Electric Privacy Film

Do you love the look of a clear glass and enjoy the openness that clear glass offers for partitions in offices, bathrooms, showers and dressing rooms provide but you would also like to be able to have cover for privacy when needed? That's where electric switchable glass comes in. This technology switches the color of the glass from clear, to opaque so you cannot see through it.

This is where electric switchable glass comes in. This technology switches the color of the glass from clear, to opaque so you cannot see through it.

In addition electric glass surfaces can be utilized for image projection whether clear or when frosted. As you can imagine, you get different effects depending upon which you use.

When switched to clear electric glass offers a holographic image projection, while frosted offers a rear projection display. So, not only can you can offer users privacy as well as UV protection, you can also get multipurpose use from the surfaces as an image projection surface.

Imagine the uses in a board room? With the "now you see me, now you don't" technology going clear to white with a flip of a switch you will make your space truly stand out and look very high tech. The electric privacy film is used in churches, medical offices, and even gentleman's clubs.

The uses are only limited by your imagination. The smart glass film can provide privacy at the flip of a switch.

There are many uses for electric glass that will add privacy to any situation, from the boardroom, to the waiting room, to the exam room. You can use with tinted, reflective or even mirrored glass for different results as well as use it internally or externally with optimum results such as offering a unique sun-room with electric glass walls, glass floors or a skylight.

Privacy glass film can be used all throughout your home or business for spectacular results. If you have a wonderful view that you want to be able to enjoy most of the time, but there are times when you want privacy? Either at night, during foul weather or in particular intimate moments then privacy glass is for you.

Switchable privacy glass is perfect for a dining room or bedroom with a view instead of walls that block out nature all the time. You can view nature when you want to, and block it out when you do not.

An added benefit to the beautiful look, and usefulness, electric glass offers many energy saving benefits and even UV protection. By eliminating the need for drapes and blinds you can also reduce the amount of allergy causing materials in a space and the extra clean up needed because of them.

Imagine the difference when you don't have to deal with curtains, drapes and blinds in every room of your home or office. Instead you have beautiful privacy glass wall that will blend well with any decor.

Electric Privacy Glass or Smart Film Glass is manufactured by embedding a thin LCD Film in between to pieces of glass. The natural state of LCD Film used in switchable electric glass is white or opaque so there is no need to worry in the event of a power outage.

The best way to integrate Electric Switchable Smart Film efficiently into a existing or future space or architecture is to order and install a finished solution. UL Listed privacy glass is manufactured to your specifications and delivered ready to install.

Be sure that you only use UL Listed Switchable Privacy Glass to reduce the risk of potential hazard due to inferior workmanship or technology. Switchable Smart Film like Electric Glass is recommended to be purchased as a finished solution for your project. This technology is environmentally friendly and requires a minimum amount power to switch the glass from white to clear.

With are a compilation of more than 10 years experience and dedication to Digital Signage and Touch Screen Solutions for the Retail, Commercial, Tradeshow and Architectural Industries. Screen Solutions is a Full Service Interactive Consultants Firm offering Electric Glass, Interactive Hardware, Software and Integration Services

What Is Digital Radiography?

Radiography is an imaging technique that produces high-quality anatomic images by using x-rays. General radiography is currently a major part of hospital imaging departments and includes abdomen, chest and extremity examinations.
The use of digital radiography has rapidly increased in recent years. Computed radiography provided a cost-effective transition mode from the traditional film (from the year 1895) to the direct digital radiography (DDR), by using conventional x-ray equipment. Direct digital radiography is a cassette-less imaging system and is ideal for applications where high throughput is of primary importance. The direct digital radiography system should allow usage of all general radiography diagnostic applications.
The major components of a digital radiography system are as follows:
1. X-ray generator
2. X-ray assembly
3. Table trolley or other device to support the patient
4. Support for the x-ray tube assembly
5. Detector which converts the x-rays to an image
6. Acquisition workstation to process and display the image
There is a variety of technologies on which the direct digital radiography is based:
1) Indirect conversion detector: x-rays are converted to light scintillations and light is converted to electric signals.
2) Direct Conversion Detector: x-rays are directly converted to electric signals.
3) Linear Scanning Detectors: A fan beam of x-ray scans the examined area synchronously with a slot of detectors.
Due to the structure of the detectors, indirect and direct x-ray conversion detectors are frequently referred to as flat panel detectors (FPD's). There are also portable digital cassettes available, either sold as part of a system or can be retrofitted to an existing CR or film/screen room. Portable detectors can be used in conjunction with an x-ray mobile unit. Such detectors can be connected to a review work station by wire or via a radio link.
Most of the digital detectors will need some level of environmental control. This may be in terms of operating temperature range, rate of exchange of temperature and/ or relative humidity.
As the original image from the detector is likely to be unsuitable for operating; image processing needs to be applied. A flat field correction is usually applied to the raw image to account for variations in the detector sensitivity across its full area. Also, a number of individual pixels may be defective.
The majority of direct digital radiography units are provided with automatic exposure control (AEC) to provide the selected dose to the detector. This may use a conventional AEC detector or the actual image detector to determine the correct dose level. It is essential that the AEC operates in a reliable and consistent manner and that it is correctly set up for the detector of the exposure.
Optimization is the process of identifying the necessary radiation dose level to provide adequate clinical information for a particular examination. Optimization depends on a range of both clinical and technical factors.

In modern digital radiography systems there is an inbuilt detector dose indicator. The detector dose indicator (DDI) gives an indication of the level of radiation exposure received by the detector. This is useful for monitoring that the exposure is in the correct range for optimal image quality and for undertaking QA.

Understanding the Nanotechnology in Different Useful Human Appliance

Now we often hear the term nanotechnology in different high tech devices around us. It has become so common that it is essential for us to understand the application and usefulness of this technology in our life. Now let us find more about this new technology to analyze the reason behind its success.

Defining Nanotechnology

Nanotechnology is defined as the study which is involved in formulating technological devices whose size is measured in nanometers which is equal to billionths of a meter. This scientific, theoretical disciplined is involved in making high tech devices by using innovative techniques which will be more easy and convenient to use.

Applications of Nanotechnology

Nanotechnology is being applied in a number of materials which has helped to reduce the size of these appliances with advanced physical properties. The nanoparticles have the capability to enhance the mechanical properties of materials with better elasticity and stiffness. It also helps to reduce the weight of the devices and also increases its stability and performance level. The main purpose of nanotechnology is to control the structure of materials and make them more effective by reconstructing and reducing their molecular structure. As the main purpose of this technology is to manipulate the size of various materials it has being applied in the following sectors to improve their performance and result.

Advantages of Nanotechnology in different Sectors

Medicine - Nonomaterial are as small as the biological molecules, therefore it can be used in biomedical researches and other medical treatments in making better diagnostic devices, drug delivery vehicles, physical therapy applications etc that can easily pass through the organs in our body.

Reduce Energy Consumption - Nanotechnology will help in energy consumption with the help of advanced light emitting diodes and quantum caged atoms.

Minimize the battery disposal problem - The nonomaterials will make the batteries more durable by increasing their energy content, by making them rechargeable with the help of supercapacitors.

By applying this technology resource in manufacturing fabrics, dress materials can be made stain repellent or wrinkle free. It can also be applied in heavy industries in making aircraft and automobile. And the list goes on. With the advancing technology it will soon become more efficient and effective to make work easier for human being.

Project Server - Making Teamwork a Breeze

The Microsoft Office Project Server is the latest upgrade from the Microsoft stable of products. This product uses Windows SharePoint Services as the base for its project management server solution. It supports both a web interface as well as project management as a client application.

Microsoft upgrades this version and extends functionality by providing a project server as well as a project web access. This version of Microsoft Project Server stores all project data in a centralized SQL Server database. This makes it virtually unattainable without proper authorized access. Corruption of system files is also impossible. It necessitates the existence of a project administrator with specific pre-defined security rights as well as access powers.

With the help of the project center reports can be filed on the project across the organization. This will enable managers at various levels to access the nitty-gritties of each aspect of the project. Clear demarcation of Tasks, Projects as well as Resources can have pre-defined Enterprise Custom Fields.

Each member of the team can have a home page in web access related to the project. Managers can send out updates as well as delegate work which will then become visible on each of these home pages. Any communication from the staff in terms of updates as well as status reports can be communicated in real time this way. The Project Server enables e-communication through web via Web Access function. Each of the team members can streamline their work with task status updates as well as time sheets for each of their respective tasks.

The software allows for analysis of resource workloads, making work more efficient. Each project created also supports a Project Workspace where team members can exchange information, think-out-loud as well as share data.

Among the new functions now available in MS Project 2010 is the ribbon functionality. This was earlier seen only in Office 2007. The ribbon is available in MS Project as well as in Project Web Access. Additional features include the timeline view. This is a graphic representation of major tasks to be completed and well as milestones in each project. The team planner similarly provides a graphical representation of work delegated. It allows for tasks to be pre-scheduled as well. There is also the inclusion of the Project Portfolio Server.

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