mhurhangee/ep-ind-claims huggingface dataset:
Method to perform a boolean search over encrypted documents (D i), each document (D i) being characterized by a set of keywords (w k), all the keywords (w k) characterizing all the documents (D i) forming an index, the index being translated in an orthonormal basis in which each keyword (w k) of the index corresponds to one and only one vector (u k) of the orthonormal basis, each document (D i) being associated with a resultant vector in the span of the orthonormal basis, the resultant vectors corresponding to all the documents being stored in an encrypted search server, the method being characterized in that it further comprises the following steps: - Receiving a search query from a querier; - Transforming the search query in one query matrix of the orthonormal basis; - Determining a general result based on the result of the scalar multiplication between each row of the query matrix and each of the resultant vectors. - Receiving a search query from a querier; - Transforming the search query in one query matrix of the orthonormal basis; - Determining a general result based on the result of the scalar multiplication between each row of the query matrix and each of the resultant vectors.
A device for dispensing a fluid product including: - an outer body provided with a dispensing orifice, - an inner body, axially movable relative to said outer body between a rest position and an actuation position, said inner body forming a tank containing the fluid product to be dispensed, - a first elastic element, such as a spring, to bias said inner body towards its rest position, - an axial tubular member fixed to said outer body, inside said inner body, and partly defining an expulsion channel ending in said dispensing orifice, - a piston slidably mounted in said tank, around said axial tubular member, between a rest position and a dispensing position, - a second elastic element, such as a spring, to bias said piston towards its rest position, the dispensing device being characterized in that it further includes: - a metering chamber defined in said inner body between said piston and said axial tubular member, said metering chamber being, in the rest position, connected to said tank and isolated from said expulsion channel, and being, during actuation, isolated from said tank and connected to said expulsion channel, - said metering chamber being, in the upright position of use and storage, arranged under said tank, so that at rest it is automatically filled by gravity with the fluid product contained in said tank. - an outer body provided with a dispensing orifice, - an inner body, axially movable relative to said outer body between a rest position and an actuation position, said inner body forming a tank containing the fluid product to be dispensed, - a first elastic element, such as a spring, to bias said inner body towards its rest position, - an axial tubular member fixed to said outer body, inside said inner body, and partly defining an expulsion channel ending in said dispensing orifice, - a piston slidably mounted in said tank, around said axial tubular member, between a rest position and a dispensing position, - a second elastic element, such as a spring, to bias said piston towards its rest position, - a metering chamber defined in said inner body between said piston and said axial tubular member, said metering chamber being, in the rest position, connected to said tank and isolated from said expulsion channel, and being, during actuation, isolated from said tank and connected to said expulsion channel, - said metering chamber being, in the upright position of use and storage, arranged under said tank, so that at rest it is automatically filled by gravity with the fluid product contained in said tank.
A reactor arranged to treat aerosol particulates carried in a fluid stream passing through the reactor, the reactor comprising: a plasma chamber (126, 124) arranged to receive the fluid stream and subject particulates carried in the fluid stream to a cold plasma that has a sufficiently high concentration of reactive species to treat at least some of the particulates passing there through; an electrostatic filter located downstream of the plasma chamber for electrostatically filtering particles from the fluid stream; and a porous catalyst (130, 170, 230) located downstream of the plasma chamber and the electrostatic filter and configured to receive the fluid stream there through, wherein the catalyst is arranged to significantly enhance the conversion of reactive species that are contained in the fluid stream; and the catalyst (130, 170, 230) is subjected to an electrostatic field and/or is formed as a catalyst electrode. a plasma chamber (126, 124) arranged to receive the fluid stream and subject particulates carried in the fluid stream to a cold plasma that has a sufficiently high concentration of reactive species to treat at least some of the particulates passing there through; an electrostatic filter located downstream of the plasma chamber for electrostatically filtering particles from the fluid stream; and a porous catalyst (130, 170, 230) located downstream of the plasma chamber and the electrostatic filter and configured to receive the fluid stream there through, wherein the catalyst is arranged to significantly enhance the conversion of reactive species that are contained in the fluid stream; and the catalyst (130, 170, 230) is subjected to an electrostatic field and/or is formed as a catalyst electrode.
A mount comprising: a back plate, wherein the back plate comprises a first structure and a second structure, and wherein the first structure opposes the second structure; and a front plate configured to engage the back plate over an article of wear, wherein the front plate comprises: a base configured to receive an accessory, wherein the base comprises a third structure; characterized in that: the front plate further comprises: a slide slidably engaged with the base, wherein the slide comprises a fourth structure and a first coupler; and a swing rotatably engaged with the base, wherein the swing comprises a second coupler; wherein: the slide is configured to slide relative to the base to engage the first structure with the third structure and to engage the second structure with the fourth structure; and the swing is configured to rotate about an axis of rotation to a locked position to engage the first coupler with the second coupler, thereby preventing translation of the slide relative to the base. a back plate, wherein the back plate comprises a first structure and a second structure, and wherein the first structure opposes the second structure; and a front plate configured to engage the back plate over an article of wear, wherein the front plate comprises: a base configured to receive an accessory, wherein the base comprises a third structure; characterized in that: the front plate further comprises: a slide slidably engaged with the base, wherein the slide comprises a fourth structure and a first coupler; and a swing rotatably engaged with the base, wherein the swing comprises a second coupler; wherein: the slide is configured to slide relative to the base to engage the first structure with the third structure and to engage the second structure with the fourth structure; and the swing is configured to rotate about an axis of rotation to a locked position to engage the first coupler with the second coupler, thereby preventing translation of the slide relative to the base. a slide slidably engaged with the base, wherein the slide comprises a fourth structure and a first coupler; and a swing rotatably engaged with the base, wherein the swing comprises a second coupler; wherein: the slide is configured to slide relative to the base to engage the first structure with the third structure and to engage the second structure with the fourth structure; and the swing is configured to rotate about an axis of rotation to a locked position to engage the first coupler with the second coupler, thereby preventing translation of the slide relative to the base. the slide is configured to slide relative to the base to engage the first structure with the third structure and to engage the second structure with the fourth structure; and the swing is configured to rotate about an axis of rotation to a locked position to engage the first coupler with the second coupler, thereby preventing translation of the slide relative to the base.
Method for detecting errors during generative production of a component, comprising a cycle that repeats multiple times having the following steps: - applying compactable material to a layer using an application means, and - locally compacting material in this layer, wherein - the application means comprises a blade (2.1) and the attachment means (2.2) thereof, and wherein - in at least one cycle, at least in part automatically, a physical variable of the apparatus and/or of the component being produced is recorded and compared with a predetermined reference variable that has been previously recorded in a controlled, checked and accepted cycle, and wherein - the recording means for recording the physical variable comprises a speaker/microphone arrangement which is arranged on the attachment means (2.2), is directed towards the blade (2.1) and is connected to a processing means which is integrated in the controller of the apparatus, and wherein - recording the physical variable comprises analysis of sound by measuring the frequency and amplitude of sound waves, and the development of sound over time. - applying compactable material to a layer using an application means, and - locally compacting material in this layer, wherein - the application means comprises a blade (2.1) and the attachment means (2.2) thereof, and wherein - in at least one cycle, at least in part automatically, a physical variable of the apparatus and/or of the component being produced is recorded and compared with a predetermined reference variable that has been previously recorded in a controlled, checked and accepted cycle, and wherein - the recording means for recording the physical variable comprises a speaker/microphone arrangement which is arranged on the attachment means (2.2), is directed towards the blade (2.1) and is connected to a processing means which is integrated in the controller of the apparatus, and wherein - recording the physical variable comprises analysis of sound by measuring the frequency and amplitude of sound waves, and the development of sound over time.
A voice coil motor with a five-axis OIS structure, comprising a voice coil motor body, wherein the voice coil motor body is provided with a three-axis OIS mechanism, and a pan-tilt OIS mechanism is disposed outside the three-axis OIS mechanism; the three-axis OIS mechanism comprises a drive frame disposed outside the voice coil motor body and sleeved on the voice coil motor body, a base disposed on the drive frame, a printed circuit board, a coil fixing plate connected to the base, and a plurality of three-axis OIS coils disposed on the coil fixing plate and corresponding to magnets in the voice coil motor body, the coil fixing plate is located at the end of the voice coil motor body away from a lens in the voice coil motor body, and the drive frame is movable relative to the base; the pan-tilt OIS mechanism comprises a shell disposed outside the drive frame and connected to the base, a mounting spring disposed in the shell and connected to the voice coil motor body, four pan-tilt magnets disposed on the inner wall of the shell, and four pan-tilt coils disposed on a side wall of the drive frame and corresponding to the pan-tilt magnets. the three-axis OIS mechanism comprises a drive frame disposed outside the voice coil motor body and sleeved on the voice coil motor body, a base disposed on the drive frame, a printed circuit board, a coil fixing plate connected to the base, and a plurality of three-axis OIS coils disposed on the coil fixing plate and corresponding to magnets in the voice coil motor body, the coil fixing plate is located at the end of the voice coil motor body away from a lens in the voice coil motor body, and the drive frame is movable relative to the base; the pan-tilt OIS mechanism comprises a shell disposed outside the drive frame and connected to the base, a mounting spring disposed in the shell and connected to the voice coil motor body, four pan-tilt magnets disposed on the inner wall of the shell, and four pan-tilt coils disposed on a side wall of the drive frame and corresponding to the pan-tilt magnets.
A method for cooling and washing biomass syngas, the biomass syngas having a temperature of between 1000 and 1100°C, a dust content of less than 20 g/Nm 3, and a tar content of less than 3g/Nm 3, the method comprising the following steps: 1) introducing the syngas to a water-cooling quench tower for condensing a slag; the syngas being preliminarily cooled by a water-cooling flue device before being transported to and entering the water-cooing quench tower, 2) introducing the syngas after slag condensation to a waste heat boiler for recovering waste heat and condensing a heavy tar in the syngas; wherein the waste heat is recovered in a high temperature section and a low temperature section; the high temperature section is a water-pipe waste heat boiler, and the temperature of the syngas at an outlet thereof is controlled at between 400 and 450 °C; the low temperature section is a heat-pipe waste heat boiler, and the temperature of the syngas at an outlet thereof is controlled at 200 °C below, and wherein the waste heat recovered by the water-cooling flue device and the water-cooling quench tower is transported to the heat-pipe waste heat boiler for conducting steam-water separation, and the water is circulated for use, 3) introducing the syngas from the waste heat boiler to a scrubbing-cooling tower for removing dust and decreasing a temperature of the syngas; and 4) introducing the syngas after dust removal and temperature decrease from the scrubbing-cooling tower to an electro-precipitator for further removing the dust and the tar. 1) introducing the syngas to a water-cooling quench tower for condensing a slag; the syngas being preliminarily cooled by a water-cooling flue device before being transported to and entering the water-cooing quench tower, 2) introducing the syngas after slag condensation to a waste heat boiler for recovering waste heat and condensing a heavy tar in the syngas; wherein the waste heat is recovered in a high temperature section and a low temperature section; the high temperature section is a water-pipe waste heat boiler, and the temperature of the syngas at an outlet thereof is controlled at between 400 and 450 °C; the low temperature section is a heat-pipe waste heat boiler, and the temperature of the syngas at an outlet thereof is controlled at 200 °C below, and wherein the waste heat recovered by the water-cooling flue device and the water-cooling quench tower is transported to the heat-pipe waste heat boiler for conducting steam-water separation, and the water is circulated for use, 3) introducing the syngas from the waste heat boiler to a scrubbing-cooling tower for removing dust and decreasing a temperature of the syngas; and 4) introducing the syngas after dust removal and temperature decrease from the scrubbing-cooling tower to an electro-precipitator for further removing the dust and the tar.
An apparatus comprising: a. a tube comprising i. a distal end portion having a sidewall with a plurality of holes located therein, wherein said distal end portion is configured to be disposed in an upper digestive system of a patient; and ii. a proximal end portion that is configured to pass through the patient's abdominal wall when the distal end portion of the tube is disposed in the upper digestive system of the patient; and b. a first retention member (2' and 33) attached to the tube to prevent dislodgement of the tube, wherein the first retention member (2' and 33) is configured with respect to the tube so that the proximal end portion of the tube will lie substantially flush with the patient's abdominal surface when the distal end portion of the tube is disposed in the upper digestive system of the patient, and characterised in that the first retention member (2' and 33) is configured with respect to the tube so that a position of the retention member is adjustable with respect to the tube to accommodate changes in thickness of the abdominal wall. a. a tube comprising i. a distal end portion having a sidewall with a plurality of holes located therein, wherein said distal end portion is configured to be disposed in an upper digestive system of a patient; and ii. a proximal end portion that is configured to pass through the patient's abdominal wall when the distal end portion of the tube is disposed in the upper digestive system of the patient; and i. a distal end portion having a sidewall with a plurality of holes located therein, wherein said distal end portion is configured to be disposed in an upper digestive system of a patient; and ii. a proximal end portion that is configured to pass through the patient's abdominal wall when the distal end portion of the tube is disposed in the upper digestive system of the patient; and b. a first retention member (2' and 33) attached to the tube to prevent dislodgement of the tube, wherein the first retention member (2' and 33) is configured with respect to the tube so that the proximal end portion of the tube will lie substantially flush with the patient's abdominal surface when the distal end portion of the tube is disposed in the upper digestive system of the patient, and characterised in that the first retention member (2' and 33) is configured with respect to the tube so that a position of the retention member is adjustable with respect to the tube to accommodate changes in thickness of the abdominal wall.
Turbine blade for a gas turbine, comprising a main blade part, around which a hot gas can flow and which comprises a suction-side wall and a pressure-side wall which extend in the direction of flow of the hot gas from a common leading edge to a trailing edge, wherein at least one opening for blowing out a coolant which cools the main blade part beforehand is arranged on the trailing edge, which at least one opening is fluidically connected to a cavity arranged in the main blade part by means of a channel, wherein the channel is also delimited by an inwardly facing face of the suction-side wall and by an inwardly facing face of the pressure-side wall and a throttling element is provided for setting the quantity of coolant emerging from the opening, characterized in that the throttling element comprises two elevations (42, 44) upstream - in relation to the throughflow direction of the channel - of the opening in question, which are arranged offset in relation to one another - as seen in the throughflow direction of the cooling channel - and between which there is arranged the minimum throughflow cross section of the channel, wherein the two throttling elements are each arranged on one of the two inwardly facing faces (34, 36).
A take-up control method for use in an electronic pattern knitting machine for controlling a take-up mechanism with a take-up control unit, while a tubular knitted fabric is knitted by a knitting unit in accordance with a knitting condition, including a pattern setting of the knitted fabric by means of the take-up mechanism including take-up rollers and a take-up servomotor for roller drive purposes, in which: by means of the take-up control unit a control mode of the take-up servo motor is settable to one of modes including a torque control mode, in which the take-up servo motor is driven so that a take-up tension of the knitted fabric may be constant, and a position control mode in which the take-up servo motor is driven at a certain angle of rotation relative to rotation of the knitting unit; characterized in that in the event that a change is made from a first pattern to a second pattern while the knitted fabric having the first pattern is produced under the position control mode, the position control mode is automatically switched over to the torque control mode to enable an automatic take-up of the knitted fabric having the second pattern to be performed under the torque control mode. by means of the take-up control unit a control mode of the take-up servo motor is settable to one of modes including a torque control mode, in which the take-up servo motor is driven so that a take-up tension of the knitted fabric may be constant, and a position control mode in which the take-up servo motor is driven at a certain angle of rotation relative to rotation of the knitting unit;
A complement inhibitor for use in a method of treating Immune-Mediated Necrotizing Myopathy (IMNM), the method comprising administering the complement inhibitor to a subject.
Method for determining the oxygen concentration (C O) of a sample made of a semiconductor material from the thermal donor concentration (N TDD), comprising the step of: a) submitting the sample to a heat treatment to form thermal donors, characterized in that it comprises the steps of: b) measuring the resistivity (p) in an area of the sample, c) determining the thermal donor concentration (N TDD) from: - a relation expressing the mobility (μ) of charge carriers according to an ionized dopant impurity concentration (N A, N D), by adding to the ionized dopant impurity concentration four times the thermal donor concentration (N TDD), and - the measured resistivity value. a) submitting the sample to a heat treatment to form thermal donors, b) measuring the resistivity (p) in an area of the sample, c) determining the thermal donor concentration (N TDD) from: - a relation expressing the mobility (μ) of charge carriers according to an ionized dopant impurity concentration (N A, N D), by adding to the ionized dopant impurity concentration four times the thermal donor concentration (N TDD), and - the measured resistivity value. - a relation expressing the mobility (μ) of charge carriers according to an ionized dopant impurity concentration (N A, N D), by adding to the ionized dopant impurity concentration four times the thermal donor concentration (N TDD), and - the measured resistivity value.