CATHETER OR CANNULA ARRANGEMENT WITH FLOW SENSOR AND RELATED DEVICES, SYSTEMS, USES AND METHODS

• US 20170113000A1
• Filed: 04/01/2015
• Published: 04/27/2017
• Est. Priority Date: 04/01/2014
• Status: Abandoned Application

• Current Assignee: Berlinger & Co. AG, Star Syringe Limited
• Original Assignee: Berlinger & Co. AG, Star Syringe Limited
• Inventors: Tobescu, Corneliu, Mallins, Paul, Denman, William T.
• Application Number:
  US15/300,521
• Publication Number:
  US 20170113000A1
• Time in Patent Office: Days
• CPC Class Codes: A61B 2560/0443 Modular apparatus
• CPC Class Codes: A61B 2562/0271 Thermal or temperature sensors
• CPC Class Codes: A61B 5/01 Measuring temperature of body parts ; Diagnostic temperature sensing, e.g. for malignant or inflamed tissue clinical contact thermometers G01K13/20
• CPC Class Codes: A61B 5/208 adapted to determine urine quantity, e.g. flow, volume
• CPC Class Codes: A61B 5/6852 Catheters
• CPC Class Codes: A61M 2205/3334 Measuring or controlling the flow rate
• CPC Class Codes: A61M 25/0017 specially adapted for long-term hygiene care, e.g. urethral or indwelling catheters to prevent infections
• CPC Class Codes: A61M 5/16886 for measuring fluid flow rate, i.e. flowmeters

Abstract

The catheter or cannula arrangement includes a catheter or cannula; a sensing unit including a sensing element for sensing a flow of a fluid; and an output unit operationally connectable to the sensing unit. The output unit is provided for receiving from the sensing unit signals related to the sensed flow of the fluid referred to as sensed signals, for obtaining, by processing the sensed signals, signals referred to as processed signals, and for outputting the processed signals, e.g., via a visual display. The output unit may include fixing structures attachment to tubing of the catheter or cannula. The sensing unit may be provided by a tube extension. The catheter or cannula may be a urinary catheter.

Claims

1-72. -72. (canceled)

73. A catheter or cannula arrangement, comprising

a catheter or cannula;

a sensing unit comprising a sensing element for sensing a flow of a fluid;

an output unit operationally connectable to the sensing unit, for receiving from the sensing unit signals related to the sensed flow of the fluid referred to as sensed signals, and for outputting signals referred to as outputted signals, wherein the outputted signals are sensing results.

74. The catheter or cannula arrangement according to claim 73, wherein the outputted signals are sensed signals.

75. The catheter or cannula arrangement according to claim 73, wherein the outputted signals are signals referred to as processed signals which are obtained by the output unit by processing the sensed signals.

76. The catheter or cannula arrangement according to claim 73, wherein the output unit comprises one or more fixing structures for attaching the output unit to another part of the catheter or cannula arrangement.

77. The catheter or cannula arrangement according to claim 73, wherein the output unit comprises one or more fixing structures for attaching the output unit to tubing of the catheter or cannula.

78. The catheter or cannula arrangement according to claim 73, comprising an energy storage unit for supply of at least one of the sensing unit and the output unit with electrical energ, and wherein the energy storage unit is comprised in the output unit.

79. The catheter or cannula arrangement according to claim 73, wherein the output unit comprises a data storage unit, and wherein at least one of

in the data storage unit, a sequence of data is stored, wherein each of the data of the sequence is representative of signals related to the sensed flow of the fluid at a different time;

the output unit comprises a control unit structured and arranged for creating in the storage unit a sequence of data representative of a time development of signals related to the sensed flow of the fluid and for creating the sequence of data by subsequently storing in the storage unit data representative of signals related to the sensed flow of the fluid at subsequent times.

80. The catheter or cannula arrangement according to claim 73, wherein the output unit and the sensing unit have separate housings.

81. The catheter or cannula arrangement according to claim 73, wherein the output unit is

devoid of any visual display capable of graphically or alphanumerically displaying information;

and

devoid of any visual display structured and arranged for graphically or alphanumerically displaying a representation of sensed signals or of data derived from sensed signals.

82. The catheter or cannula arrangement according to claim 73, comprising a display unit which is separate from and operationally connectable to the output unit, wherein the output unit is structured and arranged for transmitting the outputted data to the display unit, and wherein the display unit is structured and arranged for receiving from the output unit the outputted signals and for visually displaying a representation of sensing results.

83. The catheter or cannula arrangement according to claim 82, wherein the display unit comprises at least one of

a smart phone;

a handheld computer;

a tablet computer;

a laptop computer;

an intensive care monitoring device;

a wearable display device.

84. The catheter or cannula arrangement according to claim 82, comprising, in addition, a temperature sensing element for sensing a temperature inside a body of a person wearing the catheter or cannula, which is operationally connectable to the output unit, wherein the output unit is structured and arranged for receiving from the temperature sensing element signals related to a temperature sensed by the temperature sensing element referred to as temperature signals, and for outputting signals referred to as temperature output signals, wherein the temperature output signals are temperature signals or signals derived from temperature signals.

85. The catheter or cannula arrangement according to claim 82, comprising an energy storage unit for supply of at least one of the sensing unit and the output unit with electrical energy, and wherein the output unit comprises a data storage unit, wherein at least one of

in the data storage unit, a sequence of data is stored, wherein each of the data of the sequence is representative of signals related to the sensed flow of the fluid at a different time;

the output unit comprises a control unit structured and arranged for creating in the storage unit a sequence of data representative of a time development of signals related to the sensed flow of the fluid;

wherein the sensing element is a thermal flow sensor.

86. The catheter or cannula arrangement according to claim 73, wherein the sensing unit is devoid of an energy storage unit for supply of the sensing unit with electrical energy.

87. The catheter or cannula arrangement according to claim 73, wherein the sensing unit comprises a valve for blocking a flow of the fluid through the sensing unit.

88. A device for use with a catheter or cannula, the device comprising an output unit comprising

a first interface for receiving, in a wireless or in a wirebound fashion, signals related to a sensed flow of a fluid through the catheter or cannula referred to as sensed signals;

a second interface, for transmitting the sensed signals or signals derived from the sensed signals in a wireless or in a wirebound fashion;

an energy storage unit for supply of at least the output unit with electrical energy;

a data storage unit, wherein at least one of

in the storage unit, a sequence of data is stored, wherein each of the data of the sequence is representative of sensed signals sensed at a different time;

the output unit comprises a control unit structured and arranged for creating in the storage unit a sequence of data representative of a time development of sensed signals and for creating the sequence of data by subsequently storing in the storage unit data representative of sensed signals sensed at subsequent times.

89. The device according to claim 88, wherein the energy storage unit is present inside a housing of the output unit.

90. The device according to claim 88, wherein the output unit comprises one or more fixing structures for attaching the output unit to tubing of the catheter or cannula.

91. The device according to claim 88, wherein the output unit is devoid of at least one of

any visual display capable of graphically or alphanumerically displaying information;

any visual display structured and arranged for graphically or alphanumerically displaying a representation of sensed signals or of data derived from sensed signals.

92. An arrangement for use in sensing a flow of a fluid flowing through a catheter or cannula, the system comprising

a sensing unit comprising a sensing element for sensing a flow of a fluid;

and

an output unit operationally connectable to the sensing unit, for receiving from the sensing unit signals related to the sensed flow of the fluid referred to as sensed signals, and for outputting signals referred to as outputted signals, wherein the outputted signals are sensed signals or are signals referred to as processed signals which are obtained by the output unit by processing the sensed signals;

wherein at least one of

the output unit comprises one or more fixing structures for attaching the output unit to another part of the catheter or cannula arrangement;

the output unit comprises an energy storage unit for supply of at least one of the sensing unit and the output unit with electrical energy, wherein the energy storage unit is present in a housing of the output unit;

the output unit comprises a data storage unit, wherein at least one of

in the storage unit, a sequence of data is stored, wherein each of the data of the sequence is representative of sensed signals sensed at a different time;

the output unit comprises a control unit structured and arranged for creating in the storage unit a sequence of data representative of a time development of sensed signals.

93. The arrangement according to claim 92, wherein the fixing structures are structured and arranged for attaching the output unit to tubing of the catheter or cannula

94. The arrangement according to claim 92, wherein the control unit is structured and arranged for creating the sequence of data by subsequently storing in the storage unit data representative of sensed signals sensed at subsequent times.