Abstract: An oximeter device includes a sensor probe unit that is connected by a wire to a sensor probe electronic module. The sensor probe electronic module connects wirelessly to a medical device console, which can be a phone, tablet, or other mobile device. And the mobile device can connect to a network or the Internet (e.g., the Cloud). Alternatively, the sensor probe electronic module can directly to the network or the Internet directly without a medical device console. The medical device console can execute an application and show on its display oxygen saturation and related measurements obtained through the sensor probe unit.

Abstract: An oximeter device includes a sensor probe unit that is connected by a wire to a sensor probe electronic module. The sensor probe electronic module connects wirelessly to a medical device console, which can be a phone, tablet, or other mobile device. And the mobile device can connect to a network or the Internet (e.g., the Cloud). Alternatively, the sensor probe electronic module can directly to the network or the Internet directly without a medical device console. The medical device console can execute an application and show on its display oxygen saturation and related measurements obtained through the sensor probe unit.

Abstract: An oximeter device includes a sensor probe unit that is connected by a wire to a sensor probe electronic module. The sensor probe electronic module connects wirelessly to a medical device console, which can be a phone, tablet, or other mobile device. And the mobile device can connect to a network or the Internet (e.g., the Cloud). Alternatively, the sensor probe electronic module can directly to the network or the Internet directly without a medical device console. The medical device console can execute an application and show on its display oxygen saturation and related measurements obtained through the sensor probe unit.

Abstract: A medical device includes a replaceable or disposable sheath and laparoscopic sensor, which is at an end or tip of a laparoscopic tube. A durable or processing unit fits into and is enclosed by the disposable sheath, such that the processing unit connects to and operates in conjunction with a light engine of the sheath, to form a laparoscopic oximeter. This oximeter can measure oxygen saturation laparoscopically. The sheath can be disposed of after a single use. The processing unit can be removed from a used sheath and then used multiple additional times with clean, unused sheaths.

Abstract: A medical device includes a replaceable or disposable sheath and laparoscopic sensor, which is at an end or tip of a laparoscopic tube. A durable or processing unit fits into and is enclosed by the disposable sheath, such that the processing unit connects to and operates in conjunction with a light engine of the sheath, to form a laparoscopic oximeter. This oximeter can measure oxygen saturation laparoscopically. The sheath can be disposed of after a single use. The processing unit can be removed from a used sheath and then used multiple additional times with clean, unused sheaths.

Abstract: A medical device includes a replaceable or disposable sheath and laparoscopic sensor, which is at an end or tip of a laparoscopic tube. A durable or processing unit fits into and is enclosed by the disposable sheath, such that the processing unit connects to and operates in conjunction with a light engine of the sheath, to form a laparoscopic oximeter. This oximeter can measure oxygen saturation laparoscopically. The sheath can be disposed of after a single use. The processing unit can be removed from a used sheath and then used multiple additional times with clean, unused sheaths.