Do I have to apply for installation at the town hall? By who?

The installation of a giant led screen outside requires, just like a sign, a request for prior authorization.  WINLIGHT International accompanies you in the framework of this process and can carry out the application file for you.

For indoor or window installations, these are not subject to a prior authorization request.

Yes,  Winlight has a fleet of rental screens with a maximum surface area of ​​12 m² from its Rental range.  These screens are easy to set up and takedown.  They are supplied with the pilot station to quickly broadcast the intended content.

Winlight also offers a mobile screen rental solution through its Business  Event  Partner concessionaire.  The  Video  Truck is a van with an integrated 8 m² screen and an entire audiovisual control room.

When to choose a giant LED screen

Giant LED screens are the tools of choice in the following situations:

You want a large size

You want to be seen from afar

The location is outdoors or in full sun

You need a special format

On the other hand, if the installation is not exposed to the sun, if it is intended for local communication with a standard format, then a monitor will be more interesting.

If you’re not sure which tool is right for you, don’t hesitate to contact us. We will answer your questions.

I would like to distribute or offer giant screens to my customers

At WIN LIGHT, we work regularly with resellers and have set up a price offer adapted to this type of situation.

In addition, we are also developing our network of regional Partners close to customers, responsible for offering our screens. You can have more information about our partnership offer on the site via the link below or by contacting us directly.

GLOBAL DIGITAL MEDIA SOLUTIONS AND GIANT LED SCREENS

Screens connected to smartphones and geolocation are changing consumption habits.

Winlight Digit is the solution that brings companies into the 2.0 dimension, to respond to local issues in an increasingly digital environment.

We entrust our connected devices with a growing amount of information about our daily habits: online purchases, preferences on social networks, or more simply the history of our browsers, which have decidedly good memories. This information has a strong marketing potential because it gets to know the consumer to offer him an ever more suitable offer. So now is the time for interactivity between our smart devices, but above all for targeting.

Thanks to the synchronization and integration of data, the information delivered to users are always more qualitative. It varies from one user to another because the data is deposited in the cloud, which is constantly enriched with new knowledge. This artificial intelligence is no longer part of science fiction… on the contrary, it makes everyone’s daily life easier through more accessibility, easier access, and more personalized information!

A partnership at the service of digitalization

In 2015, the Swiss company Geomatic Ingénierie SA and Winlight Digital Engineering joined forces to offer a complete cross-media offer that will revolutionize everyday life. It is now possible to resume integrating, creating, and managing your local and geo-referenced information and to use it in the media adapted to your communication. Internet, smartphone, tablet, interactive terminal, and connected LED screen thus form a communication system in its own right.

Cuff-Less Methods for Blood Pressure Telemonitoring

Cuff-Less Methods for Blood Pressure Telemonitoring
Blood pressure telemonitoring (BPT) is a telemedicine strategy that uses a patient's self-measured blood pressure (BP) and transmits this information to healthcare providers, typically over the internet. BPT has been shown to improve BP control compared to usual care without remote monitoring. Traditionally, a cuff-based monitor with data communication capabilities has been used for BPT; however, cuff-based measurements are inconvenient and cause discomfort, which has prevented the widespread use of cuff-based monitors for BPT. The development of new technologies which allow for remote BP monitoring without the use of a cuff may aid in more extensive adoption of BPT. This would enhance patient autonomy while providing physicians with a more complete picture of their patient's BP profile, potentially leading to improved BP control and better long-term clinical outcomes. This mini-review article aims to: describe the fundamentals of current techniques in cuff-less BP measurement; present examples of commercially available cuff-less technologies for BPT outline challenges with current methodologies; and describe potential future directions in cuff-less BPT development. bp cuff

Introduction 
Hypertension has been well established as a leading risk factor for cardiovascular morbidity and mortality . The lifetime risk of developing stage two hypertension, ≥140 mmHg systolic or ≥90 mmHg diastolic based on the 2017 American Heart Association guidelines for hypertension, is nearly 90% . Importantly, intensive blood pressure (BP) control has been shown to significantly reduce cardiovascular morbidity and all-cause mortality associated with hypertension . For these reasons, frequent measurement of BP is recommended in patients with hypertension .

BP telemonitoring (BPT) has recently emerged as a promising e-health treatment in hypertension management. BPT involves self-measurement of BP and transmission of the data to the patient's physician, who then can adjust medical therapy accordingly. BPT allows for greater patient autonomy, convenience, and perceived control over management of their chronic condition . Most importantly, several large meta-analyses have demonstrated that home BPT may be more efficacious at lowering both systolic and diastolic BP while normalizing BP in a larger proportion of patients vs. traditional office-based care . The effect of BPT is largely dependent on co-interventions such as medication titration by health care providers, stressing the importance of the data transmission component of BPT .

Traditionally, BPT is accomplished using an automated upper-arm cuff BP monitor with data transmission capabilities . However, these cuff-based methods have proven to be a barrier to widespread use of BPT due to discomfort associated with measurements and the rather bulky equipment that is needed . A more simple and user-friendly BP measurement device would enable more widespread use of BPT in hypertension management .

Wearables
Wearable technology is a blanket term for electronics that can be worn on the body, either as an accessory or as part of material used in clothing. One of the major features of wearable technology is its ability to connect to the internet through a smartphone, computer or tablet, enabling data to be exchanged between a network and the device. There are many types of wearable technology, but some of the most popular devices are activity trackers and smartwatches. Smartwatches are
becoming increasingly popular,

Future Directions
To overcome the issues related to extending the use of validation protocols developed for cuff-based devices to the validation of cuff-less BP monitors, the Institute of Electrical, and Electronics Engineers (IEEE) has proposed a validation protocol specifically for cuff-less BP monitors (30). This validation protocol requires the same accuracy and precision for cuff-less monitors as the AAMI standard for cuff-based devices. The IEEE protocol differs from the AAMI/ESH protocols in that it includes validation measurements after artificial changes in BP within a subject after initial calibration to ensure accuracy over a wide range of BP values. Additionally, the IEEE protocol includes validation measurements obtained after a significant time period (weeks to months) since the initial calibration to investigate time-dependent calibration integrity.