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    • 1. 发明申请
    • Surgical instrument
    • 手术器械
    • US20050171533A1
    • 2005-08-04
    • US10770133
    • 2004-02-02
    • Scott LatterellDouglas WahnschafeeScott SandersNigel GobleColin Goble
    • Scott LatterellDouglas WahnschafeeScott SandersNigel GobleColin Goble
    • A61B18/12A61B18/14
    • A61B18/1445A61B18/1206A61B18/1442A61B2018/00607A61B2018/0063A61B2018/124
    • A bipolar electrosurgical instrument comprises a handle (5), a body (1) joined to the handle, and a jaw assembly (12) joined to the body and arranged such that manipulation of the handle allows the opposed jaws of the jaw assembly to be opened and closed with respect to one another. A first of said opposed jaws (14) has at least a first coagulating electrode, and the other of said opposed jaws (13) has at least a second coagulating electrode and a cutting electrode (16) separated from the second coagulating electrode by an insulating member (17). The instrument is manipulated at the surgical site such that the jaws of the jaw assembly (12) are open with respect to one another, with the cutting electrode (16) and at least one of the first and second coagulating electrodes contacting tissue at the surgical site. A radio frequency electrosurgical signal is supplied between the cutting electrode and the at least one coagulating electrode, and the electrosurgical instrument is moved while maintaining the jaws (13, 14) in their open position so as to cut tissue at the surgical site.
    • 双极电外科器械包括手柄(5),接合到手柄的主体(1)和与主体接合的钳口组件(12),其布置成使得手柄的操纵允许钳口组件的相对的钳口 相互打开和关闭。 所述相对的钳口(14)中的第一个具有至少第一凝结电极,并且所述相对的钳口(13)中的另一个具有至少第二凝固电极和切割电极(16),所述第二凝固电极和切割电极通过绝缘 会员(17)。 仪器在手术部位被操纵,使得钳夹组件(12)的钳口相对于彼此打开,切割电极(16)和第一和第二凝固电极中的至少一个在外科手术中接触组织 现场。 在切割电极和至少一个凝固电极之间提供射频电外科信号,并且在将钳口(13,14)保持在其打开位置的同时移动电外科器械,以便在手术部位切割组织。
    • 3. 发明申请
    • Bipolar cutting and coagulating forceps
    • 双极切割和凝结钳
    • US20070299439A1
    • 2007-12-27
    • US11706121
    • 2007-03-26
    • Scott LatterellDouglas WahnschaffeScott SandersNigel GobleColin Owen
    • Scott LatterellDouglas WahnschaffeScott SandersNigel GobleColin Owen
    • A61B18/14
    • A61B18/1445A61B18/1206A61B18/1442A61B2018/00607A61B2018/0063A61B2018/124
    • A bipolar electrosurgical instrument comprises a handle (5), a body (1) joined to the handle, and a jaw assembly (12) joined to the body and arranged such that manipulation of the handle allows the opposed jaws of the jaw assembly to be opened and closed with respect to one another. A first of said opposed jaws (14) has at least a first coagulating electrode, and the other of said opposed jaws (13) has at least a second coagulating electrode and a cutting electrode (16) separated from the second coagulating electrode by an insulating member (17). The instrument is manipulated at the surgical site such that the jaws of the jaw assembly (12) are open with respect to one another, with the cutting electrode (16) and at least one of the first and second coagulating electrodes contacting tissue at the surgical site. A radio frequency electrosurgical signal is supplied between the cutting electrode and the at least one coagulating electrode, and the electrosurgical instrument is moved while maintaining the jaws (13, 14) in their open position so as to cut tissue at the surgical site.
    • 双极电外科器械包括手柄(5),接合到手柄的主体(1)和与主体接合的钳口组件(12),其布置成使得手柄的操纵允许钳口组件的相对的钳口 相互打开和关闭。 所述相对的钳口(14)中的第一个具有至少第一凝结电极,并且所述相对的钳口(13)中的另一个具有至少第二凝固电极和切割电极(16),所述第二凝固电极和切割电极通过绝缘 会员(17)。 仪器在手术部位被操纵,使得钳夹组件(12)的钳口相对于彼此打开,切割电极(16)和第一和第二凝固电极中的至少一个在外科手术中接触组织 现场。 在切割电极和至少一个凝固电极之间提供射频电外科信号,并且在将钳口(13,14)保持在其打开位置的同时移动电外科器械,以便在手术部位切割组织。
    • 4. 发明申请
    • Electrosurgery system
    • 电外科系统
    • US20070225699A1
    • 2007-09-27
    • US11798738
    • 2007-05-16
    • Colin GobleFrancis AmoahNigel Goble
    • Colin GobleFrancis AmoahNigel Goble
    • A61B18/18
    • A61B18/1206A61B18/042A61B18/12A61B18/14A61B2018/0066
    • An electrosurgery system includes an electrosurgical generator (10) coupled to or part of an electrosurgical instrument, the generator being operable to generate electrosurgical power in low frequency (typically at 1 MHz) and high frequency bands (typically at 2.45 GHz) either simultaneously or individually. The generator includes a load-responsive control circuit which, in one mode, causes power to be generated predominantly at 1 MHz when the load impedance is high and predominantly at 2.45 MHz when it is low. This allows automatic switching between cutting and coagulation operation. In one embodiment, the instrument includes a gas plasma generator operating such that an ionisable gas is energised in a gas supply passage by the 2.45 GHz component to form a plasma stream which acts as a conductor for delivering the 1 MHz component to a tissue treatment outlet of the passage.
    • 电外科系统包括耦合到电外科器械或电外科器械的一部分的电外科发生器(10),所述发生器可操作以同时或单独地产生低频(通常为1MHz)和高频带(通常为2.45GHz)的电外科功能 。 该发生器包括一个负载响应控制电路,当负载阻抗较高时,在一个模式下主要以1MHz的速度产生电力,而当负载阻抗较低时主要在2.45MHz。 这允许在切割和凝结操作之间进行自动切换。 在一个实施例中,仪器包括气体等离子体发生器,其操作使得可离子化气体在2.45GHz分量的气体供应通道中通电,以形成等离子体流,其作为用于将1MHz组分递送到组织处理出口 的通道。
    • 6. 发明申请
    • Tissue treatment system
    • 组织治疗系统
    • US20060189974A1
    • 2006-08-24
    • US11354880
    • 2006-02-16
    • Keith PennyNigel GobleColin Goble
    • Keith PennyNigel GobleColin Goble
    • A61B18/18
    • A61B18/042A61B2017/00725
    • A tissue treatment system has a radio frequency generator and a handheld treatment instrument that generates a gas plasma jet for delivering thermal energy to a tissue surface to be treated. Incorporated in the housing for the generator is a calibration device for adjusting the energy output of the generator, if necessary, at the beginning of a treatment session. The calibration device has a target element with a target surface, a transducer for sensing changes in temperature of the target element with respect to the temperature of a reference element, and an energy output adjuster for adjusting the radio frequency energy output of the generator in response to a calibration signal generated by the transducer. The generator housing has a receptacle for locating the nozzle of the handheld instrument in juxtaposition with the target element so that when a plasma burst is generated as part of a calibration sequence it is incident on the target surface. The generator output is automatically adjusted to compensate for any deviation of a calibration value, produced from the calibration signal, from a reference value. Also disclosed is a method of regenerating the reticular architecture of tissue, the method including calibrating the energy delivery of a tissue treatment system.
    • 组织处理系统具有射频发生器和手持式治疗仪器,其产生用于将热能传递到待治疗的组织表面的气体等离子体射流。 结合在发电机的壳体中的是用于在治疗开始时调整发电机的能量输出的校准装置,如果需要的话。 校准装置具有目标表面的目标元件,用于感测目标元件的温度相对于参考元件的温度的变化的换能器,以及响应于调节发电机的射频能量输出的能量输出调节器 到由换能器产生的校准信号。 发电机壳体具有用于将手持式仪器的喷嘴定位成与目标元件并置的插座,使得当作为校准序列的一部分产生等离子体脉冲时,其入射到目标表面上。 自动调整发生器输出以补偿校准信号产生的校准值与参考值的偏差。 还公开了一种再生组织网状结构的方法,该方法包括校准组织处理系统的能量输送。
    • 7. 发明申请
    • Method of remodelling stretch marks
    • 重塑妊娠纹的方法
    • US20070073287A1
    • 2007-03-29
    • US11589908
    • 2006-10-31
    • Nigel Goble
    • Nigel Goble
    • A61B18/18A61F7/00A61F7/12
    • A61B18/042A61B2017/00761
    • A cosmetic method of regenerating the skin in the region of a stretch mark is disclosed. The method comprises operating a source of thermal energy with a low thermal time constant, and directing it at the surface of the skin adjacent to and within a stretch mark forming first and second adjacent regions of thermally-modified tissue. The first region is adjacent to, and overlies, the second region, and the first region is thermally modified to a greater extend than the second region such that, following treatment, the width of the stretch mark is reduced and the reticular architecture of the dermis in the stretch mark is at least partially restored.
    • 公开了一种在妊娠纹区域中再生皮肤的美容方法。 该方法包括操作具有低热时间常数的热能源,并将其引导到皮肤表面,该表面邻近于热塑改良组织的第一和第二相邻区域的妊娠纹。 第一区域与第二区域相邻并且覆盖在第一区域上,并且第一区域被热修饰成比第二区域更大的延伸,使得在处理之后,拉伸标记的宽度减小,并且真皮的网状结构 在妊娠纹至少部分恢复。