Abstract: The electrical pin installation apparatus provides a user with a real time video display of the process of pinning an electrical connector body. Such real time video display substantially improves the user's ability to accurately and effectively install electrical pins into electrical connectors without the attendant electrical test equipment and fixturing of prior art devices. The apparatus assists in the pinning process by providing various prompts and guides to guide the user in error-proof pin installation. The apparatus further includes built-in electrical pin insertion and retention load assessment to assure proper insertion and retention loads are applied during the pin installation process. Additionally, the apparatus may include storage of manufacturing data as it is inputted into the apparatus.

Abstract: The electrical pin installation apparatus provides a user with a real time video display of the process of pinning an electrical connector body. Such real time video display substantially improves the user's ability to accurately and effectively install electrical pins into electrical connectors without the attendant electrical test equipment and fixturing of prior art devices. The apparatus assists in the pinning process by providing various prompts and guides to guide the user in error-proof pin installation. The apparatus further includes built-in electrical pin insertion and retention load assessment to assure proper insertion and retention loads are applied during the pin installation process. Additionally, the apparatus may include storage of manufacturing data as it is inputted into the apparatus.

Abstract: The electrical pin installation apparatus provides a user with a real time video display of the process of pinning an electrical connector body. Such real time video display substantially improves the user's ability to accurately and effectively install electrical pins into electrical connectors without the attendant electrical test equipment and fixturing of prior art devices. The apparatus assists in the pinning process by providing various prompts and guides to guide the user in error-proof pin installation. The apparatus further includes built-in electrical pin insertion and retention load assessment to assure proper insertion and retention loads are applied during the pin installation process. Additionally, the apparatus may include storage of manufacturing data as it is inputted into the apparatus.

Abstract: The electrical pin installation apparatus provides a user with a real time video display of the process of pinning an electrical connector body. Such real time video display substantially improves the user's ability to accurately and effectively install electrical pins into electrical connectors without the attendant electrical test equipment and fixturing of prior art devices. The apparatus assists in the pinning process by providing various prompts and guides to guide the user in error-proof pin installation. The apparatus further includes built-in electrical pin insertion and retention load assessment to assure proper insertion and retention loads are applied during the pin installation process. Additionally, the apparatus may include storage of manufacturing data as it is inputted into the apparatus.

Abstract: An apparatus for testing pulmonary devices such as endotracheal tubes and connectors is disclosed. The apparatus forces a predetermined volume of air or gas through the pulmonary device in accordance with a preselected waveform in a first and/or second direction under conditions that simulate an in-patient use environment. The device also measures the amount of work required to force the air or gas through the device under selected conditions. In a preferred embodiment of the invention, the device produces a laminar or turbulent flow of gas.

Abstract: An apparatus for testing pulmonary devices such as endotracheal tubes and connectors is disclosed. The apparatus forces a predetermined volume of air or gas through the pulmonary device in accordance with a preselected waveform in a first and/or second direction under conditions that simulate an in-patient use environment. The device also measures the amount of work required to force the air or gas through the device under selected conditions. In a preferred embodiment of the invention, the device produces a laminar or turbulent flow of gas.