LASER SYSTEM

• US 20090112194A1
• Filed: 10/16/2008
• Published: 04/30/2009
• Est. Priority Date: 07/25/2002
• Status: Active Grant

• Current Assignee: Christopher Andrew Howe, St. Paer-Gotch, Edmund Hugh Emile
• Original Assignee: Christopher Andrew Howe, St. Paer-Gotch, Edmund Hugh Emile
• Inventors: St. Paer-Gotch, Edmund Hugh Emile, Howe, Christopher Andrew
• Granted Patent: US 7,907,643 B2
• Time in Patent Office: Days
• US Class Current: 606/11
• CPC Class Codes: A61B 18/22 the beam being directed along or through a flexible conduit, e.g. an optical fibre; Couplings or hand-pieces therefor
• CPC Class Codes: A61B 2017/00477 Coupling A61B2017/0046 takes precedence
• CPC Class Codes: A61B 2017/00482 with a code
• CPC Class Codes: A61B 2018/00988 Means for storing information, e.g. calibration constants, or for preventing excessive use, e.g. usage, service life counter
• CPC Class Codes: A61B 90/90 Identification means for patients or instruments, e.g. tags
• CPC Class Codes: A61B 90/92 coded with colour
• CPC Class Codes: A61B 90/96 using barcodes
• CPC Class Codes: A61B 90/98 using electromagnetic means, e.g. transponders
• CPC Class Codes: G02B 6/4482 Code or colour marking

Abstract

A laser system (10) is disclosed comprising a laser device (1) for emitting laser radiation and an optical fibre (2) adapted to connect, in use, to the laser device (1) for delivering the laser radiation. The optical fibre contains a label (3), such as an RF identification tag, a barcode or a colour code. The laser device (1) interrogates the optical fibre (2) and receives information back from the optical fibre (2). If the usage of the optical fibre (2) has exceeded safety limits then the laser device (1) may be prevented from operating. The laser device (1) on receiving information from the optical fibre (2) may also be configured to deliver laser radiation having a specific power, pulse width, pulse interval and treatment duration.

Claims

1-67. -67. (canceled)

68. A laser system for administering laser energy to a patient, comprising:

a laser device for emitting laser radiation; and

a delivery device adapted to connect to the laser device for delivering the emitted laser radiation to the patient, wherein the delivery device includes an identification device containing a storage operable to store information including expiration date associated with the delivery device;

wherein the laser device is operable to read the expiration date stored in the storage and to prevent operation with the delivery device if the read expiration date has passed.

69. The laser system of claim 68, wherein:

the storage of the identification device stores usage information; and

the laser device is operable to read the usage information stored in the storage and to prevent operation with the delivery device if the read usage information indicates that the usage of the delivery device has been exceeded.

70. The laser system of claim 68, wherein:

the storage of the identification device stores a device type information; and

the laser device is operable to read the device type information stored in the storage and to prevent operation with the delivery device if the read device type information indicates that the delivery device is not suitable.

71. The laser system of claim 68, wherein the laser device is operable to be either enabled remotely or disabled remotely or both.

72. The laser system of claim 71, wherein the laser device is operable to be enabled or disabled via a telephone link, serial interface or internet.

73. The laser system of claim 68, wherein when the laser device is prevented from operating with the delivery device, the laser device is operable to be enabled remotely.

74. The laser system of claim 73, wherein the laser device is operable to be enabled or disabled via a telephone link, serial interface or internet.

75. The laser system of claim 68, wherein the laser device includes an override function to allow further limited use when operation of the laser device with the delivery device has been prevented.

76. The laser system of claim 68, wherein the laser device includes a detector for detecting the connection of the delivery device to the laser device.

77. The laser system claim 76, wherein the laser device interrogates the identification device after the detector indicates that the delivery device has been connected to the laser device.

78. The laser system of claim 68, wherein the laser device communicates with the identification device in a contactless manner.

79. The laser system of claim 78, wherein the identification device receives RF energy, stores the energy, and transmits back to the laser device the information stored in the storage using the stored energy.

80. The laser system of claim 78, wherein the identification device includes an RF identification tag.

81. The laser system of claim 78, wherein the RF identification tag is embedded within or provided on the delivery device.

82. The laser system of claim 80, wherein:

the laser device includes an RF identification reader for reading the RF identification tag.

83. The laser system of claim 82, wherein the RF identification reader comprises an antenna, a transceiver and a processor.

84. The laser system of claim 68, wherein the information stored in the storage indicates a model of the delivery device.

85. The laser system of claim 68, wherein the information stored in the storage indicates at least one or both of an intended use and function of the delivery device.

86. The laser system of claim 73, wherein:

the laser device receives information from the storage of the identification device; and

the information received from the identification device is used to configure an operation of the laser device.

87. The laser system of claim 86, wherein the laser device receives information from the storage and sets one or more of a power, pulse width, pulse interval and duration of laser radiation to be transmitted to the delivery device.

88. A laser system for administering laser energy to a patient, comprising:

a laser device for emitting laser radiation; and

a delivery device adapted to connect to the laser device for delivering the emitted laser radiation to the patient, wherein the delivery device includes an identification device containing a read/write storage operable to store identification information including an expiration date;

wherein the laser device receives the identification information stored in the storage of the identification device, uses the received identification information to configure an operation of the laser device;

wherein the laser device is operable to read the expiration date stored in the storage and to prevent operation with the delivery device if the read expiration date has passed.

89. The laser system of claim 88, wherein:

the storage of the identification device stores usage information; and

the laser device is operable to read the usage information stored in the storage and to prevent operation with the delivery device if the read usage information indicates that the usage of the delivery device has been exceeded.

90. The laser system of claim 88, wherein:

the storage of the identification device stores a device type information; and

the laser device is operable to read the device type information stored in the storage and to prevent operation with the delivery device if the read device type information indicates that the delivery device is not suitable.

91. The laser system of claim 88, wherein the laser device is operable to be either enabled remotely or disabled remotely or both.

92. The laser system of claim 88, wherein the laser device includes an override function to allow further limited use when operation of the laser device with the delivery device has been prevented.

93. The laser system claim 88, wherein the laser device interrogates the identification device after the delivery device has been connected to the laser device.

94. The laser system of claim 88, wherein:

the laser device communicates with the identification device in a contactless manner; and

the identification device receives RF energy, stores the energy, and transmits back to the laser device the identification information stored in the storage using the stored energy.

95. The laser system of claim 88, wherein:

the identification device includes an RF identification tag; and

the RF identification tag is embedded within or provided on the delivery device.

96. The laser system of claim 88, wherein the identification information stored in the storage indicates a model of the delivery device.

97. The laser system of claim 88, wherein the laser device receives the identification information from the storage and sets one or more of a power, pulse width, pulse interval and duration of laser radiation to be transmitted to the delivery device.

98. A delivery device for use with a laser device for administering laser energy to a patient, comprising:

an optical fiber for receiving laser radiation from the laser device for transmission to the patient; and

an identification device coupled to the optical fiber and operable to identify the optical fiber, the identification device including;

a read/write storage for storing identification information including expiration date;

an RF transponder coupled to the storage and operable to wirelessly communicate with the laser device;

wherein the RF transponder transmits the stored expiration date to the laser device, the transmitted expiration date for use by the laser device to prevent operation with the delivery device if the expiration date has passed.

99. The delivery device of claim 98, wherein the storage of the identification device stores usage information for transmission to the laser device by the RF transponder, the transmitted usage information for use by the laser device to prevent operation with the delivery device if the usage information indicates that the usage of the delivery device has been exceeded.

100. The delivery device of claim 98, wherein the storage of the identification device stores a device type information for transmission to the laser device by the RF transponder, the transmitted device type information for use by the laser device to prevent operation with the delivery device if the device type information indicates that the delivery device is not suitable.

101. The delivery device claim 98, wherein the RF transponder transmits the identification information stored in the storage in response to interrogation by the laser device.

102. The delivery device of claim 98, wherein the RF transponder receives RF energy, stores the energy, and transmits back to the laser device the identification information stored in the storage using the stored energy.

103. The delivery device of claim 98, wherein the identification device is embedded within or provided on the delivery device.

104. The delivery device of claim 98, wherein the identification information stored in the storage indicates a model of the delivery device.

105. The delivery device of claim 98, wherein the identification information stored in the storage indicates at least one or both of an intended use and function of the delivery device.

106. The delivery device of claim 98, wherein the storage of the identification device stores the identification information for transmission to the laser device by the RF transponder, the transmitted identification information for use by the laser device to configure an operation of the laser device.

107. The delivery device of claim 208, wherein the identification is for use by the laser device to set one or more of a power, pulse width, pulse interval and duration of laser radiation to be transmitted to the delivery device.

108. A method of operating a laser system comprising:

connecting a delivery device to a laser device operable to emit laser radiation, the delivery device including a read/write storage for storing information including expiration date;

receiving the stored information including the stored expiration date from the delivery device; and

preventing operation with the delivery device if the received expiration date has passed.

109. The method of claim 108, further comprising configuring an operation of the laser device based on the information received from the delivery device.

110. The method of claim 108, wherein:

the step of receiving the stored information includes receiving usage information; and

the step of preventing operation includes preventing operation with the delivery device if the received usage information indicates that the usage of the delivery device has been exceeded.

111. The method of claim 108, wherein:

the step of receiving the stored information includes receiving a device type information; and

the step of preventing operation includes preventing operation with the delivery device if the received device type information indicates that the delivery device is not suitable.

112. The method of claim 108, further comprising enabling remotely or disabling remotely the laser device.

113. The method of claim 112, wherein the step of enabling or disabling includes enabling or disabling the laser device via a telephone link, serial interface or internet.

114. The method of claim 108, further comprising remotely enabling the laser device when the laser device is prevented from operating with the delivery device.

115. The method of claim 108, further comprising overriding the laser device to allow further limited use when operation of the laser device with the delivery device has been prevented.

116. The method of claim 108, further comprising detecting the connection of the delivery device to the laser device.

117. The laser system claim 116, further comprising interrogating the identification device after the connection of the delivery device to the laser device has been detected.

118. The method of claim 108, further comprising:

receiving RF energy by the identification device;

storing the energy by the identification device; and

transmitting back to the laser device the information stored in the storage using the stored energy.

119. The method of claim 108, wherein the step of receiving the stored information includes receiving information indicating a model of the delivery device.

120. The method of claim 108, wherein the step of receiving the stored information includes receiving information which indicates at least one or both of an intended use and function of the delivery device.

121. The method of claim 108, further comprising configuring an operation of the laser device based on the information received from the identification device.

122. The method of claim 121, wherein the step of configuring an operation of the laser device includes setting one or more of a power, pulse width, pulse interval and duration of laser radiation to be transmitted to the delivery device.