Abstract: A coating assembly for coating jaws of an electrosurgical instrument includes a dispensing device and a jaw applicator. The dispensing device has a non-stick coating material contained therein and includes a discharge port. The jaw applicator includes an applicator body defining a cavity therein. The applicator body includes a first wall and a second wall disposed in spaced relation relative to each other and the cavity extends therebetween. Each of the first and second walls has openings defined therethrough that are in open communication with the cavity. The discharge port of the dispensing device is configured to engage the jaw applicator in a fluid tight manner to define a flow path for the non-stick coating material that extends out of the discharge port, into the cavity of the applicator body, and out of the openings defined in the first and second walls.

Abstract: Examples described herein include systems and methods for synchronizing applications that target different software development kits (“SDK”). The system can execute a bridge application that registers an implementation of a content provider class. This allows the bridge application to communicate with a first application targeting a first SDK. The bridge application can also register to send and receive implicit broadcasts. After the bridge application verifies the request, it can broadcast to a second cluster of applications registered with an operating system to receive implicit broadcasts. Similarly, the bridge application can receive implicit broadcasts and synchronize those requests with a first cluster of applications by using the implemented content provider methods.

Abstract: Examples described herein include systems and methods for synchronizing applications that target different software development kits (“SDK”). The system can execute a bridge application that registers an implementation of a content provider class. This allows the bridge application to communicate with a first application targeting a first SDK. The bridge application can also register to send and receive implicit broadcasts. After the bridge application verifies the request, it can broadcast to a second cluster of applications registered with an operating system to receive implicit broadcasts. Similarly, the bridge application can receive implicit broadcasts and synchronize those requests with a first cluster of applications by using the implemented content provider methods.

Abstract: Examples described herein include systems and methods for synchronizing applications that target different software development kits (“SDK”). The system can execute a bridge application that registers an implementation of a content provider class. This allows the bridge application to communicate with a first application targeting a first SDK. The bridge application can also register to send and receive implicit broadcasts. After the bridge application verifies the request, it can broadcast to a second cluster of applications registered with an operating system to receive implicit broadcasts. Similarly, the bridge application can receive implicit broadcasts and synchronize those requests with a first cluster of applications by using the implemented content provider methods.

Abstract: Examples described herein include systems and methods for synchronizing applications that target different software development kits (“SDK”). The system can execute a bridge application that registers an implementation of a content provider class. This allows the bridge application to communicate with a first application targeting a first SDK. The bridge application can also register to send and receive implicit broadcasts. After the bridge application verifies the request, it can broadcast to a second cluster of applications registered with an operating system to receive implicit broadcasts. Similarly, the bridge application can receive implicit broadcasts and synchronize those requests with a first cluster of applications by using the implemented content provider methods.

Abstract: Examples described herein include systems and methods for synchronizing applications that target different software development kits (“SDK”). The system can execute a bridge application that registers an implementation of a content provider class. This allows the bridge application to communicate with a first application targeting a first SDK. The bridge application can also register to send and receive implicit broadcasts. After the bridge application verifies the request, it can broadcast to a second cluster of applications registered with an operating system to receive implicit broadcasts. Similarly, the bridge application can receive implicit broadcasts and synchronize those requests with a first cluster of applications by using the implemented content provider methods.