Videos

Autoscribe Informatics is providing two opportunities to have a close-up look at the new Environmental Sampling module for the Matrix Gemini LIMS (Laboratory Information Management System).

A 4-minute video provides a short demonstration of this versatile module which has been designed in conjunction with a leading food safety organisation, Deibel Laboratories. Aimed at anyone involved in environmental sampling of production and storage areas in food/beverage production and other industries, it uniquely links sampling point locations, test results and corrective action plans in one easy to use graphical environment.

For those who would like a longer and more detailed demonstration of the system, a recording of a webinar on the subject, recently presented by Autoscribe Informatics, is HERE.

The software demonstration is presented against the background of the need to move away from screening towards preventative measures against food-borne contamination both as required by the new Food Safety Modernisation Act (FSMA) implemented by the FDA, and in terms of the financial benefits of this approach.

The webinar covers the factors to consider when implementing an environmental monitoring program.  The demonstration shows many facets of the software including how it provides:

* Set up of locations and sampling sites

* Visual maps of results status

* Trending of results

* Assignment of actions when the results indicate the need

* Association of results with a sampling site

* Reporting of results.

The software provides clear documentation of preventative measures against food-borne contamination. This includes the ability to report the results and corrective actions taken when microorganism levels exceed safe levels. It provides an easy framework for expert set up and adjustment of the system while reducing the expertise needed to operate it on a daily basis. It allows the implementation of data management strategies that increase security and the availability of data.

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A piece of technology, created by researchers at the University of St Andrews, can detect what an object is by placing it on a small radar sensor.

The device, called RadarCat (Radar Categorisation for Input and Interaction), can be trained to recognise different objects and materials, from a drinking glass to a computer keyboard, and can even identify individual body parts.

The system, which employs a radar signal, has a range of potential applications, from helping blind people identify the different contents of two identical bottles, to automatic drinks refills in restaurants, replacing bar codes at checkout, automatic waste-sorting or even foreign language learning.

Designed by computer scientists at the St Andrews Computer Human Interaction (SACHI) research group, the sensor was originally provided by Google ATAP (Advanced Technology and Projects) as part of their Project Soli alpha developer kit program. The radar-based sensor was developed to sense micro and subtle motion of human fingers, but the team at St Andrews discovered it could be used for much more.

Professor Aaron Quigley, Chair of Human Computer Interaction at the University, explained, “The Soli miniature radar opens up a wide-range of new forms of touchless interaction. Once Soli is deployed in products, our RadarCat solution can revolutionise how people interact with a computer, using everyday objects that can be found in the office or home, for new applications and novel types of interaction.”

The system could be used in conjunction with a mobile phone, for example it could be trained to open a recipe app when you hold a phone to your stomach, or change its settings when operating with a gloved hand.

A team of undergraduates and postgraduate students at the University’s School of Computer Science was selected to show the project to Google in Mountain View in the United States earlier this year.  A snippet of the video was also shown on stage during the Google’s annual conference (I/O).

Professor Quigley continued: “Our future work will explore object and wearable interaction, new features and fewer sample points to explore the limits of object discrimination.

“Beyond human computer interaction, we can also envisage a wide range of potential applications ranging from navigation and world knowledge to industrial or laboratory process control”.

Resolve Optics Ltd has for more than 20 years developed custom optical design and OEM quantity special lenses for small and large high technology businesses. For more information, click HERE.

The K2P has been developed for applications requiring a high level of hygiene and superb material flow control. This new Mucon Series K product range utilises patented design features and moulded diaphragm technology already employed throughout the K-Valve range. For more, click HERE.

For handheld devices and docking stations. Avoid the costly development of a bespoke interface by integrating Swift-Dock into your design.

For more information, click HERE. 

Fabric expansion joint systems for combined cycle gas turbine power plants (ccpp) from Frenzelit Werke GmbH. 

Bronswerk Heat Transfer builds A-frame condensor for Waste-to-Energy plant in Milton Keynes, UK.

The Liebherr T 264 combines an efficient Litronic Plus AC drive system and a high-power engine (up to 2,700 HP / 2,013 kW) to yield higher speeds on grade. For superior productivity, the T 264’s hydraulic system offers efficient dump hoist performance that promotes fast cycle times.

Liebherr 'ultra class' mining trucks are operating in some of the harshest mining environments in the world. The range spans from arctic cold weather operations in Canada to Australian locations where temperature can reach over 42°C. Some of these surface mines are dedicated to the excavation of copper, coal, gold and iron ore.

What is the dew point respectively low dew point? Where is it measured? Why measure the low dew point? Which measuring devices are offered by Rotronic for low dew point measurement?