Abstract: A jaw of a grasping treatment device includes a non-contact portion having a space between it and a distal treatment section in a state where an abutment portion abuts on the distal treatment section, and the non-contact portion includes a wall surface portion inclined so that it is extended toward a distal treatment section side as it is extended away from the abutment portion. A movement regulating portion is provided in a region of the non contact portion located closer to the abutment portion than a continuous surface which forms an edge of the non-contact portion. The movement regulating portion located in the first wall surface portion regulates a movement of a grasp object along the jaw axis direction.

Abstract: A jaw of the grasping treatment device includes an abutting portion being abutable on a probe treatment portion when the jaw is closed relative to the probe treatment portion, and a separated portion being disposed with a clearance between the separated portion and the probe treatment portion when the abutting portion is in abutment with the probe treatment portion. The jaw includes a distal-side wall portion provided to a distal direction side of the separated portion and protruding toward the probe treatment portion as compared with the separated portion, and a proximal-side wall portion provided to a proximal direction side of the separated portion and which protruding toward the probe treatment portion as compared with the separated portion.

Abstract: A treating device according to the present invention comprises: a transmitting member for transmitting energy, for treating living body tissue, to the living body tissue; an outer sheath through which the transmitting member is passed; and a grasping section supported at the tip end portion of the outer sheath so as to be capable of turning with respect to the transmitting member, which allows the living body tissue to be grasped against the transmitting member. With such an arrangement, curved portions are formed on each of the transmitting member and the grasping section such that the transmitting member and the grasping section are in close contact. Furthermore, an edge portion is provided to a tip end portion of the transmitting member, at the side of the transmitting member in the direction toward which the grasping section heads, at the time of the grasping section turning on the turning axis toward the transmitting member so as to close.

Abstract: In a treating apparatus, a forceps body as a treating device is connected to a generator as a control device. The forceps body mainly includes a pair of handle portions, which are used for manipulation by being held by an operator, a pair of jaws provided between the handle portion and the pair of jaws, which are used to coagulate/resect by grasping living-body tissue to be treated and a pair of scissors component members. A heating member, which is a heat generating source as a heat generating portion for applying heat energy to living-body tissue, is embedded at least one of the jaws. A pair of electrode portions, which is a treating energy generator, is provided to the pair of jaws. By supplying bipolar electric surgical knife current between the pair of electrode portions, high frequency current as treating energy is applied to the grasped living-body tissue.

Abstract: An ultrasonic treatment apparatus includes a vibrator-assembly which generates ultrasonic vibration, a probe which is detachably mounted to the vibrator-assembly, and has a treatment-portion which performs treatment of a biological tissue in a distal end portion, and a main-body-unit-assembly to which the vibrator-assembly and the probe are detachably mounted, and in which the biological tissue is treated with the treatment-portion when an operator operates the main-body-unit-assembly while the probe is amounted. The main-body-unit-assembly includes a treatment-assembly which has an action-portion in a distal end portion facing the treatment-portion of the probe, and a handle-assembly which is detachably mounted to a proximal end portion of the treatment-assembly, and which brings the action-portion into contact with the treatment-portion of the probe or separates the action-portion from the treatment-portion while the handle-assembly is mounted to the proximal end portion of the treatment-assembly.

Abstract: An ultrasonic surgical system includes a handpiece including an ultrasonic transducer and a first storage unit; a probe connected to the ultrasonic transducer; a calculation unit; and a control unit. The first storage unit stores a first parameter relating to control of the ultrasonic transducer. The probe transmits ultrasonic vibrations output from the ultrasonic transducer to a treatment target, and includes a second storage unit storing a second parameter relating to control of the ultrasonic transducer. The calculation unit calculates a control parameter for controlling the ultrasonic transducer, based on both the first parameter and the second parameter. The control unit controls the ultrasonic transducer based on the control parameter.

Abstract: A sentence classification device includes a storage unit, arithmetic processing unit, and screen display unit. The storage unit stores a document set of a plurality of documents and a term list including a plurality of terms each having one or more words. The arithmetic processing unit classifies the respective documents stored in the storage unit on the basis of the term list. The screen display unit displays a processing result obtained by the arithmetic processing unit on a screen.

Abstract: A DT matrix generation means (11) generates a DT matrix (11A) from each document (D) in a document set (21) and each term (T) in a term list (22). A DT matrix transformation means (12) generates a transformed DT matrix (11B) by performing DM decomposition of the DT matrix (11A). A document classification means (13) extracts and outputs, for each cluster appearing on the transformed DT matrix (11B), each document (D) belonging to the cluster as one classification (subset).

Abstract: There is a disclosed a cleaning for a medical instrument, including a nozzle main body detachably to a surgical ultrasonic treatment instrument including a channel, and the nozzle main body includes a water supply port opened in a position connected to the channel, when mounted in the surgical ultrasonic treatment instrument.

Abstract: A treating device according to the present invention comprises: a transmitting member for transmitting energy, for treating living body tissue, to the living body tissue; an outer sheath through which the transmitting member is passed; and a grasping section supported at the tip end portion of the outer sheath so as to be capable of turning with respect to the transmitting member, which allows the living body tissue to be grasped against the transmitting member. With such an arrangement, curved portions are formed on each of the transmitting member and the grasping section such that the transmitting member and the grasping section are in close contact. Furthermore, an edge portion is provided to a tip end portion of the transmitting member, at the side of the transmitting member in the direction toward which the grasping section heads, at the time of the grasping section turning on the turning axis toward the transmitting member so as to close.

Abstract: An ultrasonic operating apparatus having an ultrasonic oscillator to generate ultrasonic oscillation, an oscillation transmitting member for transmitting ultrasonic oscillation, which has a proximal end connected to the ultrasonic oscillator, a jaw which grasps a living tissue in a clearance to the distal end of the oscillation transmitting member, a control unit which opens/closes the jaw with respect to the distal end of the oscillation transmitting member, and an instruction unit which detects that the jaw is closed by the control unit, and instructs the ultrasonic oscillator to output oscillation energy to generate ultrasonic oscillation when the jaw is closed.

Abstract: An ultrasonic treatment apparatus of the invention is provided with an improved cleaning ability and easy recyclability. A grasping member (1720) includes a first element (1721) molded of a heat resistant resin, and a second element (1722) located inside the first element (1721) as a reinforcement in such a manner that the first element (1721) covers the outer surface of the second element (1722) entirely.

Abstract: This invention relates to a drive device of an ultrasonic linear motor having a rail (11, 42) and a base body (12, 44) and driving parts (20, 50) interposed between rail and base body. The base body is moved in a straight line with respect to the length direction of the rail by the driving parts. The driving parts are provided on left and right leg parts (12a, 44a) of the base body, and the load of the base body acts almost not at all on the driving part. The driving parts have ultrasonic vibrators (21,52) and rollers (25, 51) rotationally driven by the ultrasonic vibrators. The rollers are urged by urging means (22, 53) toward and into contact with guiding side faces (11b, 11c, 42b, 42c) of the rail, driving forces generated by the driving parts act on the guiding side faces of the rail, and the base body moves in the length direction of the rail.

Abstract: There is a disclosed a cleaning for a medical instrument, including a nozzle main body detachably to a surgical ultrasonic treatment instrument including a channel, and the nozzle main body includes a water supply port opened in a position connected to the channel, when mounted in the surgical ultrasonic treatment instrument.