Interactive programmer for biomedical implantable devices

• US 4,432,360 A
• Filed: 07/06/1981
• Issued: 02/21/1984
• Est. Priority Date: 07/06/1981
• Status: Expired due to Term

• Current Assignee: Pacesetter Incorporated (Abbott Laboratories Incorporated)
• Original Assignee: Cordis Corporation (Cardinal Health, Inc.)
• Inventors: Schroeppel, Edward A., Sasmor, Louis, Mumford, Van E.
• Primary Examiner(s): Kamm, William E.
• Application Number:
  US06/281,011
• Time in Patent Office: 960 Days
• Field of Search: 128/419 PG, 128/419 DT
• US Class Current: 607/30
• CPC Class Codes: A61N 1/37247 User interfaces, e.g. input or presentation means

Abstract

A computer-controlled programmer having a user-interactive display is designed to control the parameters of a wide variety of implantable devices with different programming requirements. During programming, screen messages prompt the user to perform required actions by pressing lighted targets on the display screen. The programmer includes a console and a lightweight cable connected programming head. When the console is turned on, a self test routine automatically tests the programmer'"'"'s batteries, memory banks and communications systems. For the communications test, the programmer employs a self-contained telemetry system which mimics the response of an implant. With certain implants, the programmer automatically changes programming options in response to information received from an implant as well as in response to selection of certain modes and lead configurations. The programmer software is designed to limit access to certain values and parameters which require the attendance of an authorized physician. Access to these non-routine programming functions is provided via a combination lock on the console. With implants having data telemetry, the programmer software is designed to confirm programming by comparing a stored replica of the originally transmitted programming data to an automatic echo of the programming data received by the implant.

Claims

1. An interactive programmer console for programming implantable biomedical devices by enabling the operator to select among a number of parameter options including parameters and parameter values and then executing the reprogramming of the implant in accordance with the selected parameter options, comprising

a display screen,

a transparent switch matrix sheet covering said screen and having a plurality of transparent touch sensitive switch locations of undefined functionality distributed over the surface of the screen,

means for displaying on said screen a selectable set of parameter options by simultaneously generating a plurality of parameter option messages on the screen with juxtaposed targets over corresponding arbitrary switch locations so as to define the functionality of the corresponding set of switch locations,

means responsive to operator actuation of any switch location for ignoring such actuation unless a target is present at such location,

means responsive to operator actuation of a switch location at a target on said screen for registering the selected parameter option indicated by the juxtaposed message on the screen,

memory means for addressably storing and retrieving parameter data, and

means responsive to an operator command for encoding and transmitting parameter data from said memory means corresponding to at least one parameter option selected by actuation of the temporarily corresponding switch, in a form capable of being received and decoded by said implant for executing the reprogramming of said implant in accordance with the selected parameter option,

whereby individual switch locations in said switch matrix can be redefined under control of the screen to designate different functions to accommodate different sets of programmable options.

2. The console of claim 1, further comprising

means for displaying on said screen a plurality of implant identification codes and for indicating a correspondence between said switch locations and said implant identification codes, and

means responsive to operator actuation of said switch matrix means at a selected one of said switch locations for obtaining from memory all parameter data options associated with the selected implant.

3. The console of claim 2, further comprising means responsive to an operator command for displaying on said screen a set of programmable parameters for the selected implant and indicating a correspondence between a certain ones of said switch locations and said parameters, and

means responsive to operator actuation of said switch matrix means at one of said switch locations for displaying on said screen the optional values for the selected parameter and indicating a correspondence between a certain ones of said switch locations and said values.

4. The console of claim 3, further comprising

means for indicating while displaying the optional values for said selected parameter the present value to which said parameter is programmed in the implant.

5. The console of claim 1, further comprising

logic means for determining inconsistent choices among parameter values for a given implant and for responding to operator actuation of said switch matrix at a selected location which would result in an inconsistent parameter choice by disallowing the obtaining of the inconsistent parameter data from said memory means and for displaying an explanation on said screen.

6. The console of claim 1, further comprising

means responsive to operator selection of an implant with telemetry for interrogating the implant via telemetry to ascertain its present parameter values,

means for storing and displaying on said screen said present parameter values, and

means for inhibiting selection of parameter data by the operator which conflicts with the present stored parameter data.

7. The console of claim 1, further comprising

coded access switch means assuming one or the other state in response to the setting of a predetermined coded value by the operator, and

means for limiting access to certain parameter data in said memory means in accordance with said coded access switch means state.

8. The console of claim 1, further comprising

means for identifying on said screen the switch location for a set of standard values of parameters,

said memory means containing an addressable set of standard parameter values,

means responsive to actuation of said switch matrix at the switch location identified for standard values for obtaining said standard value set from said memory means and executing reprogramming in accordance therewith.

9. The console of claim 8, further comprising

said memory means having means for storing at least two mutually exclusively addressable sets of standard parameter values for different respective generic types of implants,

means responsive to operator selection of the generic type of implant for limiting the addressability of the standard values in said memory means to the corresponding set.

10. The console of claim 8, further comprising

a movable programming head containing a programming transducer system coupled with the remainder of said programming console and having an auxiliary standard switch,

said means for obtaining said standard values from said memory means being further responsive to actuation of said standard switch on said programming head.

11. The console of claim 1, wherein said display is a two-dimensional, multiple line, alpha numeric character display and said switch matrix means switch locations having outputs corresponding to respective rows and columns of said switch matrix.

12. The console of claim 1, further comprising

lockout means for omitting the target from an otherwise available parameter option in accordance with a predetermined condition,

whereby a conflicting parameter option can be rendered impermissible via the screen so as to ignore the actuation of the corresponding switch.

13. An interactive programmer console for programming implantable biomedical devices having telemetry systems by enabling the operator to select among a number of programming choices and then executing the reprogramming of the implant in accordance with the selected parameter data, comprising

memory means for addressably storing and retrieving parameter data,

operator interface means for specifying desired parameter data,

means responsive to said operator interface means for obtaining corresponding data from said memory means,

means responsive to an operator command for encoding and transmitting said parameter data in a form capable of being received and decoded by said implant for executing the reprogramming of said implant to the desired parameters and values,

means for receiving telemetry data from said implant indicative of the parameter data presently controlling the implant,

means in said console for automatically testing both the transmitting and telemetry receiving means in a two-way communications sequence,

a tabletop console and a movable handheld programming head containing said transmitting means and said telemetry receiving means and electrically coupled to said console, said console having a programming head cradle, and

a self test module mounted in said console adjacent to said cradle for performing two-way communication with said programming head.

14. The console of claim 13, wherein said self test module includes means for receiving data transmitted from said programming head transmitting means, means for storing said received data and means for retransmitting said stored received data in a form receivable and decodable by said telemetry receiving means of said programming head.

15. The console of claim 14, wherein said programming head transmitting means includes means for transmitting in a first medium and means for transmitting in a second medium, said self test module receiving means including means for receiving transmission in said first medium and means for receiving transmission in said second medium.

16. The console of claim 15, further comprising

means for causing said programming head to transmit a test signal to said self test module in said first transmission medium followed by transmission of a test signal to said self test module in said second medium.