Surgical instrument with user adaptable algorithms
A surgical instrument is disclosed including an end effector, a generator configured to deliver adaptive energy, a mode selector switch having a plurality of surgical modes, a closure switch configured to control the end effector, and a counter configured to count a number of closure switch activations. The surgical instrument is configured to communicate a selected surgical mode of the mode selector switch and the number of closure switch activations from the counter to the generator. The surgical instrument is configured to receive the adaptive energy from the generator based on the selected surgical mode and the number of closure switch activations. The generator is configured to deliver the adaptive energy to the surgical instrument closer to a start of an activation cycle for the selected surgical mode as the number of closure switch activations increases.
1. A surgical instrument, comprising:
a housing;
an elongate shaft extending from the housing;
an end effector extending from the elongate shaft;
a generator configured to deliver adaptive energy;
a mode selector switch having a plurality of surgical modes for selection by a user;
a closure switch configured to control the end effector, wherein the end effector is opened when the closure switch is in a first position, and wherein the end effector is closed when the closure switch is in a second position; and
a counter configured to count a number of closure switch activations, wherein the surgical instrument is configured to communicate a selected surgical mode of the mode selector switch and the number of closure switch activations from the counter to the generator, wherein the surgical instrument is configured to receive the adaptive energy from the generator based on the selected surgical mode and the number of closure switch activations, and wherein the generator is configured to deliver the adaptive energy to the surgical instrument closer to a start of an activation cycle for the selected surgical mode as the number of closure switch activations increases.
2. A generator, comprising:
a control circuit configured to receive information from a surgical instrument, wherein the information comprises a selected state of a mode selector switch having a plurality of surgical states for selection by a user and a number of closure switch activations detected by a counter; and
an energy circuit, wherein the energy circuit is configured to deliver adaptive energy to the surgical instrument based on the selected state of the mode selector switch and the number of closure switch activations detected by the counter, and wherein the adaptive energy is delivered closer to a start of an activation cycle for the selected surgical state as the number of closure switch activations increases.
3. A generator, comprising:
a processor;
a memory coupled to the processor, wherein the memory stores instructions executable by the processor to receive information from a surgical instrument, wherein the information comprises a selected surgical mode of a mode selector switch having a plurality of surgical modes for selection by a user and a number of closure switch activations detected by a counter; and
an energy circuit, wherein the energy circuit is configured to deliver adaptive energy to the surgical instrument based on the information received from the surgical instrument, and wherein the adaptive energy is delivered closer to a start of an activation cycle for the selected surgical mode as the detected number of closure switch activations increases.