![]() Request a Free sample to learn more about this report. These labels can be the entry point to the label value chain for a traditional label printing company with increased profits and turnovers. These capabilities could be integrated into converting machines or either create value-add service opportunities. ![]() ![]() Intelligent label production brings new requirements for the manufacturing process, such as functional or performance testing, to manage the RFID label quality and encoding capability to store customer-specific data in each label. Mobile devices are acting as a hybrid channel by allowing the customers to interact through apps, QR codes or beacons. The proliferation of the internet has given substantial power in the hands of consumers. This is attributable to the reductions in the tag cost and substantial application areas utilizing advanced technologies such as RFID, NFC, and others. The global Smart Label Market holds a fascinating growth opportunity where a remarkable CAGR of 17.3% is expected in the coming year. The new model, he adds, is “one of the first major steps to driving the Titanic story towards evidence-based research-and not speculation.We are in process of revamping Smart Label Market with respect to COVID-19 Impact. “There are still questions, basic questions, that need to be answered about the ship,” says Parks Stephenson, a Titanic expert who was not involved in the project, to BBC News’ Rebecca Morelle and Alison Francis. Anyone interested in the vessel’s history will be able to use the model to walk through the ship virtually, “as if the water has been drained away,” writes Magellan in a statement.Īlready, the scan is leading to new discoveries: For instance, researchers noticed for the first time that one of the Titanic’s lifeboats wasn’t deployed used because it was “blocked by a jammed metal piece,” reports the Times. With the model now complete, its creators hope it will help Titanic researchers more accurately piece together what happened during the famed disaster. ![]() The Titanic has been resting on the ocean floor since it sank on April 15, 1912. More than 1,500 passengers and crew members died in the wreck.įirst located in 1985, the ship’s wreckage is situated about 435 miles off the coast of Canada, roughly 12,500 feet-2.4 miles-below the water’s surface. The vessel struck an iceberg near Newfoundland on April 14, proceeding to sink in just a few hours. On April 10, 1912, the Titanic departed from Southampton, England, and began sailing west toward New York City. ![]() “This is the Titanic as no one had ever seen it before,” says Gerhard Seiffert, a 3D imaging expert for Magellan, the deep-sea investigation company leading the project, to CNN’s Niamh Kennedy. Researchers then spent seven months piecing together a “one-to-one digital copy, a ‘twin,’ of the Titanic in every detail,” says Anthony Geffen, who leads Atlantic Productions, the film company making a documentary about the modeling process, to the Associated Press’ Sylvia Hui.Ī post shared by Atlantic Productions result: a model that’s incredibly detailed, showing even tiny features like the serial number on the ship’s propeller. In total, the two submersibles captured more than 16 terabytes of data-715,000 images and a high-resolution video-in the North Atlantic, reports the New York Times’ April Rubin. Items that belonged to the vessel’s roughly 2,200 passengers and crew members-such as champagne bottles, watches and shoes-are still scattered across the seafloor. Over a period of six weeks last summer, the team used two remotely operated underwater vehicles to explore the shipwreck from all angles, as well as the surrounding debris field that stretches for up to three miles. More than a century after the Titanic sank during her maiden voyage across the Atlantic, deep-sea researchers have created the first full-sized, 3D digital scan of the wreckage. ![]()
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