Surgical tool with an aseptic power module that enters a specific state based on the type of handpiece to which the power module is attached
A surgical handpiece includes a shell, an energy applicator, a transmission component, a lid, a latch and a data tag. The shell defines a void for receiving a power module and an opening through which the power module is inserted into and removed from the void. The energy applicator is attached to the shell. The energy applicator, when actuated, outputs energy for application to a tissue to perform a medical/surgical task. The transmission component is disposed in the shell for transmitting energy output by the power module to the energy applicator. The lid moveably is mountable to the shell to cover the shell opening. The latch is moveably attached to the shell or the lid for holding the lid in a latched state. The data tag is mounted to the latch so as to move with the latch, the data element including data identifying the handpiece.
1. A surgical handpiece including:
a shell defining a void for receiving a power module and an opening through which the power module is inserted into and removed from the void;
an energy applicator attached to the shell, the energy applicator configured to, when actuated, output energy for application to a tissue to perform a medical/surgical task;
a transmission component disposed in the shell for transmitting energy output by the power module to the energy applicator;
a lid moveably mountable to the shell to cover the shell opening;
a latch moveably attached to one of the shell or the lid for holding the lid in a latched state; and
a data tag is mounted to the latch so as to move with the latch, the data tag including an element that is used to identify the surgical handpiece.
2. The surgical handpiece of claim 1 , wherein:
the shell has;
a base,
a grip that extends upwardly from the base, and
a barrel disposed over the grip,
wherein the base and grip define the void and the base has the opening through which the power module is inserted and removed;
the energy applicator extends forward from the barrel; and
the lid is moveably attached to the base to cover the shell opening.
3. The surgical handpiece of claim 1 , wherein a coupling assembly is mounted to the shell to removably hold the energy applicator to the shell.
4. The surgical handpiece of claim 1 , wherein the energy applicator is configured to one of: be rotated; be oscillated; be vibrated; receive and apply RF energy; receive and apply thermal energy; and receive and apply photonic energy.
5. The surgical handpiece of claim 1 , wherein the data tag is one from the group consisting of: a set of magnets; an RFID tag; a memory; and a bar code.
6. The surgical handpiece of claim 1 , wherein the latch and the data tag are moveably attached to the lid.
7. The surgical handpiece of claim 1 , wherein the latch and the data tag are rotatably mounted to one of the shell or the lid.
8. The surgical handpiece of claim 1 , wherein the lid is hingedly attached to the shell.
9. The surgical handpiece of claim 1 , wherein the data tag includes at least one magnet.
10. The surgical handpiece of claim 1 , wherein the data tag is visually discernible.
11. A surgical handpiece, the surgical handpiece including:
a shell shaped to define a compartment for receiving a power module, the power module being insertable into and removable from the compartment;
an energy applicator attached to the shell, the energy applicator configured to when actuated output energy for application to a tissue to perform a medical/surgical task;
a transmission component disposed in the shell for transmitting energy output by the power module to the energy applicator;
a lid moveably mountable to the shell to cover the shell opening;
a latch moveably attached to one of the shell or the lid for holding the lid in a latched state; and
a magnet mounted to the latch so as to move with the latch, the magnet being configured to generate a magnetic field, the absence or presence of the magnetic field being determined by a sensor of the power module.
12. The surgical handpiece of claim 11 , wherein the presence of the magnetic field indicates that the lid is in the latched state in which the power module is disposed within the compartment.
13. The surgical handpiece of claim 11 , wherein the magnet is further defined as a first magnet, the magnetic field is further defined as a first magnetic field, the sensor is further defined as a first sensor, the surgical handpiece further comprising a second magnet mounted to the latch so as to move with the latch, the second magnet being configured to generate a second magnetic field, the presence of the second magnetic field being determined by a second sensor of the power module, the presence of at least one of the first magnetic field and the second magnetic field provides an indication of a type of surgical handpiece.