mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical device comprising: Forceps including: i. a first working arm; ii. a second working arm; and iii. a blade electrode; and a heat sink included in the first working arm; wherein the electrosurgical device is capable of being switched between a first electrical configuration so that the electrosurgical device delivers a first therapy current through the first working arm, the second working arm, or both, and a second electrical configuration so that the electrosurgical device delivers a second therapy current through the blade electrode; wherein the first working arm is moveable toward and away from the second working arm; and wherein the electrosurgical device includes a heat pipe in the first working arm, the heat pipe being sealed with a fluid sealed within the heat pipe, the fluid being configured to undergo one or more phase changes that assist in removing heat from the first working arm, the electrosurgical device, or both, wherein the fluid, when heated, evaporates from the distal end and moves to the proximal end where the fluid condenses and releases the heat; and wherein the heat sink in the first working arm is connected to and in communication with a proximal end of the heat pipe in the first working arm. Forceps including: i. a first working arm; ii. a second working arm; and iii. a blade electrode; and i. a first working arm; ii. a second working arm; and iii. a blade electrode; and a heat sink included in the first working arm; wherein the electrosurgical device is capable of being switched between a first electrical configuration so that the electrosurgical device delivers a first therapy current through the first working arm, the second working arm, or both, and a second electrical configuration so that the electrosurgical device delivers a second therapy current through the blade electrode; wherein the first working arm is moveable toward and away from the second working arm; and wherein the electrosurgical device includes a heat pipe in the first working arm, the heat pipe being sealed with a fluid sealed within the heat pipe, the fluid being configured to undergo one or more phase changes that assist in removing heat from the first working arm, the electrosurgical device, or both, wherein the fluid, when heated, evaporates from the distal end and moves to the proximal end where the fluid condenses and releases the heat; and wherein the heat sink in the first working arm is connected to and in communication with a proximal end of the heat pipe in the first working arm.
Layered cell sheets comprising a cell population containing myoblasts, wherein each cell sheet comprises myoblasts with controlled orientations, wherein the myoblasts with controlled orientation are unidirectionally aligned in each cell sheet, and wherein between the layered cell sheets comprising unidirectionally aligned myoblasts are vascular endothelial cells or nerve cells with orientations identical to the unidirectionally aligned myoblasts.
Device for controlling the activation of a photosensitizer previously introduced into a biological tissue, the photosensitizer being selected from the porphyrins and the chlorines, the device comprising: - exposure means capable of allowing an exposure of said photosensitizer to an activating electromagnetic radiation in order to activate it, said exposure means comprising an activation light source capable of producing light pulses as a function of a control signal, and - acquisition means capable of producing luminescence information (11, 12) originating from said photosensitizer, the device being characterized in that it comprises, moreover: - electronic and calculation means capable of controlling the exposure means so as to allow an adjustment of the exposure of the photosensitizer to the activating electromagnetic radiation so that said luminescence information (11, 12) develops overtime corresponding to a predetermined time setting, the electronic and calculation means implementing a feedback loop comprising: - a luminescence observer using as input at least one luminescence measurement and a control signal of the light activation source, and producing as output an estimation of the luminescence, - means for carrying out a comparison of the estimation of luminescence originating from the luminescence observer with the time setting so as to generate an error signal, - a corrector capable of generating said control signal of the light activation source using the error signal. - exposure means capable of allowing an exposure of said photosensitizer to an activating electromagnetic radiation in order to activate it, said exposure means comprising an activation light source capable of producing light pulses as a function of a control signal, and - acquisition means capable of producing luminescence information (11, 12) originating from said photosensitizer, - electronic and calculation means capable of controlling the exposure means so as to allow an adjustment of the exposure of the photosensitizer to the activating electromagnetic radiation so that said luminescence information (11, 12) develops overtime corresponding to a predetermined time setting, - a luminescence observer using as input at least one luminescence measurement and a control signal of the light activation source, and producing as output an estimation of the luminescence, - means for carrying out a comparison of the estimation of luminescence originating from the luminescence observer with the time setting so as to generate an error signal, - a corrector capable of generating said control signal of the light activation source using the error signal.
A method for manufacturing a light valve, wherein the light valve is composed of a film 1 in which a light polarizing suspension 3, containing: 5 to 20 wt% of light polarization variable particles 4 showing light polarization characteristics and having a size of 0.2 to 0.5 μm; 2 to 10 wt% of a dispersion aid; and 80 to 93 wt% of a suspension agent which is a plasticizer, is dispersed in the form of fine droplets 5 in a polymer resin 2 having excellent adhesive strength to a substrate 9, wherein a weight ratio of the droplets 5 and the polymer resin 2 is 0.5 to 1:1.
A suctioning device for travelling a tank bottom with water, which suctions a water flow with flocculated particles in order to accomplish filtration of the water of said tank, comprising: a structural frame having a means of coupling to a pump system; means for wheeling with a horizontal axle for moving around the tank bottom; means for rotative sliding with a vertical axle for adjacent displacement to walls of the tank; means for suctioning including a plurality of suction lines, which are configured to suction a water flow with flocculated particles from the tank bottom towards the means of coupling to a pump system; means for cleaning; and means for pivoting between the means for wheeling and the structural frame; wherein the structural frame comprises: a means for pivotable subjection for attachment to means of traction; and a means of fastening between the means of suctioning, the means of cleaning and the structural frame. a structural frame having a means of coupling to a pump system; means for wheeling with a horizontal axle for moving around the tank bottom; means for rotative sliding with a vertical axle for adjacent displacement to walls of the tank; means for suctioning including a plurality of suction lines, which are configured to suction a water flow with flocculated particles from the tank bottom towards the means of coupling to a pump system; means for cleaning; and means for pivoting between the means for wheeling and the structural frame; wherein the structural frame comprises: a means for pivotable subjection for attachment to means of traction; and a means of fastening between the means of suctioning, the means of cleaning and the structural frame. a means for pivotable subjection for attachment to means of traction; and a means of fastening between the means of suctioning, the means of cleaning and the structural frame.
Slider needle having a shaft which has a longitudinal direction, a hook region which has a catch space, which is partially bounded by a hook, and a guide region for a slider, the shaft having a cross-section, which is larger than a cross-section of the hook region, and a transition region which is asymmetrically formed is arranged between the hook region and the shank, characterized in that the transition region is asymmetrically formed with respect to at least two planes which run through the longitudinal axis of the shank.
Light guide for an automobile lighting and/or signaling device, characterized in that it comprises at least one coupler having at least two input faces arranged so that, when a light source is positioned at a predetermined point in relation to the coupler, for each of the input faces, all the rays from the source passing geometrically through the point and penetrating into the guide through the input face are refracted there in mutually parallel planes, the guide also comprising at least two reflection faces, the guide being arranged so that the refracted rays are directed directly toward one of the reflection faces where they are reflected directly toward an output face of the guide.
A toner comprising a toner particle containing: a binder resin, and a charge control agent, wherein the binder resin includes a resin having a polyester unit with at least one aliphatic compound condensed to the terminal thereof, the at least one aliphatic compound being selected from the group consisting of: aliphatic monocarboxylic acids each having 30 or more and 102 or less carbon atoms, and aliphatic monoalcohols each having 30 or more and 102 or less carbon atoms; and the charge control agent includes the compound represented by the following formula: wherein, in formula, A 1, A 2 and A 3 each independently represent a hydrogen atom, a nitro group, or a halogen atom; B 1 represents a hydrogen atom or an alkyl group; M represents an iron atom, a chromium atom or an aluminum atom; and X + represents a hydrogen ion, an alkali metal ion, an ammonium ion or an alkylammonium ion, or mixed ions of two or more of these ions. a binder resin, and a charge control agent, aliphatic monocarboxylic acids each having 30 or more and 102 or less carbon atoms, and aliphatic monoalcohols each having 30 or more and 102 or less carbon atoms; and
A gas-liquid separator, comprising a cylindrical body, an inlet tube fixedly connected to an upper end of the cylindrical body, and an outlet tube fixedly connected to a lower end of the cylindrical body, wherein the gas-liquid separator further comprises a gas guide element, the gas guide element comprises a baffle, characterised in that the gas guide element further comprises a flange located at an end of the baffle, and a bottom plate located at the other end of the baffle, the baffle is located above the outlet tube and adapted to shield a gas inlet of the outlet tube; the flange is fixedly connected to an inner wall of the cylindrical body; and the bottom plate is fixedly connected to a side wall of a gas inlet end of the outlet tube; vanes connected to both sides of the bottom plate respectively, and the vanes abut against the side wall of the gas inlet end of the outlet tube.
A viscoelastic, deflection resistant fibrous composite panel comprising a consolidated plurality of non-woven fibrous plies, each of said non-woven fibrous plies comprising a plurality of fibers having a tenacity of at least 35 g/denier and said fibers having surfaces that are greater than 50% free of a fiber surface finish, wherein the fibers of said fibrous composite are coated with a viscoelastic binder material and said binder is bonded to the fiber surfaces, characterized by the viscoelastic binder material being a polyurethane having a modulus of elasticity of 400 MPa or greater.
A detaching top roller supporting portion for a comber that supports a detaching top roller via a bearing, the detaching top roller supporting portion comprising a holding portion, which detachably holds the bearing, wherein at least a part of the holding portion that is in contact with the bearing is made of synthetic polymer, the detaching top roller supporting portion being characterized in that a metal spring is provided, the metal spring being capable of assisting the holding force with which the holding portion holds the bearing.
A workpiece positioning device comprising: a first moving unit (2, 3) that is movable in a horizontal direction; a second moving unit (5, 6) that is movable in a vertical direction; and a rotating unit that is placed on either an upper end or a lower end of the second moving unit (5, 6), wherein the second moving unit (5, 6) and the rotating unit are kept within a width of the first moving unit (2, 3) that is perpendicular to a moving direction of the first moving unit (2, 3) on a horizontal plane, characterised in that the rotating unit is configured as a hollow actuator, and a wiring, communicating with the second moving unit (5, 6), is communicated through a hollow part of the hollow actuator. a first moving unit (2, 3) that is movable in a horizontal direction; a second moving unit (5, 6) that is movable in a vertical direction; and a rotating unit that is placed on either an upper end or a lower end of the second moving unit (5, 6), wherein the second moving unit (5, 6) and the rotating unit are kept within a width of the first moving unit (2, 3) that is perpendicular to a moving direction of the first moving unit (2, 3) on a horizontal plane, characterised in that the rotating unit is configured as a hollow actuator, and a wiring, communicating with the second moving unit (5, 6), is communicated through a hollow part of the hollow actuator.
A method for processing a Socket, applied in a Web server, wherein the Web server is based on a platform for providing an asynchronous unblocking-mode Socket; and the method for processing a Socket comprises: monitoring a client request to a port of the Web server; according to the monitored client request, registering a Socket event through an asynchronous selection operation; judging whether the Socket event is a READ event and/or a WRITE event, to obtain a judgment result; when the judgment result indicates that the Socket event is a READ event and/or a WRITE event, starting timing; when the timing reaches a preset threshold and a Web task does not receive a first semaphore sent by a Socket underlying layer, sending a second semaphore to the Web task, to enable the Web task to be activated, and processing a corresponding procedure according to the Socket event. monitoring a client request to a port of the Web server; according to the monitored client request, registering a Socket event through an asynchronous selection operation; judging whether the Socket event is a READ event and/or a WRITE event, to obtain a judgment result; when the judgment result indicates that the Socket event is a READ event and/or a WRITE event, starting timing; when the timing reaches a preset threshold and a Web task does not receive a first semaphore sent by a Socket underlying layer, sending a second semaphore to the Web task, to enable the Web task to be activated, and processing a corresponding procedure according to the Socket event.
A method of processing interference (I 3) in a waveform received at a device in a wireless network, the interference comprising non-linear products of at least a first signal, the method comprising: generating, on the basis of at least the first signal, a plurality of interference product streams (46a, 46b), each stream comprising a stream of time samples of a simulated non-linear product of at least the first signal; processing at least two of the plurality of interference product streams to reduce a degree of correlation between said at least two interference product streams thereby producing at least two processed interference product streams (60a, 60b); correlating said at least two processed interference product streams with the received waveform to produce a respective correlation value; and processing the interference in dependence on the respective correlation values. generating, on the basis of at least the first signal, a plurality of interference product streams (46a, 46b), each stream comprising a stream of time samples of a simulated non-linear product of at least the first signal; processing at least two of the plurality of interference product streams to reduce a degree of correlation between said at least two interference product streams thereby producing at least two processed interference product streams (60a, 60b); correlating said at least two processed interference product streams with the received waveform to produce a respective correlation value; and processing the interference in dependence on the respective correlation values.
Method for making objects by forming a thermoformable sheet material, comprising forming said objects by interaction of die means and forming means (3; 12), said method being characterised by compressing and crushing a first portion of said sheet material by crushing punch means before said forming and maintaining said first portion crushed during said forming to reduce a thickness thereof and to orientate chains of molecules that compose a structure of said sheet material at said first portion so as to weaken said structure and make said first portion weakened, in particular easily perforable, tearable and breakable, maintaining said crushing punch means at a temperature comprised between 15 °C and 40 °C, so as to locally cool said first portion and to obtain a structure of said sheet material at said first portion in a substantially amorphous phase.
A mobile robot system comprising: a docking station comprising: a platform having a front and a rear; first and second raised charging contacts (222A, 222B) on the platform; and first and second ramp features (240A, 240B) on the platform; and a mobile robot comprising: a housing; a motorized drive system connected to the housing and including first and second drive wheels; first and second charging contacts (164A, 164B) on a bottom of the housing; characterized in that it is provided with a cleaning module comprising at least one rotatable cleaning head that extends below the bottom of the housing; wherein the mobile robot is movable from an approach position with the mobile robot spaced apart from the front of the platform to a docked position with the mobile robot on the platform and the docking station charging contacts engaged with the mobile robot charging contacts; wherein, as the mobile robot moves from the approach position to the docked position, the mobile robot engages the first and second ramp features and the cleaning module is lifted over the docking station charging contacts. a docking station comprising: a platform having a front and a rear; first and second raised charging contacts (222A, 222B) on the platform; and first and second ramp features (240A, 240B) on the platform; and a platform having a front and a rear; first and second raised charging contacts (222A, 222B) on the platform; and first and second ramp features (240A, 240B) on the platform; and a mobile robot comprising: a housing; a motorized drive system connected to the housing and including first and second drive wheels; first and second charging contacts (164A, 164B) on a bottom of the housing; characterized in that it is provided with a cleaning module comprising at least one rotatable cleaning head that extends below the bottom of the housing; wherein the mobile robot is movable from an approach position with the mobile robot spaced apart from the front of the platform to a docked position with the mobile robot on the platform and the docking station charging contacts engaged with the mobile robot charging contacts; wherein, as the mobile robot moves from the approach position to the docked position, the mobile robot engages the first and second ramp features and the cleaning module is lifted over the docking station charging contacts. a housing; a motorized drive system connected to the housing and including first and second drive wheels; first and second charging contacts (164A, 164B) on a bottom of the housing; characterized in that it is provided with a cleaning module comprising at least one rotatable cleaning head that extends below the bottom of the housing; wherein the mobile robot is movable from an approach position with the mobile robot spaced apart from the front of the platform to a docked position with the mobile robot on the platform and the docking station charging contacts engaged with the mobile robot charging contacts; wherein, as the mobile robot moves from the approach position to the docked position, the mobile robot engages the first and second ramp features and the cleaning module is lifted over the docking station charging contacts.
A lock apparatus for a thrust reverser actuation system, the lock apparatus comprising: a latch hook having a catch at a first latch hook end, a first pivotal mount at a second latch hook end opposite the first latch hook end, and a second pivotal mount; a rotary electric actuator (120, 620) configured to selectably rotate a rotor shaft (122, 622) in a first rotary direction and in a second rotary direction opposite the first rotary direction; a rotor arm (130, 630) coupled to the rotor shaft (122, 622) at a first rotor arm end and extending radially outward from the rotor shaft (122, 622) to a second rotor arm end opposite the first rotor arm end; a first link arm (240, 640) pivotably connected to the second rotor arm end at a first first link arm end and pivotably connected to a third pivotal mount at a second first link arm end opposite the first first link arm end; and a second link arm pivotally connected to the latch hook at the second pivotal mount and pivotally connected to the first link arm (240, 640) at the second first link arm end and a guide configured to constrain angular movement of the second link arm. a latch hook having a catch at a first latch hook end, a first pivotal mount at a second latch hook end opposite the first latch hook end, and a second pivotal mount; a rotary electric actuator (120, 620) configured to selectably rotate a rotor shaft (122, 622) in a first rotary direction and in a second rotary direction opposite the first rotary direction; a rotor arm (130, 630) coupled to the rotor shaft (122, 622) at a first rotor arm end and extending radially outward from the rotor shaft (122, 622) to a second rotor arm end opposite the first rotor arm end; a first link arm (240, 640) pivotably connected to the second rotor arm end at a first first link arm end and pivotably connected to a third pivotal mount at a second first link arm end opposite the first first link arm end; and a second link arm pivotally connected to the latch hook at the second pivotal mount and pivotally connected to the first link arm (240, 640) at the second first link arm end and a guide configured to constrain angular movement of the second link arm.