mhurhangee/ep-ind-claims huggingface dataset:
A sensor clip assembly which is adapted to optically monitoring blood flowing through a blood chamber comprising a viewing window and a chamber body, the sensor clip assembly comprising: a housing having two opposing arms (344, 346) capable of being fastened to the blood chamber; at least one emitter (941, 943, 945) in one of the opposing arms; at least one photodetector (911, 913) in the other opposing arm positioned relative to the at least one emitter (941, 943, 945) such that light emitted by the at least one emitter (941, 943, 945) is capable of being received at the at least one photodetector (911, 913) after passing through a blood chamber to which the sensor clip assembly is fastened; characterized by comprising a microcontroller within the housing configured to receive conditioned analog signals, wherein the conditioned analog signals are based on raw analog signals generated by the at least one photodetector (911, 913), to convert the conditioned analog signals to digital data, and to calculate at least one parameter corresponding to blood in a blood chamber to which the sensor clip assembly is fastened based on the digital data; wherein the microcontroller is configured to perform field recalibration with respect to the sensor clip assembly, and an output port configured to output from the sensor clip assembly results of calculations performed by the microcontroller to an external device. a housing having two opposing arms (344, 346) capable of being fastened to the blood chamber; at least one emitter (941, 943, 945) in one of the opposing arms; at least one photodetector (911, 913) in the other opposing arm positioned relative to the at least one emitter (941, 943, 945) such that light emitted by the at least one emitter (941, 943, 945) is capable of being received at the at least one photodetector (911, 913) after passing through a blood chamber to which the sensor clip assembly is fastened; characterized by comprising a microcontroller within the housing configured to receive conditioned analog signals, wherein the conditioned analog signals are based on raw analog signals generated by the at least one photodetector (911, 913), to convert the conditioned analog signals to digital data, and to calculate at least one parameter corresponding to blood in a blood chamber to which the sensor clip assembly is fastened based on the digital data; wherein the microcontroller is configured to perform field recalibration with respect to the sensor clip assembly, and an output port configured to output from the sensor clip assembly results of calculations performed by the microcontroller to an external device.
A composition comprising: from 50 to 99.5 weight percent based on the total weight of the composition of a melt-processable thermoplastic hydrocarbon polymer; a thermoplastic silicone-containing polymeric process additive selected from the group consisting of linear polydiorganosiloxane polyamide block polymers and polydiorganosiloxane urethane-containing copolymers; and a hindered amine light stabilizer; wherein the weight ratio of the silicone-containing polymeric process additive to hindered amine light stabilizer is from 0.5:1 to 1.5:1. from 50 to 99.5 weight percent based on the total weight of the composition of a melt-processable thermoplastic hydrocarbon polymer; a thermoplastic silicone-containing polymeric process additive selected from the group consisting of linear polydiorganosiloxane polyamide block polymers and polydiorganosiloxane urethane-containing copolymers; and a hindered amine light stabilizer; wherein the weight ratio of the silicone-containing polymeric process additive to hindered amine light stabilizer is from 0.5:1 to 1.5:1.
A garment (100, 200) having a sleeve construction, the garment (100, 200) comprising: a torso covering portion (114, 210) defining at least a first sleeve opening, and a second sleeve opening; a first sleeve extending from the first sleeve opening; and a second sleeve extending from the second sleeve opening, the first and second sleeves (212, 214) each having a proximal end (228, 232) and a distal end (230, 234) defining a length therebetween, wherein: the first sleeve has a first pocket opening in communication with a first pocket space, the first pocket opening positioned on an anterior aspect of the first sleeve at a location superior to the midway point between the proximal end (228, 232) and the distal end (230, 234) of the first sleeve, the first pocket space extending in a lateral direction with respect to the first pocket opening, and the second sleeve has a second pocket opening in communication with a second pocket space, the second pocket opening positioned on a medial aspect of the second sleeve at a location superior to the midway point between the proximal end (228, 232) and the distal end (230, 234) of the second sleeve, the second pocket space extending in a lateral direction with respect to the second pocket opening.
Jig adapted to clamping samples disintegrating by pulsating water jet, wherein it is comprising a clamping plate with both transversely and longitudinally milled slots, on which are fixed clamping flanges by means of screws, wherein the clamping flanges together with the slots in the clamping plate form the T-slotted guide for the T-nut inserted in the T-slots for securing the clamp located on the top surface of the flange, wherein the clamp comprises a locking screw and clamping screws, which are screwed into lateral side of the clamp passing through its entire dimension and in the lateral peripheral sides of the clamping plate height-adjustable stop rails are mounted on bolts located on the sides of the clamping plate.
A method of producing an individual personalized pharmacotherapy regime for a living patient, comprising: isolating a population of pulmonary arterial endothelial cells from a sample from the living patient which has been obtained by introducing an inflatable balloon catheter into a vein of the patient and advancing the catheter through the right heart and into a branch of the pulmonary artery, inflating the balloon catheter, removing the balloon catheter from the patient, collecting a total cell population adhering to the spent balloon catheter; and, purifying the population of pulmonary endothelial cells away from the total cell population; performing one or multiple in vitro cell-based screens or assays to measure cellular phenotypic characteristics or cellular response from the patient's isolated pulmonary arterial endothelial cells population; analyzing results of the in vitro cell-based screens or assays; and, generating a personalized pharmacotherapy regime for the individual patient. isolating a population of pulmonary arterial endothelial cells from a sample from the living patient which has been obtained by introducing an inflatable balloon catheter into a vein of the patient and advancing the catheter through the right heart and into a branch of the pulmonary artery, inflating the balloon catheter, removing the balloon catheter from the patient, collecting a total cell population adhering to the spent balloon catheter; and, purifying the population of pulmonary endothelial cells away from the total cell population; performing one or multiple in vitro cell-based screens or assays to measure cellular phenotypic characteristics or cellular response from the patient's isolated pulmonary arterial endothelial cells population; analyzing results of the in vitro cell-based screens or assays; and, generating a personalized pharmacotherapy regime for the individual patient.
A cold flow resistant composition comprising: (a) a diene rubber; and (b) a conjugated diene monovinylarene block copolymer; wherein: a solution viscosity of the composition is less than a solution viscosity of the diene rubber; and a cold flow of the composition is less than a cold flow of the diene rubber. (a) a diene rubber; and (b) a conjugated diene monovinylarene block copolymer; a solution viscosity of the composition is less than a solution viscosity of the diene rubber; and a cold flow of the composition is less than a cold flow of the diene rubber.
A stator for electric motors, which comprises a plurality of teeth (22, 23) which are arranged circumferentially so as to form a substantially cylindrical hollow body and which between them define a plurality of inner longitudinal cavities which are arranged radially: inside said inner longitudinal cavities there being arranged a plurality of bent wires (J1-J12) which form at least one cylindrical winding, said teeth (23, 22) comprising a plurality of inner teeth which are inserted radially from the inside of the cylindrical winding before the cylindrical winding is converted from a flattened straight winding, and a plurality of complementary outer teeth; said inner teeth and said outer teeth being welded together so as to form a continuous ring, characterized in that said outer teeth are inserted radially from the outside of the cylindrical winding, wherein each one of said inner longitudinal cavities is defined in one of said outer teeth, said inner teeth being provided with feet along the surface that defines said inner cylindrical cavity; said feet closing at least partially the inner longitudinal cavities toward the inner cylindrical cavity, including behind them said bent wires (J1-J12), said inner teeth being positioned so that each inner teeth has two adjacent outer teeth at each one of its sides. said teeth (23, 22) comprising a plurality of inner teeth which are inserted radially from the inside of the cylindrical winding before the cylindrical winding is converted from a flattened straight winding, and a plurality of complementary outer teeth; said inner teeth and said outer teeth being welded together so as to form a continuous ring, characterized in that said outer teeth are inserted radially from the outside of the cylindrical winding, wherein each one of said inner longitudinal cavities is defined in one of said outer teeth, said inner teeth being provided with feet along the surface that defines said inner cylindrical cavity; said feet closing at least partially the inner longitudinal cavities toward the inner cylindrical cavity, including behind them said bent wires (J1-J12), said inner teeth being positioned so that each inner teeth has two adjacent outer teeth at each one of its sides.
A gas bearing intersecting a cylinder via a trailing edge key, comprising: the trailing edge key residing within a key way of the cylinder between a side of the key way and a corrugated foil within the cylinder; and a first foil forming an inner loop and an intermediary loop, wherein the inner loop extends in a first direction from a first end to an intermediary portion; characterised in that the intermediary loop extends from the intermediary portion to the trailing edge key; wherein the intermediary loop extends along a radius that is greater than a 180° to the trailing edge key; and wherein the trailing edge key abuts a side of the key way and is formed without exceeding an ultimate elongation of the first foil. the trailing edge key residing within a key way of the cylinder between a side of the key way and a corrugated foil within the cylinder; and a first foil forming an inner loop and an intermediary loop, wherein the inner loop extends in a first direction from a first end to an intermediary portion; characterised in that the intermediary loop extends from the intermediary portion to the trailing edge key; wherein the intermediary loop extends along a radius that is greater than a 180° to the trailing edge key; and wherein the trailing edge key abuts a side of the key way and is formed without exceeding an ultimate elongation of the first foil.
A portable terminal comprising functional units configured to perform an operation for reducing power consumption in the portable terminal, the portable terminal comprising: an application processor for controlling execution of applications; a state determination unit; a sensor configured to obtain sensing information; and a memory; wherein the state determination unit is configured independently from the application processor and is configured to operate while the application processor is in a sleep state, to store sensing information obtained from the sensor in the memory while the application processor is in the sleep state, and wherein if it is determined that the portable terminal escapes from an idle mode, the state determination unit requests the application processor to wake up; wherein when the application processor enters a wake-up state, the application processor is configured to determine a movement of a user of the portable terminal based on said previously stored sensing information. an application processor for controlling execution of applications; a state determination unit; a sensor configured to obtain sensing information; and a memory; wherein the state determination unit is configured independently from the application processor and is configured to operate while the application processor is in a sleep state, to store sensing information obtained from the sensor in the memory while the application processor is in the sleep state, and wherein if it is determined that the portable terminal escapes from an idle mode, the state determination unit requests the application processor to wake up; wherein when the application processor enters a wake-up state, the application processor is configured to determine a movement of a user of the portable terminal based on said previously stored sensing information.
A heavy-duty tire comprising: a tread part configured to contact with a road surface; a steel belt part comprising one or more steel belts (121, 122, 123, 124) formed inside the tread part; and a plurality of reinforcing belt parts; wherein the steel belt part comprises: a first steel belt disposed adjacent to a carcass; a second steel belt positioned above the first steel belt; a third steel belt positioned above the second steel belt; and a fourth steel belt positioned above the third steel belt; characterized in that each of the reinforcing belt parts is manufactured as a rolling product made by winding steel cords in a circumferential direction of the tire; wherein each of the reinforcing belt parts is inserted between the second steel belt and the third steel belt and wound in the circumferential direction of the tire; and wherein the reinforcing belt parts are respectively formed at two opposite sides and a central portion of the tread part and disposed to be spaced apart from one another. a tread part configured to contact with a road surface; a steel belt part comprising one or more steel belts (121, 122, 123, 124) formed inside the tread part; and a plurality of reinforcing belt parts; wherein the steel belt part comprises: a first steel belt disposed adjacent to a carcass; a second steel belt positioned above the first steel belt; a third steel belt positioned above the second steel belt; and a first steel belt disposed adjacent to a carcass; a second steel belt positioned above the first steel belt; a third steel belt positioned above the second steel belt; and a fourth steel belt positioned above the third steel belt; characterized in that each of the reinforcing belt parts is manufactured as a rolling product made by winding steel cords in a circumferential direction of the tire; wherein each of the reinforcing belt parts is inserted between the second steel belt and the third steel belt and wound in the circumferential direction of the tire; and wherein the reinforcing belt parts are respectively formed at two opposite sides and a central portion of the tread part and disposed to be spaced apart from one another.
A method for the production of hydrogen from a H 2 S-containing gas stream, comprising subjecting the gas stream to catalytic oxidative cracking so as to form H 2 and S 2, using a catalyst comprising iron and molybdenum supported by a carrier comprising aluminium, wherein the catalytic oxidative cracking is conducted at a temperature of from 900°C to 1500°C, wherein the catalytic oxidative cracking is conducted substantially autothermally and/or is conducted on the basis of a H 2 S/O 2 molar ratio between 4:1 and 4.5:1, wherein the catalytic oxidative cracking is conducted in one or more reaction zones using an oxygen-containing gas stream comprising at least 40 vol.% oxygen, wherein a reaction zone is separately fed with H 2 S-containing gas and the oxygen-containing gas, and wherein the H 2 S-containing gas and oxygen-containing gas are mixed prior to entering the catalytic bed with the catalyst.
A nuclear power plant located adjacent to a body of water, the plant comprising, in order of distance from the body of water: a cooling water pump house, a turbine hall, and a nuclear reactor in a containment structure; the nuclear power plant having a protective superstructure, the nuclear power plant being characterised in that the protective superstructure comprises: a first end region configured to cover the containment structure, a second end region opposite the first end region configured to cover the cooling water pump house, and a central region between the first and second end regions configured to cover the turbine hall, and wherein the superstructure has an oval-shaped plan profile, the oval having a greater degree of curvature at the first end region than at the second end region. a cooling water pump house, a turbine hall, and a nuclear reactor in a containment structure; the nuclear power plant having a protective superstructure, the nuclear power plant being characterised in that the protective superstructure comprises: a first end region configured to cover the containment structure, a second end region opposite the first end region configured to cover the cooling water pump house, and a central region between the first and second end regions configured to cover the turbine hall, and wherein the superstructure has an oval-shaped plan profile, the oval having a greater degree of curvature at the first end region than at the second end region.
Child seat for attaching to a motor vehicle seat, comprising a first anchoring means for anchoring the child seat and/or a seat unit of the child seat, and a second anchoring means for anchoring the child seat and/or the seat unit of the child seat, wherein the first anchoring means forms an upper anchoring means and the second anchoring means forms a lower anchoring means, or the first anchoring means forms a lower anchoring means and the second anchoring means forms an upper anchoring means, characterized in that the first anchoring means is designed such that it can adopt at least one first and a second configuration, wherein when the first anchoring means adopts the first configuration, an anchoring of the second anchoring means is blocked. wherein the first anchoring means forms an upper anchoring means and the second anchoring means forms a lower anchoring means, or the first anchoring means forms a lower anchoring means and the second anchoring means forms an upper anchoring means, characterized in that the first anchoring means is designed such that it can adopt at least one first and a second configuration, wherein when the first anchoring means adopts the first configuration, an anchoring of the second anchoring means is blocked.
Process for the production of stone material manufactured articles comprising the following steps: preparing a solid or flat plate of stone material and pasting on a surface of said plate a support of a flexible material, cutting or sectioning of said plate so as to obtain a laminate panel of a determined minimum thickness, winding said laminate panel on a roller or equivalent curved surface so as to obtain the crushing of said panel in pieces or irregular parts; realizing the impregnation or coating of said crushed panel with polymeric materials or thermosetting resins; recomposing the planarity of said panel.
A cheese analogue food product comprising, based on the total weight of the cheese analogue food product a) from 16 to 35 percentage by weight (wt. %) of one or more starches b) from 10 to 40 wt. % of a glyceride composition, and c) less than 10 wt. % of proteins wherein the glyceride composition comprises, based on the total weight of the glyceride composition: d) less than 70 wt. % of saturated fatty acid residues (SAFA), e) less than 5 wt. % of trans fatty acid residues; and wherein the glyceride composition has f) a solid fat content at 20 °C from 5 to 50 wt. %, the SFC value being measured according to the standard IUPAC (International Union of Pure and Applied Chemistry) 2.150 a method, and wherein the cheese analogue food product is substantially free of animal-derived fats and oils, natural cheese and/or processed cheese, and wherein the cheese analogue food product has, based on the total weight of the cheese analogue food product, a saturated fatty acid residues (SAFA) from 2.5 to 11.5 wt. %. a) from 16 to 35 percentage by weight (wt. %) of one or more starches b) from 10 to 40 wt. % of a glyceride composition, and c) less than 10 wt. % of proteins wherein the glyceride composition comprises, based on the total weight of the glyceride composition: d) less than 70 wt. % of saturated fatty acid residues (SAFA), e) less than 5 wt. % of trans fatty acid residues; d) less than 70 wt. % of saturated fatty acid residues (SAFA), e) less than 5 wt. % of trans fatty acid residues; and wherein the glyceride composition has f) a solid fat content at 20 °C from 5 to 50 wt. %, the SFC value being measured according to the standard IUPAC (International Union of Pure and Applied Chemistry) 2.150 a method, and wherein the cheese analogue food product is substantially free of animal-derived fats and oils, natural cheese and/or processed cheese, and wherein the cheese analogue food product has, based on the total weight of the cheese analogue food product, a saturated fatty acid residues (SAFA) from 2.5 to 11.5 wt. %.
A temperature-measuring display system, comprising: a display panel configured to display a graphical image; and temperature measurement circuitry, comprising: a mesh layer disposed in the display panel, wherein the mesh layer comprises rows and columns of wire, wherein the rows and columns of wire are made up by data lines and scanning lines of the display panel; and measurement circuitry configured to measure baseline capacitance values and changes from the baseline capacitance values at portions in the mesh layer where the rows and columns intersect, and to determine temperature values in one or more areas of the display panel that correspond to one or more intersections of the rows and columns of the mesh layer based upon said changes from the baseline capacitance values in the mesh layer. a display panel configured to display a graphical image; and temperature measurement circuitry, comprising: a mesh layer disposed in the display panel, wherein the mesh layer comprises rows and columns of wire, wherein the rows and columns of wire are made up by data lines and scanning lines of the display panel; and measurement circuitry configured to measure baseline capacitance values and changes from the baseline capacitance values at portions in the mesh layer where the rows and columns intersect, and to determine temperature values in one or more areas of the display panel that correspond to one or more intersections of the rows and columns of the mesh layer based upon said changes from the baseline capacitance values in the mesh layer. a mesh layer disposed in the display panel, wherein the mesh layer comprises rows and columns of wire, wherein the rows and columns of wire are made up by data lines and scanning lines of the display panel; and measurement circuitry configured to measure baseline capacitance values and changes from the baseline capacitance values at portions in the mesh layer where the rows and columns intersect, and to determine temperature values in one or more areas of the display panel that correspond to one or more intersections of the rows and columns of the mesh layer based upon said changes from the baseline capacitance values in the mesh layer.