expert” on barcode history, I can tell you that barcodes first came on the scene back in the late 1960s and early 1970s. At first barcodes were developed simply to help track food inventory in grocery stores. Now the barcode is used in a plethora of different global markets.
In fact, it is amazing to think how far barcode technology has come, even in just the past five years. There seems to be an application for everything these days that includes scanning
Amitchell125 at English Wikipedia
I wrote recently about the importance of establishing reliable patient- and specimen-identification protocols and of then following them. That last part, actually following established protocol, may seem too obvious to waste space here saying, but my research revealed that simply failure to follow established procedures is indeed a leading, if not the leading, cause of sample misidentification. More than 160,000 adverse events occur in the U.S. each year, and more than 55 percent of those relate directly to specimen mislabeling.
The Pennsylvania Patient Safety Advisory (PPSA) was established in 2002 to address the growing problem of medical errors in that state. Indeed, Pennsylvania was the