Remote control and tactile feedback system and method for medical apparatus

• US 7,669,598 B2
• Filed: 11/18/2004
• Issued: 03/02/2010
• Est. Priority Date: 08/07/2001
• Status: Expired due to Fees

• Current Assignee: Datex-Ohmeda
• Original Assignee: Datex-Ohmeda Incorporated (General Electric Company)
• Inventors: Rick, Norman A., Tobia, Ronald L.
• Primary Examiner(s): Bianco; Patricia M
• Assistant Examiner(s): PATEL, NIHIR B
• Application Number:
  US10/991,685
• Publication Number:
  US 20050066969A1
• Time in Patent Office: 1,930 Days
• Field of Search: 128/200.14, 128/200.24, 128/203.12, 128/203.14, 128/204.18, 128/205.24, 128/207.14, 128/207.15, 128/207.16, 128/207.17, 128/207.18, 128/204.21, 128/204.22, 128/204.23, 128/204.29, 128/903, 128/904, 128/905, 128/920
• US Class Current: 128/204.21
• CPC Class Codes: A61M 16/024 including calculation means, e.g. using a processor
• CPC Class Codes: A61M 2205/3561 local, e.g. within room or hospital
• CPC Class Codes: A61M 2205/3576 with non implanted data transmission devices, e.g. using external transmitter or receiver
• CPC Class Codes: A61M 2205/505 Touch-screens; Virtual keyboard or keypads; Virtual buttons; Soft keys; Mouse touches
• CPC Class Codes: A61M 2209/01 Remote controllers for specific apparatus
• CPC Class Codes: Y10S 128/903 Radio telemetry
• CPC Class Codes: Y10S 128/904 Telephone telemetry
• CPC Class Codes: Y10S 128/905 Feedback to patient of biological signal other than brain electric signal
• CPC Class Codes: Y10S 128/92 Computer assisted medical diagnostics

Abstract

A system and method are for monitoring control signals provided to a medical apparatus bases upon tactile feedback from the apparatus. The system and method employ a monitoring signal indicative of a parameter relating to the apparatus or to a condition of a patient associated with the apparatus. The system includes a first feedback device in communication with the apparatus and arranged to provide tactile feedback to a first individual based upon the monitoring signal; a first controller actuatable by the first individual to provide a control signal to the apparatus for carrying a control action in the apparatus; a second feedback device in communication with the apparatus and arranged to provide tactile feedback to a second individual based upon the monitoring signal from the apparatus; and a second controller in communication with the first controller such that the control signal given by the first individual to the first controller is reflected in the second controller and communicated to the second individual. The first feedback device, first controller, second feedback device and second controller are in communication with the apparatus such that the first and second individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location.

Claims

1. A system for monitoring control signals provided to a medical apparatus based upon tactile feedback from the apparatus, the system employing a monitoring signal indicative of a parameter relating to the apparatus or to a condition of a patient associated with the apparatus, the system comprising:

a first feedback device in communication with the apparatus and arranged to provide tactile feedback to a first individual based upon the monitoring signal;

a first controller actuatable by the first individual to provide a control signal to the apparatus for carrying out a control action in the apparatus;

the first feedback device and first controller in communication with the apparatus such that the first individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location;

a second feedback device in communication with the apparatus and arranged to provide tactile feedback to a second individual based upon the monitoring signal from the apparatus; and

a second controller in communication with the first controller such that the control signal given by the first individual to the first controller is communicated to the second individual; and

the second feedback device and second controller in communication with the apparatus such that the second individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location;

wherein the second controller is actuatable by the second individual to provide a control signal to the apparatus for carrying out a control action in the apparatus; and

wherein the second controller is in communication with the first controller such that the control signal given by the second individual to the second controller is reflected in the first controller and communicated to the first individual.

2. A system for monitoring control signals provided to a medical apparatus based upon tactile feedback from the apparatus, the system employing a monitoring signal indicative of a parameter relating to the apparatus or to a condition of a patient associated with the apparatus, the system comprising:

a first feedback device in communication with the apparatus and arranged to provide tactile feedback to a first individual based upon the monitoring signal;

a first controller actuatable by the first individual to provide a control signal to the apparatus for carrying out a control action in the apparatus;

the first feedback device and first controller in communication with the apparatus such that the first individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location;

a second feedback device in communication with the apparatus and arranged to provide tactile feedback to a second individual based upon the monitoring signal from the apparatus; and

a second controller in communication with the first controller such that the control signal given by the first individual to the first controller is communicated to the second individual; and

the second feedback device and second controller in communication with the apparatus such that the second individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location;

wherein the first controller is suitable for being placed in the hand of the first individual and wherein the first controller has a trigger member connected to a signal generating element for providing the control signal;

wherein the second controller is suitable for being placed in the hand of the second individual and has a trigger member connected to a signal generating element for providing a control signal to the apparatus; and

wherein movements of the trigger on the first controller cause corresponding movement of the trigger on the second controller.

3. A system for monitoring control signals provided to a medical apparatus based upon tactile feedback from the apparatus, the system employing a monitoring signal indicative of a parameter relating to the apparatus or to a condition of a patient associated with the apparatus, the system comprising:

a first feedback device in communication with the apparatus and arranged to provide tactile feedback to a first individual based upon the monitoring signal;

a first controller actuatable by the first individual to provide a control signal to the apparatus for carrying out a control action in the apparatus;

the first feedback device and first controller in communication with the apparatus such that the first individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location;

a second feedback device in communication with the apparatus and arranged to provide tactile feedback to a second individual based upon the monitoring signal from the apparatus; and

a second controller in communication with the first controller such that the control signal given by the first individual to the first controller is communicated to the second individual;

the second feedback device and second controller in communication with the apparatus such that the second individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location; and

wherein the second controller is actuatable by the second individual to provide a control signal to the apparatus for carrying out a control action in the apparatus; and

further comprising selection control electronics for selecting which one of the first or second controllers to control the apparatus.

4. A system for monitoring control signals provided to a medical apparatus based upon tactile feedback from the apparatus, the system employing a monitoring signal indicative of a parameter relating to the apparatus or to a condition of a patient associated with the apparatus, the system comprising:

a first feedback device in communication with the apparatus and arranged to provide tactile feedback to a first individual based upon the monitoring signal;

a first controller actuatable by the first individual to provide a control signal to the apparatus for carrying out a control action in the apparatus;

the first feedback device and first controller in communication with the apparatus such that the first individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location;

a second feedback device in communication with the apparatus and arranged to provide tactile feedback to a second individual based upon the monitoring signal from the apparatus; and

a second controller in communication with the first controller such that the control signal given by the first individual to the first controller is communicated to the second individual;

the second feedback device and second controller in communication with the apparatus such that the second individual can be distant from the apparatus and patient and move about the apparatus and patient to a desired location;

wherein the control signal given by the first individual to the first controller is communicated to the second individual via tactile feedback.

5. A combined remote control and tactile feedback system and respiratory ventilator, the feedback system employing a signal indicative of a parameter relating to the respiratory ventilator or to a patient associated with the respiratory ventilator and comprising:

a first member allowing a first user to move about the respiratory ventilator or patient while controlling the respiratory ventilator and receiving a tactile feedback of a parameter, said first member comprising;

a first control device actuatable by the first user to provide a control signal for carrying out a control action in the respiratory ventilator;

a first feedback device suitable for being placed in contact with a selected body portion of the first user for generating a tactile sensation that can be experienced by the first user; and

a first communication link placing the first control device and the first feedback device in communication with the respiratory ventilator in a manner that allows the first user to move about the respiratory ventilator and patient and to be at a distance from the respiratory ventilator, said first communication link communicating the control signal to the respiratory ventilator to control the respiratory ventilator, said communication link communicating the signal indicative of the parameter to said first feedback device,

said first feedback device employing said parameter signal to generate a tactile sensation to the body of the first user corresponding to the parameter;

a second member providing a tactile feedback of the parameter to a second user remote from the respiratory ventilator, said second member comprising;

a second feedback device suitable for being placed in contact with a selected body portion of the second user for generating a tactile sensation that can be experienced by the second user; and

a second communication link placing the second feedback device in communication with the respiratory ventilator in a manner that allows the second user, when in contact with said second feedback device, to be distant from the respiratory ventilator and to move about the respiratory ventilator and patient to a desired location, said second communication link communicating the signal indicative of the parameter to said second feedback device,

said second feedback device employing said parameter signal to generate a tactile sensation to the body of the second user corresponding to the parameter,

wherein the arrangement is such that the second user is able to experience the tactile feedback resulting from the operation of the respiratory ventilator by the first user.

6. The combined system and respiratory ventilator of claim 5, wherein the arrangement is such that the second user can monitor the first user'"'"'s actions.

7. The combined system and respiratory ventilator of claim 5, wherein at least one of said first and second feedback devices includes an actuator for generating a force on the selected body portion of the user, said actuator comprising one of an electrical and a fluid operated actuator.

8. The combined system and respiratory ventilator of claim 5 for controlling the flow of breathing gases to a patient wherein said first control device is further defined as including means to carry out a control action of providing a breathing gas flow magnitude to the patient that is proportional to a rate of change of a variable magnitude control member signal.

9. The combined system and respiratory ventilator of claim 5, wherein said first control device includes a displaceable, signal generating element for providing the signal.

10. The combined system and respiratory ventilator of claim 9, wherein said first control device is suitable for being placed in the hand of an operator and has a trigger member connected to a signal generating element for providing the signal.

11. The combined system and respiratory ventilator of claim 5, wherein said first control device and said first feedback device comprise a common element, said common element optionally being further defined as suitable for being placed in contact with the hand of the user and including a trigger for being placed in contact with the fingers of the first user, said first feedback device including an actuator for said trigger operable by said parameter signal.

12. The combined system and respiratory ventilator of claim 5, further including a display for displaying information for a user.

13. The combined system and respiratory ventilator of claim 5, wherein said first communication link and said second communication link each comprise a cable or a telemetry link.

14. The combined system and respiratory ventilator of claim 5 for controlling the flow or pressure of breathing gases to a patient and wherein said first control device is further defined as providing a breathing gas flow control signal or a breathing gas pressure control signal.

15. The combined system and respiratory ventilator of claim 5, wherein said system generates a tactile sensation of a parameter comprising one of patient airway pressure, patient breathing gas flow, patient tidal volume, patient pulse rate, patient blood pressure, and patient arterial blood oxygen saturation.

16. The combined system and respiratory ventilator of claim 5, wherein said communication means communicates a plurality of signals indicative of parameters to said first and second feedback devices and wherein said feedback generates tactile sensations to the bodies of the first and second users incorporating a plurality of parameter signals.

17. A combined remote control and tactile feedback system and respiratory ventilator, the feedback system employing a signal indicative of a parameter relating to the respiratory ventilator or to a patient associated with the respiratory ventilator and comprising:

a first member allowing a first user to move about the respiratory ventilator or patient while controlling the respiratory ventilator and receiving a tactile feedback of a parameter, said first member comprising;

a first control device actuatable by the first user to provide a control signal for carrying out a control action in the respiratory ventilator;

a first feedback device suitable for being placed in contact with a selected body portion of the first user for generating a tactile sensation that can be experienced by the first user; and

a first communication link placing the first control device and the first feedback device in communication with the respiratory ventilator in a manner that allows the first user to move about the respiratory ventilator and patient and to be at a distance from the respiratory ventilator, said first communication link communicating the control signal to the respiratory ventilator to control the respiratory ventilator, said communication link communicating the signal indicative of the parameter to said first feedback device,

said first feedback device employing said parameter signal to generate a tactile sensation to the body of the first user corresponding to the parameter;

a second member providing a tactile feedback of the parameter to a second user remote from the respiratory ventilator, said second member comprising;

a second feedback device suitable for being placed in contact with a selected body portion of the second user for generating a tactile sensation that can be experienced by the second user;

a second communication link placing the second feedback device in communication with the respiratory ventilator in a manner that allows the second user, when in contact with said second feedback device, to be distant from the respiratory ventilator and to move about the respiratory ventilator and patient to a desired location, said second communication link communicating the signal indicative of the parameter to said second feedback device, said second feedback device employing said parameter signal to generate a tactile sensation to the body of the second user corresponding to the parameter; and

means in said respiratory ventilator for adjusting the sensitivity between the control signal and the resulting control action in the respiratory ventilator or between the parameter signal and the resulting tactile signal generation.

18. The combined system and respiratory ventilator of claim 17, wherein at least one of said signals has a magnitude range and wherein said adjusting means alters the sensitivity over the magnitude range of the signal.

19. A combined remote control and tactile feedback system and respiratory ventilator, the feedback system employing a signal indicative of a parameter relating to the respiratory ventilator or to a patient associated with the respiratory ventilator and comprising:

a first member allowing a first user to move about the respiratory ventilator or patient while controlling the respiratory ventilator and receiving a tactile feedback of a parameter, said first member comprising;

a first control device actuatable by the first user to provide a control signal for carrying out a control action in the respiratory ventilator;

a first feedback device suitable for being placed in contact with a selected body portion of the first user for generating a tactile sensation that can be experienced by the first user; and

a first communication link placing the first control device and the first feedback device in communication with the respiratory ventilator in a manner that allows the first user to move about the respiratory ventilator and patient and to be at a distance from the respiratory ventilator, said first communication link communicating the control signal to the respiratory ventilator to control the respiratory ventilator, said communication link communicating the signal indicative of the parameter to said first feedback device,

said first feedback device employing said parameter signal to generate a tactile sensation to the body of the first user corresponding to the parameter;

a second member providing a tactile feedback of the parameter to a second user remote from the respiratory ventilator, said second member comprising;

a second feedback device suitable for being placed in contact with a selected body portion of the second user for generating a tactile sensation that can be experienced by the second user; and

a second communication link placing the second feedback device in communication with the respiratory ventilator in a manner that allows the second user, when in contact with said second feedback device, to be distant from the respiratory ventilator and to move about the respiratory ventilator and patient to a desired location, said second communication link communicating the signal indicative of the parameter to said second feedback device,

said second feedback device employing said parameter signal to generate a tactile sensation to the body of the second user corresponding to the parameter,

means in communication with said first communication link for establishing desired properties of linearity-non linearity between the control signal and the resulting control action in the ventilator or between the parameter signal and the resulting tactile sensation generation.

20. The combined system and respiratory ventilator of claim 19, wherein at least one of said signals has a magnitude range and wherein said linearity-non linearity establishing means alters the linearity-non linearity properties over the magnitude range of the signal.