Communication enabled disposable cartridge for electrostatic spraying
AssigneeOctet Medical, Inc.
InventorsClifford A. Wright, Benjamin Kinney, Kyle Elsabee
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Abstract
Systems and methods are disclosed for operating disposable fluid delivery system for an electrostatic applicator, which can include establishing communication between a communication interface system of a disposable cartridge and memory of the electrostatic applicator; verifying authenticity of an encrypted data set stored on the communication interface system; and configuring operating parameters that comprise at least one of at least one spray-generation parameter and/or at least one electrostatic-charging parameter based at least on the encrypted data set.
Claims20
A method of operating disposable fluid delivery system for an electrostatic applicator, comprising:
- establishing communication between a communication interface system of a disposable cartridge and memory of the electrostatic applicator;
- verifying authenticity of an encrypted data set stored on the communication interface system;
- and
- configuring operating parameters that comprise at least one of at least one spray-generation parameter and/or at least one electrostatic-charging parameter based at least on the encrypted data set.
A disposable fluid delivery system for an electrostatic applicator, comprising:
- a disposable cartridge containing and/or configured to be filled with or otherwise receive a treatment solution and a nozzle assembly configured to dispense the treatment solution;
- a communication interface system coupled with or part of the disposable cartridge, the communication interface system comprising one or more communication or identification modules, wherein the communication interface system comprises a memory storing an encrypted data set comprising operating parameters that comprise at least one of at least one spray-generation parameter, at least one electrostatic-charging parameter, and an authenticity credential, wherein the memory comprises executable instructions that, when executed by one or more processors, cause the communication interface system to:
- exchange data with an electrostatic spray-generation subsystem;
- retrieve and decrypt the encrypted data set;
- authenticate the disposable cartridge based on the authenticity credential;
- and
- configure the electrostatic spray-generation subsystem in accordance with the operating parameters obtained from the decrypted data set.
A non-transitory computer-readable medium storing instructions that, when executed by processor, cause the processor to perform a method for operating an electrostatic applicator, the method comprising:
- establishing communication between a communication interface system of a disposable cartridge and memory of the electrostatic applicator;
- verifying authenticity of an encrypted data set stored on the communication interface system;
- and
- configuring operating parameters that comprise at least one of at least one spray-generation parameter and/or at least one electrostatic-charging parameter based at least on the encrypted data set.
Dependencies are inferred from the claim text.