Abstract: An implant delivery device is designed to simplify the process of implant insertion while minimizing the risk of contamination and handling errors. The device includes a body portion and an implant delivery portion. The body portion includes a closed end, while the implant delivery portion is disposed opposite to the closed end and includes an orifice. This design reduces the complexity of the device and procedure, thereby decreasing the likelihood of handling, loading, and delivery errors. Additionally, the device may include features such as a friction-reducing coating, an antimicrobial treatment, and a flexible elastomer to further enhance its functionality and safety.

Abstract: The present invention provides a liquid drainage assembly for an automatic, roll-up door and has an attaching member connecting a drip tray to a surface proximate the door. The attaching member moves drip tray from a position where the tray is disposed under a bottom edge of the door to collect liquid flowing across the bottom edge when the door is in an open position to a position where the tray is outside the vertical plane in which the door moves to allow the door to move to a closed position. A motor moves the door in response to signals received from a controller which ensures coordinated movement of the door and the drip tray.

Abstract: The present invention provides a liquid drainage assembly for an automatic, roll-up door and has an attaching member connecting a drip tray to a surface proximate the door. The attaching member moves drip tray from a position where the tray is disposed under a bottom edge of the door to collect liquid flowing across the bottom edge when the door is in an open position to a position where the tray is outside the vertical plane in which the door moves to allow the door to move to a closed position. A motor moves the door in response to signals received from a controller which ensures coordinated movement of the door and the drip tray.