Infusion pump with touchless user interface and related methods

Patent metadata

Field	Value
Publication number	US-2016228633-A1
Application number	US-201415025054-A
Country	US
Kind code	A1
Filing date	Aug 19, 2014
Priority date	Sep 27, 2013
Publication date	Aug 11, 2016
Grant date	—

Abstract

Embodiments include an infusion pump providing safe and reliable touchless control. The infusion pump includes a pump housing, a pumping mechanism coupled to the pump housing that selectively delivers medicament to a patient, a pump control system including a processor and a memory programmable to control operation of the pumping mechanism, and a touchless control module for relaying commands to the pump control system. The touchless control module includes a first touchless user interface configured to receive a touchless programming command for the infusion pump from a user and a second touchless user interface configured to confirm the touchless programming command by receipt of a touchless confirmation command from the user.

First claim

1 . An infusion pump providing safe and reliable touchless control, comprising:
a pump housing; a pumping mechanism coupled to the pump housing that selectively delivers medicament to a patient; a pump control system including a processor and a memory programmable to control operation of the pumping mechanism; and a touchless control module for relaying commands to the pump control system including:
a first touchless user interface configured to receive a touchless programming command for the infusion pump from a user; and
a second touchless user interface configured to confirm the touchless programming command by receipt of a touchless confirmation command from the user.

2 . The infusion pump of claim 1 , wherein the first touchless user interface receives gesture-based touchless programming commands.

3 . The infusion pump of claim 2 , wherein the first touchless user interface includes at least one camera.

4 . The infusion pump of claim 2 , wherein the first touchless user interface includes an electric field sensor.

5 . The infusion pump of claim 2 , wherein the first touchless user interface includes a capacitance sensor.

6 . The infusion pump of claim 2 , wherein the gesture-based touchless programming commands are based on facial recognition and facial movements.

7 . The infusion pump of claim 2 , wherein the gesture-based touchless programming commands are based on finger and hand movement recognition.

8 . The infusion pump of claim 2 , wherein the second touchless user interface receives voice-based touchless confirmation commands.

9 . The infusion pump of claim 2 , wherein the second touchless user interface receives gesture-based touchless confirmation commands.

10 . The infusion pump of claim 1 , wherein the first touchless user interface receives touchless programming commands using optical character recognition and the second touchless user interface receives a touchless confirmation command by label recognition.

11 . The infusion pump of claim 1 , wherein the infusion pump includes touchless biometric user identity authentication.

12 . The infusion pump of claim 1 , wherein the infusion pump includes touchless biometric patient identity authentication.

13 . The infusion pump of claim 11 , wherein the touchless biometric user identity authentication utilizes one of: retinal scanning; facial recognition; voice recognition; voice passcode; touchless fingerprint recognition; and gesture user-specific passcode.

14 . The infusion pump of claim 12 , wherein the touchless biometric patient identity authentication utilizes one of: retinal scanning; facial recognition; voice recognition: voice passcode; touchless fingerprint recognition; and gestured user-specific passcode.

15 . The infusion pump of claim 1 , wherein the first touchless user interface is responsive to a voice-based PCA dose request of the patient.

16 . An infusion pump providing safe and reliable touchless control, comprising:
voice-based touchless user interface that receives voice commands requesting one or more modifications of operating parameters of the infusion pump; and a gesture-based touchless user interface that receives user confirmation of the one or more modifications of operating parameters of the infusion pump.

17 . The infusion pump of claim 16 , wherein the gesture based touchless user interface includes a camera.

18 . The infusion pump of claim 16 , wherein the gesture-based touchless user interface includes an electric field sensor.

19 . A method of safely and reliably controlling an infusion pump in a touchless manner, comprising:
programming an infusion pump with one or more commands using a first type of touchless input in response to one or more touchless, gesture-based movements received by a touchless sensing module in the infusion pump; and verifying the one or more commands with a second type of touchless input received by the touchless sensing module in the infusion pump.

20 . The method of claim 19 , wherein the second type of touchless input includes voice-based commands.

21 . The method of claim 19 , wherein the one or more touchless, gesture-based movements are recognized by a camera-based recognition device of the touchless sensing module.

22 . An infusion pump providing safe and reliable control, comprising:
a pump housing; a pumping mechanism coupled to the pump housing that selectively delivers medicament to a patient; a pump control system including a processor and a memory programmable to control operation of the pumping mechanism; and an authentication system of the infusion pump, comprising:
user interface associated with the infusion pump having an input mechanism that recognizes and logs at least one user identifier associated with is user of the infusion pump; and
an authentication module that authorizes the user to control the infusion pump upon recognition of the at least one use identifier as being associated with an authorized user of the infusion pump.

23 . The infusion pump of claim 22 , wherein the authentication system includes a five rights verification means.

24 . The infusion pump of claim 23 , wherein the input mechanism is a touch screen.

25 . The infusion pump of claim 24 , wherein the at least one user identifier includes a user signature.

26 . The infusion pump of claim 23 , wherein the user interface is touchless.

27 . The infusion pump of claim 26 , wherein the at least one user identifier includes a user authorization gesture.

28 . A method of safely and reliably controlling an infusion pump, comprising:
authenticating an authorized user of an infusion pump, including:
requesting a user identifier comprising information from a potential user;
determining whether the potential user meets requirements of authorized users of the infusion pump based upon the user identifier received in response to the requesting;
receiving a programming of a delivery of medicament to a patient via the infusion pump from the authorized user; authenticating the programming of the delivery of medicament to the patient via the infusion pump, including:
requesting confirmation of the patient programmed to receive medicament from the infusion pump;
requesting confirmation of the medicament, including medicaments programmed to be delivered by the infusion pump:
requesting confirmation of a dose programmed to be delivered by the infusion pump;
requesting confirmation of a route of programmed delivery of the infusion pump;
requesting confirmation of a time of programmed medicament delivery by the infusion pump; and
determining whether the programming of the delivery of medicament is authorized based on responses of the authorized user to requested confirmations.

29 . The method of claim 28 wherein the user identifier is received via a touchless user interface.

30 . The method of claim 28 wherein the user identifier is a user signature.

31 . An infusion pump providing safe and reliable touchless control, comprising:
a pump housing; a pumping mechanism coupled to the pump housing that selectively delivers medicament to a patient; a pump control system including a processor and a memory programmable to control operation of the pumping mechanism; and a touchless control module for relaying commands to the pu

Assignees

• Smiths Medical Asd Inc

Inventors

• Welsch Michael D
• Lacy Christopher Allen
• Zalesky Larry R
• Adams Grant A
• Ruby Michael
• Wilkowske Eric
• Drost Jim
• Quinn Chris

Classifications

• A61M5/14228

  with linear peristaltic action, i.e. comprising at least three pressurising members or a helical member · CPC title

• A61M2205/3375

  Acoustical, e.g. ultrasonic, measuring means · CPC title

• A61M5/142 Primary

  Pressure infusion, e.g. using pumps · CPC title

• A61M2205/3306

  Optical measuring means · CPC title

• A61M2205/3317

  Electromagnetic, inductive or dielectric measuring means · CPC title