Endobronchial Implant Delivery for COPD Lung Hyperinflation

The patent replaces the mechanical surgical intervention of lung volume reduction surgery with a less invasive endobronchial implant system. The implant uses controlled outward force applied through the airway lumen to achieve lung volume reduction, substituting open-chest surgery with a bronchoscopic approach that avoids external incisions and direct surgical manipulation of lung tissue.

The endobronchial implant acts as an intermediary device that delivers therapeutic force indirectly to the lung parenchyma. Rather than directly removing lung tissue through surgery, the implant applies controlled outward force through the airway wall to achieve gradual lung volume reduction, mediating the therapeutic effect through a less invasive pathway.

The patent changes the functional parameters of the airway support device from a passive stent valve structure to an active implant that applies controlled outward force. This parameter change transforms the device from merely maintaining airway patency to actively treating emphysematous lung tissue by applying therapeutic force that can reduce lung volume and improve respiratory mechanics in patients with emphysema.

The implant incorporates a dynamic force application mechanism that can exert controlled outward force on the airway wall and adjacent lung tissue. This dynamic capability allows the device to adapt to varying lung pressures and tissue characteristics, providing reliable treatment effectiveness across different patient populations with emphysema, unlike static stent valves.

The patent replaces thermal ablation with a mechanical force application system. Instead of using thermal energy to destroy emphysematous lung tissue, the implant uses controlled outward force applied through the airway wall to achieve tissue remodeling and lung volume reduction. This mechanical approach avoids the complications associated with thermal injury, such as airway stenosis and pleural damage.

The patent converts the harmful effect of uncontrolled tissue destruction from thermal ablation into a beneficial controlled mechanical force application. By applying controlled outward force, the implant achieves gradual tissue remodeling and lung volume reduction without the harmful side effects of thermal ablation, turning a potentially harmful approach into a safe and effective treatment.