mhurhangee/ep-ind-claims huggingface dataset:
A viscoelastic layer containing microparticles, wherein said microparticles have a 90% particle diameter of 30 μm or less, measured by means of the laser light-scattering type particle size measuring apparatus SALD-2200 manufactured by Shimadzu Corporation, the 90% particle diameter denoting the particle diameter at which a cumulative curve reaches 90% from a small particle diameter when the cumulative curve is determined by taking the total particle diameter of the group of the microparticles as 100% in the particle size distribution of the microparticles, wherein the amount of microparticles is 15 to 40% by volume based on the total volume of the viscoelastic layer, and wherein the viscoelastic layer is usable as a substrate, and contains, as a base polymer, an acrylic polymer.
An electrosurgical controller comprising: a processor; a memory coupled to the processor; the memory storing a program that, when executed by the processor, causes the processor to: command delivery of energy to an active terminal of a voltage generator; measure a value indicative of flow of the energy along the active terminal, the measurement taking place during the delivery of energy; sum, over a first predetermined window of time during delivery of energy, a first value indicative of energy provided along the active terminal; command the voltage generator to cease delivery of energy responsive to the first value meeting or exceeding a predetermined value; sum, over a second predetermined window of time during delivery of energy, a second value indicative of energy provided along the active terminal, the second predetermined window of shorter length than the first predetermined window, and the second predetermined window coextensive with the first predetermined window; and command the voltage generator to cease delivery of energy responsive to the second value meeting or exceeding a threshold value. a processor; a memory coupled to the processor; the memory storing a program that, when executed by the processor, causes the processor to: command delivery of energy to an active terminal of a voltage generator; measure a value indicative of flow of the energy along the active terminal, the measurement taking place during the delivery of energy; sum, over a first predetermined window of time during delivery of energy, a first value indicative of energy provided along the active terminal; command the voltage generator to cease delivery of energy responsive to the first value meeting or exceeding a predetermined value; sum, over a second predetermined window of time during delivery of energy, a second value indicative of energy provided along the active terminal, the second predetermined window of shorter length than the first predetermined window, and the second predetermined window coextensive with the first predetermined window; and command the voltage generator to cease delivery of energy responsive to the second value meeting or exceeding a threshold value. command delivery of energy to an active terminal of a voltage generator; measure a value indicative of flow of the energy along the active terminal, the measurement taking place during the delivery of energy; sum, over a first predetermined window of time during delivery of energy, a first value indicative of energy provided along the active terminal; command the voltage generator to cease delivery of energy responsive to the first value meeting or exceeding a predetermined value; sum, over a second predetermined window of time during delivery of energy, a second value indicative of energy provided along the active terminal, the second predetermined window of shorter length than the first predetermined window, and the second predetermined window coextensive with the first predetermined window; and command the voltage generator to cease delivery of energy responsive to the second value meeting or exceeding a threshold value.
An intravascular stent for being implanted into blood vessels, which is woven by at least eight wires and is in a tubular structure, wherein, at least one of the wires is a radiopaque wire, wherein, the at least eight wires have an even number of free ends (2/2'), and the free ends of the at least eight wires are aligned and jointed together with each other, and wherein, the free ends (2/2') of the at least eight wires all have cutting portions, and the cutting portions of two free ends (2/2') that are aligned and jointed together match each other to form a joint portion with a diameter identical to that of the wire. wherein, the at least eight wires have an even number of free ends (2/2'), and the free ends of the at least eight wires are aligned and jointed together with each other, and wherein, the free ends (2/2') of the at least eight wires all have cutting portions, and the cutting portions of two free ends (2/2') that are aligned and jointed together match each other to form a joint portion with a diameter identical to that of the wire.
A catheter comprising: a multi-lumenal tubing surrounded by a slidable hypotube (200, 300), the hypotube having a longitudinal slot (210, 310); a tube holder where the multi-lumenal tubing separates into at least a first tubing that passes through the longitudinal slot in the hypotube and exits the tube holder at a first location and at least a second tubing that exits the tube holder at a second location; and where the tube holder comprises internal passages (12, 14) dimensioned to accept the combined multi-lumenal tubing surrounded by the hypotube and the separated first and second tubings, characterized in that the tube holder comprises a collar located at a distal end of the tube holder, the collar having an internal passage and a key within the passage dimensioned to accept the combined multi-lumenal tubing, such that the key engages the slot and prevents the hypotube from rotating at the position where the multilumenal tubing separates into the first and second tubing while allowing the hypotube to slide within the passage dimensioned to accept the combined multi-lumenal tubing. a multi-lumenal tubing surrounded by a slidable hypotube (200, 300), the hypotube having a longitudinal slot (210, 310); a tube holder where the multi-lumenal tubing separates into at least a first tubing that passes through the longitudinal slot in the hypotube and exits the tube holder at a first location and at least a second tubing that exits the tube holder at a second location; and where the tube holder comprises internal passages (12, 14) dimensioned to accept the combined multi-lumenal tubing surrounded by the hypotube and the separated first and second tubings, characterized in that the tube holder comprises a collar located at a distal end of the tube holder, the collar having an internal passage and a key within the passage dimensioned to accept the combined multi-lumenal tubing, such that the key engages the slot and prevents the hypotube from rotating at the position where the multilumenal tubing separates into the first and second tubing while allowing the hypotube to slide within the passage dimensioned to accept the combined multi-lumenal tubing.
System for monitoring the erosion of internal components of a valve comprising a valve (200, 300, 400) which in turn comprising a body (44, 17, 24), a trim (46, 19, 26) and a seat (21, 28, 48) and at least an ultrasonic probe (22, 40, 29) able to transmit ultrasonic waves through the internal components and receive waves reflection through, the system being characterized by the fact that the gaps between the internal components of the valve are closed and the distances between them are almost equal to zero so that the continuity between components is able to transfer the waves determining therefore the distance between the ultrasonic probe (22, 40, 29) and the internal component to be monitored.
A method for channel estimation for an optical receiver comprising: digitizing an analog signal ( r̃ ( t)) representing a sequence of symbols (d i) thereby associating one digital word (r i,1, r i,2) out of a plurality of possible digital words to the level of said analog signal at each sampling time (53,54); a symbol period (51,52) comprising at least two sampling times; each digital word corresponding to one out of a plurality of quantization levels (61, 65, 67); determining the most likely sequence (u i) of said symbols (d i); and providing branch metrics (64, 66, 68, 69, 70,71, 72,73) by obtaining said branch metrics (64,66, 68,69, 70,71, 72,73) from frequencies of digital words (r i,1, r i,2) resulting from said digitizing and the symbols of said most likely sequence (u i); wherein the obtaining said branch metrics comprises: counting each kind of events during said digitizing, each event being defined by a channel state and a digital word out of said plurality of digital words; each channel state being defined by a sequence of symbols; calculating a sample branch metric for each kind of events; and calculating a branch metric by combining the sample branch metrics for each digital word obtained at a sampling time (53,54) during a symbol period. digitizing an analog signal ( r̃ ( t)) representing a sequence of symbols (d i) thereby associating one digital word (r i,1, r i,2) out of a plurality of possible digital words to the level of said analog signal at each sampling time (53,54); a symbol period (51,52) comprising at least two sampling times; each digital word corresponding to one out of a plurality of quantization levels (61, 65, 67); determining the most likely sequence (u i) of said symbols (d i); and providing branch metrics (64, 66, 68, 69, 70,71, 72,73) by obtaining said branch metrics (64,66, 68,69, 70,71, 72,73) from frequencies of digital words (r i,1, r i,2) resulting from said digitizing and the symbols of said most likely sequence (u i); wherein the obtaining said branch metrics comprises: counting each kind of events during said digitizing, each event being defined by a channel state and a digital word out of said plurality of digital words; each channel state being defined by a sequence of symbols; calculating a sample branch metric for each kind of events; and calculating a branch metric by combining the sample branch metrics for each digital word obtained at a sampling time (53,54) during a symbol period. counting each kind of events during said digitizing, each event being defined by a channel state and a digital word out of said plurality of digital words; each channel state being defined by a sequence of symbols; calculating a sample branch metric for each kind of events; and calculating a branch metric by combining the sample branch metrics for each digital word obtained at a sampling time (53,54) during a symbol period.
A satellite comprising: a structural frame; and thrusters within the structural frame; wherein the thrusters include thrusters in corners of the structural frame, the thrusters located in cavities within the frame that are formed during manufacture of the frame; and wherein the frame is a cubic frame. a structural frame; and thrusters within the structural frame; wherein the thrusters include thrusters in corners of the structural frame, the thrusters located in cavities within the frame that are formed during manufacture of the frame; and wherein the frame is a cubic frame.
System (10, 10') for navigation of an autonomously navigating submersible body (30, 30', 30") during entry into a docking station (20, 20', 20") below the water surface, comprising: means for determining (22, 22') an actual motion vector (34, 34') of the autonomously navigating submersible body (30, 30', 30") in relation to the set motion vector (24, 24') describing the optimum entry direction into the docking station (20, 20', 20"), wherein the means for determining (22, 22') the actual motion is mounted on the docking station (20, 20', 20"); a calculating unit for determining the deviation between the actual motion vector (34, 34') and the set motion vector (24, 24') to determine control signals based on the deviation, wherein the calculating unit is disposed on the docking station (20, 20', 20"); and a control determining the control signals based on the deviation and controlling the autonomously navigating submersible body (30, 30', 30") during entry into a docking station (20, 20', 20") by means of the control signals such that the actual motion vector (34, 34') approaches the set motion vector (24, 24'); wherein the autonomously navigating submersible body (30, 30', 30") comprises an autonomous driving mode and remote control driving mode and wherein the control is configured to activate the remote control driving mode in the near range of the docking station. means for determining (22, 22') an actual motion vector (34, 34') of the autonomously navigating submersible body (30, 30', 30") in relation to the set motion vector (24, 24') describing the optimum entry direction into the docking station (20, 20', 20"), wherein the means for determining (22, 22') the actual motion is mounted on the docking station (20, 20', 20"); a calculating unit for determining the deviation between the actual motion vector (34, 34') and the set motion vector (24, 24') to determine control signals based on the deviation, wherein the calculating unit is disposed on the docking station (20, 20', 20"); and a control determining the control signals based on the deviation and controlling the autonomously navigating submersible body (30, 30', 30") during entry into a docking station (20, 20', 20") by means of the control signals such that the actual motion vector (34, 34') approaches the set motion vector (24, 24'); wherein the autonomously navigating submersible body (30, 30', 30") comprises an autonomous driving mode and remote control driving mode and wherein the control is configured to activate the remote control driving mode in the near range of the docking station.
A method for determining the presence or absence of an anti-drug antibody in a sample, the method comprising: contacting the sample with an excess amount of a drug to which the ADA binds to form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol, to form a precipitate comprising drug / ADA complexes; contacting the precipitate with a basic solution to dissociate the drug / ADA complexes; immobilizing the dissociated ADAs on a substrate; and determining if the ADA is present or absent in the sample. contacting the sample with an excess amount of a drug to which the ADA binds to form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol, to form a precipitate comprising drug / ADA complexes; contacting the precipitate with a basic solution to dissociate the drug / ADA complexes; immobilizing the dissociated ADAs on a substrate; and determining if the ADA is present or absent in the sample.
Rope brake comprising: a first element which comprises a rope guiding channel with an open profile, in which rope guiding channel a rope to be braked is insertable through an open side of the open profile, and a second element which is rotatable attached to the first element such that the second element closes the open side of the open profile of the rope guiding channel in a closed position and enables an insertion of the rope into the rope guiding channel through the open side of the open profile in an opened position, wherein the second element comprises a bar, and wherein the bar closes the open side of the open profile in the closed position, characterized in that the first element comprises a guiding groove configured such that in closed position an engaging region of the bar engages slidably into the guiding groove. a first element which comprises a rope guiding channel with an open profile, in which rope guiding channel a rope to be braked is insertable through an open side of the open profile, and a second element which is rotatable attached to the first element such that the second element
A light-guide light comprising a housing defining a light-guiding optical cavity having first and second major faces (5, 6), and a light source arranged to direct visible light into the cavity, to be guided between the major faces; wherein (a) the first major face comprises an interference film which, for light at a selected wavelength, substantially transmits such light that is incident on the film over a limited angular range and substantially reflects such light that is incident at other angles; and (b) the second major face comprises a reflective material; wherein the light source is arranged to direct substantially monochromatic light at the selected wavelength into the optical cavity, and the reflective material is a scattering reflective material having a total reflectance of at least 85% for light at the selected wavelength incident on the surface of the material at any angle; whereby light from within the optical cavity is emitted substantially uniformly across the first major face in the form of a substantially monochromatic beam of limited angular spread, wherein the optical cavity is generally wedge-shaped, the said first and second major faces (5, 6) being inclined to one another and meeting at one side of the optical cavity, and the light source being arranged to direct light into the cavity from the opposite side. (a) the first major face comprises an interference film which, for light at a selected wavelength, substantially transmits such light that is incident on the film over a limited angular range and substantially reflects such light that is incident at other angles; and (b) the second major face comprises a reflective material;
A method comprising: replacing a failed module with a universal module that is configured to perform at least one function of the failed module, the universal module being at least one of a universal input/output module and a universal communication module; automatically updating a label of the universal module with label information, the label being configurable and providing an image or text without any power required to maintain the image or text, the label information including configuration information representative of the configuration of the failed module. replacing a failed module with a universal module that is configured to perform at least one function of the failed module, the universal module being at least one of a universal input/output module and a universal communication module; automatically updating a label of the universal module with label information, the label being configurable and providing an image or text without any power required to maintain the image or text, the label information including configuration information representative of the configuration of the failed module.
A window configured to be installed in an inclined roof, said window comprising a frame and a sash each having a top member (8, 9), a bottom member and two side members (6, 7), the sash being pivotably connected to the frame, such that a pivotal opening movement of the sash in relation to the frame brings the sash from a closed position to an open position, and comprising an opening restrictor connected to the frame and configured to assume an engaged condition where the opening restrictor engages an engagement element on the sash, restricting the opening of the sash, and a disengaged condition in which the opening restrictor (10; 110; 210; 310) is configured to be released from said engagement element allowing an opening of the sash, characterised in that said opening restrictor (10; 110; 210; 310) comprising an arm having an activation part configured to, under influence from a pressure-activation of said activation part, activate a spring mechanism so as to allow the activation part to engage said arm for rotation thereof, bringing the arm out of engagement with the engagement element on the sash.
A method of connecting a hollow composite shaft to a collar, the method comprising: providing a hollow composite shaft with a tapered portion towards one end, wherein an inner taper angle (ø) and an outer taper angle (θ) of the tapered portion of the composite shaft are different to each other; providing an insert, the insert comprising an outer tapered surface; inserting the insert into the tapered portion of the hollow composite shaft by passing the insert through the hollow composite shaft from the end of the hollow shaft which is distal to the tapered portion of the hollow composite shaft; providing a collar, the collar comprising an inner tapered surface; fitting the collar around at least a portion of the insert and tapered portion of the hollow composite shaft; and axially forcing the collar and the insert in opposite directions so as to exert a clamping force onto the tapered portion of the hollow composite shaft between the outer tapered surface of the insert and the inner tapered surface of the collar. providing a hollow composite shaft with a tapered portion towards one end, wherein an inner taper angle (ø) and an outer taper angle (θ) of the tapered portion of the composite shaft are different to each other; providing an insert, the insert comprising an outer tapered surface; inserting the insert into the tapered portion of the hollow composite shaft by passing the insert through the hollow composite shaft from the end of the hollow shaft which is distal to the tapered portion of the hollow composite shaft; providing a collar, the collar comprising an inner tapered surface; fitting the collar around at least a portion of the insert and tapered portion of the hollow composite shaft; and axially forcing the collar and the insert in opposite directions so as to exert a clamping force onto the tapered portion of the hollow composite shaft between the outer tapered surface of the insert and the inner tapered surface of the collar.
A wheel drive device comprising: an output member; and a wheel that includes a wheel member whereby the wheel member is connected to the output member, wherein the output member and the wheel member include a spigot fitting portion in which an outer peripheral spigot surface and an inner peripheral spigot surface are spigot-fitted, characterized in that an anti-fretting agent is applied to the spigot fitting portion, and a seal member that prevents leakage of the anti-fretting agent is disposed between the output member and the wheel member. an output member; and a wheel that includes a wheel member whereby the wheel member is connected to the output member, wherein the output member and the wheel member include a spigot fitting portion in which an outer peripheral spigot surface and an inner peripheral spigot surface are spigot-fitted, characterized in that an anti-fretting agent is applied to the spigot fitting portion, and a seal member that prevents leakage of the anti-fretting agent is disposed between the output member and the wheel member.