EKG recording accessory system (EKG RAS)

• US 20050113661A1
• Filed: 08/04/2004
• Published: 05/26/2005
• Est. Priority Date: 11/21/2003
• Status: Abandoned Application

• Current Assignee: Alireza Nazeri, Iraj Nazeri
• Original Assignee: Alireza Nazeri, Iraj Nazeri
• Inventors: Nazeri, Iraj, Nazeri, Alireza
• Application Number:
  US10/911,995
• Publication Number:
  US 20050113661A1
• Time in Patent Office: Days
• US Class Current: 600/386
• CPC Class Codes: A61B 5/0006 ECG or EEG signals
• CPC Class Codes: A61B 5/02055 Simultaneously evaluating both cardiovascular condition and temperature
• CPC Class Codes: A61B 5/061 Determining position of a probe within the body employing means separate from the probe, e.g. sensing internal probe position employing impedance electrodes on the surface of the body A61B1/00158 takes precedence
• CPC Class Codes: A61B 5/282 Holders for multiple electrodes for introduction into the body A61B5/287
• CPC Class Codes: A61B 5/411 Detecting or monitoring allergy or intolerance reactions to an allergenic agent or substance

Abstract

The invention is a precordial pad for positioning EKG electrodes on a patient for anatomically correct and repeatable placement. Data can be transmitted from the EKG pad of the invention by wire or wireless means. The pad includes a sizing aid and a positioning device. The invention is also a system for obtaining and sending EKG data.

Claims

1. A disposable EKG precordial pad comprising:

a pad body for conductive attachment to a patient'"'"'s torso, with a first and a second surface, with a plurality of electrodes for contact with a patient, and with an adhesive surface on said body surface for contact with said patient'"'"'s skin; and

a positioning device for use with a patient for orienting and positioning said pad body for correct positioning on said patient, said positioning device utilizing an upper anatomical feature located on the patient'"'"'s mid line, and a lower anatomical feature located on the patient'"'"'s mid line, in order to achieve correct placement of the pad body along two axes.

2. The disposable EKG precordial pad of claim 1, which further includes electrodes that are embedded in said pad body but which extend from said pad body before application for electrical connection to the patient'"'"'s torso.

3. The disposable EKG precordial pad of claim 2, which further includes a data-transmitting module for sending a plurality of signals from said embedded electrodes to an EKG machine.

4. The disposable EKG precordial pad of claim 1 which further includes a temperature sensor for sensing the temperature of said patient'"'"'s skin, and for sending temperature information to said EKG machine.

5. The precordial pad of claim 1 in which the data-transmitting module is a wireless transmitter.

6. The precordial pad of claim 1 in which the data-transmitting module is a wire cable with individual wires.

7. The disposable EKG precordial pad of claim 1 in which said plurality of electrodes includes one or more micro-transmitters for sending a signal from said electrode.

8. The disposable EKG precordial pad of claim 1 which further includes a circuit layer which is located between said first and said second layer, and which includes electronic connections between said electrodes and said data transmitting module.

9. The disposable EKG precordial pad of claim 8 in which said circuit layer is comprised of an insulating sheet on which is placed electrical connections in the form of conductive pathways.

10. The disposable EKG precordial pad of claim 9 in which said conductive pathways are metallic ink circuitry.

11. The precordial pad of claim 1 which includes an adhesive cover that is removable for exposing said adhesive surface before use.

12. The precordial pad of claim 1 in which said electrodes include an electrode extension device for causing said electrodes to extend beyond said adhesive surface when said adhesive cover is removed.

13. The precordial pad of claim 12 in which said electrode extension device is a biased member mounted between said electrode and said pad, which is held in biased position by said adhesive cover, and which moves said electrode away from said pad when said adhesive cover is removed.

14. The precordial pad of claim 12 in which said electrode extension device is a spring.

15. The precordial pad of claim 12 in which said electrode extension device member is a foam structure.

16. The precordial pad of claim 1 in which said electrode is packaged under said adhesive cover with a layer of transmitting gel so that when said adhesive cover is removed, said transmitting get and said embedded electrodes are configured to be exposed.

17. The precordial pad of claim 1 in which said thermometer sensor is a low reading thermometer sensor.

18. The precordial pad of claim 1 that further comprises six precordial electrodes in a predetermined geometry.

19. The precordial pad of claim 18, which further includes connection points for attachment of limb electrodes.

20. The precordial pad of claim 19, which further includes connection points for attachment of four limb electrodes at the user'"'"'s discretion.

21. The precordial pad of claim 1 that further comprises six torso electrodes and four limb electrodes built into a single precordial pad.

22. The precordial pad of claim 18, which further includes two additional electrodes for right heart monitoring.

23. The precordial pad of claim 1 in which said embedded electrodes each have a micro-transmitter for wireless transmission of a signal to said data transmitting module.

24. The precordial pad of claim 1 in which said signal export module further includes a temperature display for indicating the patient'"'"'s body temperature.

25. The precordial pad of claim 1 in which the signal export module is a wireless transmitter.

26. The precordial pad of claim 1 in which the data-transmitting module is a wire harness for connection to an EKG machine.

27. The precordial pad of claim 1 that further includes a low temperature window for displaying patient temperature information.

28. The precordial pad of claim 1 in which said pad further includes capability to connect to non-EKG devices including defibrillators, real time heart monitors and external pacemakers.

29. An EKG recording accessory system, which comprises:

a selection of disposable precordial pads in different sizes, said precordial pads with a plurality of electrodes and with attached positioning devices for use in accurately positioning said pad;

a universal adaptor/receiver which is compatible for connection to all EKG recording and monitoring machines, for receiving data from said electrodes and transferring data to an EKG machine and said precordial pad;

with said positioning device utilizing an upper anatomical feature located on the patient'"'"'s mid line, and a lower anatomical feature located on the patient'"'"'s mid line, in order to achieve correct placement of the pad body along two axes.

30. The EKG recording system of claim 29 in which said universal adaptor/receiver further includes capability to connect to non-EKG devices including defibrillators, real time heart monitors and external pacemakers.

31. The EKG recording accessory system of claim 29 in which said precordial pads of said system further include a temperature sensor in a pad body for measuring said patient'"'"'s skin temperature.

32. The EKG recording accessory system of claim 29, in which said universal adaptor/receiver of said system further includes a temperature reading window.

33. The EKG recording accessory system of claim 29 in which said universal adaptor/receiver of said system further includes a switch to select between wireless and hardwired operation.

34. The EKG recording accessory system of claim 29 in which said disposable precordial pads of said system comprise:

a pad body for conductive attachment to a patient'"'"'s torso with a first and a second surface, with an adhesive surface on said body surface for contact with said patient'"'"'s skin;

a plurality of embedded electrodes in said pad body which extends from said pad body for electrical connection to the patient'"'"'s torso;

a data-transmitting module for sending a plurality of signals from said embedded electrodes to an EKG machine; and

a temperature sensor for sensing the temperature of said patient'"'"'s skin, and for sending temperature information to said EKG machine.

35. The EKG recording accessory system of claim 34 in which said data transmitting module is a wireless transmitter.

36. The EKG recording accessory system of claim 34 in which said data transmitting module is a wire cable with individual wires.

37. The EKG recording accessory system of claim 34 in which said plurality of electrodes includes one or more micro-transmitters for sending a signal from said electrode.

38. The EKG recording accessory system of claim 34 in which said disposable precordial pad further includes a circuit layer which is located between said first and said second layer, and which includes electronic connections between said electrodes and said data transmitting module.

39. The EKG recording accessory system of claim 38 in which said circuit layer is comprised of an insulating sheet on which is placed electrical connections in the form of conductive pathways.

40. The EKG recording accessory system of claim 39 in which said conductive pathways are in the form of metallic ink circuitry.

41. The EKG recording accessory system of claim 34 in which said disposable precordial pads of the system further include an adhesive cover, which is removable for exposing said adhesive surface before use.

42. The EKG recording accessory system of claim 41 in which said embedded electrodes of said disposable precordial pads of the system include an electrode extension device for causing said electrodes to extend beyond said adhesive surface when said adhesive cover is removed.

43. The precordial pad of claim 42 in which said electrode extension device is a biased member mounted between said embedded electrode and said pad, which is held in biased position by said adhesive cover, and which moves said electrode away from said pad when said adhesive cover is removed.

44. The EKG recording accessory system of claim 43 in which said electrode extension device is a spring or spring like device.

45. The EKG recording accessory system of claim 44 in which said electrode extension device member is a foam structure.

46. The EKG recording accessory system of claim 43 in which said embedded electrode is packaged under said adhesive cover with a layer of transmitting gel in which said transmitting gel and said embedded electrodes are exposed when said adhesive cover is removed.

47. The EKG recording accessory system of claim 34 in which said disposable precordial pads of the system further includes six embedded electrodes in a predetermined geometry.

48. The EKG recording accessory system of claim 47 in which said disposable precordial pads of the system further includes four connection points for attachment of limb electrodes.

49. The EKG recording accessory system of claim 48 in which said disposable precordial pads of the system further includes two right heart electrodes.

50. The EKG recording accessory system of claim 34 in which said embedded electrodes in said disposable precordial pads of the system each have a micro-transmitter for wireless transmission of a signal to said data transmitting module.

51. The EKG recording accessory system of claim 34 in which said universal adaptor/receiver for an EKG recording and monitoring system further comprises an EKG machine interface, to which wire leads from any brand of EKG may be attached, and a precordial pad interface to which a single multi strand cable from said disposable precordial pads of the system may be attached.

52. The EKG recording accessory system of claim 51 in which said universal adaptor/receiver further comprises a receiver for receiving data from the micro-transmitter and transferring said data to the EKG recorder.

53. The EKG recording accessory system of claim 34 in which said universal adaptor/receiver further comprises a display to indicate body temperature.

54. The EKG recording accessory system of claim 34, in which said universal adaptor/receiver further includes a selection means to select between wired or wireless reception of signals.

55. The EKG recording accessory system of claim 34 in which said universal adaptor/receiver further includes an EKG machine selector function by which a specific EKG machine may be selected for interface with said data from said disposable precordial pads.

56. A disposable EKG precordial pad comprising:

a pad body for conductive attachment to a patient'"'"'s torso, with a first and a second surface, with a plurality of electrodes for contact with a patient, and with an adhesive surface on said body surface for contact with said patient'"'"'s skin; and

a positioning device for use with a patient for orienting and positioning said pad body for correct positioning on said patient, in which said positioning device comprises an anatomy feature positioner for determining a horizontal position of said pad body, and a medial positioner for determining a vertical orientation of said pad body.

57. The disposable EKG precordial pad of claim 56 in which said anatomy feature positioner comprises a notch consistent with a supra sternal notch of a patient, and which is designed to be placed on the edge of said supra sternal notch.

58. The disposable EKG precordial pad of claim 57, which further includes a pair of sternal clavicular nodes for placement over the sternal clavicular joints of the patient.

59. The disposable EKG precordial pad of claim 56, which further includes an umbilicus extension as said medial positioner to allow placement of said precordial pad in line with a patient'"'"'s umbilicus, for use in placement of said precordial pad for correct vertical orientation.

63. The disposable EKG precordial pad of claim 56, in which said pad body includes four limbs leads, in addition to EKG pads, and said pad body defines a left arc and a right arc sized to allow the EKG pad of the invention to be positioned between the breast of a female patient, with said left arc adjacent said patient'"'"'s left breast, and said right arc adjacent said patient'"'"'s right breast.

64. The disposable EKG precordial pad of claim 56, in which said pad body includes four limbs leads in addition to EKG pads, and said pad body defines a left arc and a right arc sized to allow the EKG pad of the invention to be positioned between the breast of a female patient, with said left arc adjacent said patient'"'"'s left breast, and said right arc adjacent said patient'"'"'s right breast;

a positioning device for use with a patient for orienting and positioning said pad body for correct positioning on said patient in which said positioning device defines a notch consistent with a supra sternal notch of a patient, and which is designed to be placed on the edge of said supra sternal notch;

a pair of sternal clavicular nodes, for placement over the sternal clavicular joints of the patient; and

an umbilicus extension for placement in line with a patient'"'"'s umbilicus, for use in placement of said precordial pad.

65. The disposable EKG precordial pad of claim 56, in which said pad body includes a plurality of EKG electrodes on flexible stalks extending from said pad body, which allow said electrodes to be placed on a portion of a female patient'"'"'s breast, while said pad body is placed on said patient'"'"'s chest wall.

66. The disposable EKG precordial pad of claim 56, in which said pad body includes a plurality of EKG electrodes on flexible stalks extending from said pad body, which allow said electrodes to be placed on a portion of a female patient'"'"'s breast while said pad body is placed on a patient'"'"'s chest wall;

four limbs leads, in addition to EKG pads;

in which said pad body defines a left arc and a right arc sized to allow the EKG pad of the invention to be positioned between the breast of a female patient, with said left arc adjacent said patient'"'"'s left breast, and said right arc adjacent said patient'"'"'s right breast.

60. A disposable EKG precordial pad comprising:

a pad body for conductive attachment to a patient'"'"'s torso with a first and a second surface, with a plurality of electrodes for contact with a patient, and with an adhesive surface on said body surface for contact with said patient'"'"'s skin;

a positioning device for use with a patient for orienting and positioning said pad body for correct positioning on said patient, in which said positioning device defines a notch consistent with a supra sternal notch of a patient, and which is designed to be placed on the edge of said supra sternal notch;

a pair of sternal clavicular nodes, for placement over the sternal clavicular joints of the patient; and

an umbilicus extension for placement in line with a patient'"'"'s umbilicus for use in placement of said precordial pad.

61. The disposable EKG precordial pad of claim 60, which further includes a sizing strategy that comprises using a selection of different size pads for different sizes of patients.

62. The disposable EKG precordial pad of claim 61 in which said sizing strategy is based on chest girth of a patient.

67. A disposable EKG precordial pad comprising:

a pad body for conductive attachment to a patient'"'"'s torso with a first and a second surface, with a plurality of electrodes for contact with a patient, and with an adhesive surface on said body surface for contact with said patient'"'"'s skin;

a positioning device for use with a patient for orienting and positioning said pad body for correct positioning on said patient in which said positioning device defines a notch consistent with a supra sternal notch of a patient, and which is designed to be placed on the edge of said supra sternal notch;

a pair of sternal clavicular nodes for placement over the sternal clavicular joints of the patient;

an umbilicus extension for placement in line with a patient'"'"'s umbilicus for use in placement of said precordial pad;

a plurality of EKG electrodes on flexible stalks extending from said pad body, which allow said electrodes to be placed on a portion of a female patient'"'"'s breast while said pad body is placed on a patient'"'"'s chest wall;

four limbs leads, in addition to EKG pads;

in which said pad body defines a left arc and a right arc, sized to allow the EKG pad of the invention to be positioned between the breast of a female patient, with said left arc adjacent said patient'"'"'s left breast, and said right arc adjacent said patient'"'"'s right breast,

a pad body for conductive attachment to a patient'"'"'s torso with a first and a second surface, with a plurality of electrodes for contact with a patient, and with an adhesive surface on said body surface for contact with said patient'"'"'s skin; and

a positioning device for use with a patient for orienting and positioning said pad body for correct positioning on said patient in which said positioning device defines a notch consistent with a supra sternal notch of a patient, and which is designed to be placed on the edge of said supra sternal notch.

68. The disposable EKG precordial pad of claim 67, which further includes a pair of sternal clavicular nodes for placement over the sternal clavicular joints of the patient.

69. The disposable EKG precordial pad of claim 67, which further includes an extension for placement in line with a patient'"'"'s umbilicus, for use in placement of said precordial pad.

70. The disposable EKG precordial pad of claim 67, which further includes electrodes that are embedded in said pad body but which extend from said pad body before application for electrical connection to the patient'"'"'s torso.

71. The disposable EKG precordial pad of claim 67, which further includes a data transmitting module for sending a plurality of signals from said embedded electrodes to an EKG machine.

72. The disposable EKG precordial pad of claim 67 which further includes a temperature sensor for sensing the temperature of said patient'"'"'s skin, and for sending temperature information to said EKG machine.

73. The precordial pad of claim 67 in which the data-transmitting module is a wireless transmitter.

74. The precordial pad of claim 67 in which the data-transmitting module is a wire cable with individual wires.

75. The disposable EKG precordial pad of claim 67 in which said plurality of electrodes includes one or more micro-transmitters for sending a signal from said electrode.

76. The disposable EKG precordial pad of claim 67 which further includes a circuit layer which is located between said first and said second layer, and which includes electronic connections between said electrodes and said data transmitting module.

77. The disposable EKG precordial pad of claim 76 in which said circuit layer is comprised of an insulating sheet on which is placed electrical connections in the form of conductive pathways.

78. The disposable EKG precordial pad of claim 77 in which said conductive pathways are metallic ink circuitry.

79. The precordial pad of claim 67, which includes an adhesive cover, which is removable for exposing said adhesive surface before use.

80. The precordial pad of claim 67 in which said electrodes include an electrode extension device for causing said electrodes to extend beyond said adhesive surface when said adhesive cover is removed.

81. The precordial pad of claim 80 in which said electrode extension device is a biased member mounted between said electrode and said pad, which is held in biased position by said adhesive cover, and which moves said electrode away from said pad when said adhesive cover is removed.

82. The precordial pad of claim 80 in which said electrode extension device is a spring.

83. The precordial pad of claim 80 in which said electrode extension device member is a foam structure.

84. The precordial pad of claim 67 in which said electrode is packaged under said adhesive cover with a layer of transmitting gel so that when said adhesive cover is removed, said transmitting gel and said embedded electrodes are configured to be exposed.

85. The precordial pad of claim 67 in which said thermometer sensor is a low reading thermometer sensor.

86. The precordial pad of claim 67 that further comprises six precordial electrodes in a predetermined geometry.

87. The precordial pad of claim 86, which further includes connection points for attachment of limb electrodes.

88. The precordial pad of claim 87, which further includes connection points for attachment of four limb electrodes at the user'"'"'s discretion.

89. The precordial pad of claim 67 that further comprises six torso electrodes and four limb electrodes built into a single precordial pad.

90. The precordial pad of claim 89, which further includes two additional electrodes for right heart monitoring.

91. The precordial pad of claim 67 in which said embedded electrodes each have a micro-transmitter for wireless transmission of a signal to said data transmitting module.

92. The precordial pad of claim 67 in which said signal export module further includes a temperature display for indicating the patient'"'"'s body temperature.

93. The precordial pad of claim 67 in which the signal export module is a wireless transmitter.

94. The precordial pad of claim 67 in which the data-transmitting module is a wire harness for connection to an EKG machine.

95. The precordial pad of claim 67 that further includes a low temperature window for displaying patient temperature information.

96. The precordial pad of claim 67 in which said pad further includes the capability to connect to non-EKG devices including defibrillators, real time heart monitors and external pacemakers.