mhurhangee/ep-ind-claims huggingface dataset:
A water analysis sensor electrode for determining an analyte in water, comprising: a closed sensor electrode housing with an electrolyte solution, a measuring electrode an a gas bubble enclosed in the sensor electrode housing, and an ion-selective sensor electrode diaphragm arranged at the lower distal end of the sensor electrode housing, characterized in that a rod element is placed in the sensor electrode housing so that a continuous open capillary channel extends over the length of the sensor electrode housing between the rod element and the inner wall, and the density of the material of the rod element is higher than the density of the electrolyte solution so that the rod element rests on the bottom of the sensor electrode housing. a closed sensor electrode housing with an electrolyte solution, a measuring electrode an a gas bubble enclosed in the sensor electrode housing, and an ion-selective sensor electrode diaphragm arranged at the lower distal end of the sensor electrode housing, characterized in that a rod element is placed in the sensor electrode housing so that a continuous open capillary channel extends over the length of the sensor electrode housing between the rod element and the inner wall, and the density of the material of the rod element is higher than the density of the electrolyte solution so that the rod element rests on the bottom of the sensor electrode housing.
A method for decomposing and removing oils and fats, comprising contacting Yarrowia lipolytica that assimilates free fatty acids with fatty acids that are hydrolyzed products of triacylglycerol or with fatty acids and glycerol being hydrolyzed from triacylglycerol, wherein the Yarrowia lipolytica does not secrete a lipase and is a strain specified by Accession No. NITE BP-1167.
Device for the mixing of fluids comprising: - at least a first supply line of a first fluid; - at least first valve means arranged along said first supply line; - first control means able to command the opening/closure of said first valve means to regulate the flow rate of the first fluid itself; - at least a second supply line of a second fluid; - at least second valve means arranged along said second supply line; - second control means able to command the opening/closure of said second valve means to regulate the flow rate of the second fluid itself; - driving means of at least one of said first and second control means (5, 8) configured to maintain at least a predefined ratio between the flow rate of said first fluid and the flow rate of said second fluid; - mixing means of said first and second fluid communicating with said first and said second supply line (3, 6); wherein said driving means comprise generation means (21, 22) of an impulsive driving signal by pulses configured to open said first valve means and/or said second valve means for an impulsive opening time (Ton) and to close said first valve means and/or said second valve means for an impulsive closure time (T-off), characterised in that the ratio between said impulsive opening time (T-on) and said impulsive closure time (T-off) for each of said pulses is constant and said pulses have a variable repetition frequency. - at least a first supply line of a first fluid; - at least first valve means arranged along said first supply line; - first control means able to command the opening/closure of said first valve means to regulate the flow rate of the first fluid itself; - at least a second supply line of a second fluid; - at least second valve means arranged along said second supply line; - second control means able to command the opening/closure of said second valve means to regulate the flow rate of the second fluid itself; - driving means of at least one of said first and second control means (5, 8) configured to maintain at least a predefined ratio between the flow rate of said first fluid and the flow rate of said second fluid; - mixing means of said first and second fluid communicating with said first and said second supply line (3, 6);
Disc brake for a utility vehicle, comprising (a) a brake calliper overriding a brake disc (b) a brake application means disposed in said brake calliper for pressing brake linings against said brake disc, (c) two adjusting spindles disposed in parallel to each other and spaced from each other, which are operatively connected to said brake application means, (d) an adjusting means positioned in said brake calliper, provided for substantially compensating a wear-induced clearance between said brake lining and said brake disc by means of axial adjustment of said adjusting spindles, as well as (e) a synchronizing means positioned outside of said brake calliper and including a transmission mechanism with traction means, provided for synchronized adjustment of said two adjusting spindles, characterised in that (f) a traction means, which is held in stationary position, acts on the traction means of said transmission mechanism with traction means, which traction means is held on a closing plate in a form-locking manner along the direction of traction of said traction means, with said closing plate covering said transmission mechanism with traction means on the outside of said brake calliper. (a) a brake calliper overriding a brake disc (b) a brake application means disposed in said brake calliper for pressing brake linings against said brake disc, (c) two adjusting spindles disposed in parallel to each other and spaced from each other, which are operatively connected to said brake application means, (d) an adjusting means positioned in said brake calliper, provided for substantially compensating a wear-induced clearance between said brake lining and said brake disc by means of axial adjustment of said adjusting spindles, as well as (e) a synchronizing means positioned outside of said brake calliper and including a transmission mechanism with traction means, provided for synchronized adjustment of said two adjusting spindles, characterised in that (f) a traction means, which is held in stationary position, acts on the traction means of said transmission mechanism with traction means, which traction means is held on a closing plate in a form-locking manner along the direction of traction of said traction means, with said closing plate covering said transmission mechanism with traction means on the outside of said brake calliper.
An antibody detection device comprising: a sample loading region; a conjugate region, wherein said conjugate region comprises (i) a mobilizable first detector including an Fc-binding molecule capable of binding to the Fc region of the antibody, wherein the Fc-binding molecule is conjugated to a first detectable entity, and (ii) a mobilizable second detector, wherein the second detector comprises an antigen or antigenic peptide conjugated to a second detectable entity, said antigen or antigenic peptide being capable of specifically binding to the variable region of the antibody; and a test region, wherein said test region comprises an immobilized capture entity capable of specifically binding to the antibody; wherein the sample loading region, the conjugate region and the test region are configured so that in operation a liquid sample when loaded into the sample loading region, is in fluid communication with the conjugate region and the test region. a sample loading region; a conjugate region, wherein said conjugate region comprises (i) a mobilizable first detector including an Fc-binding molecule capable of binding to the Fc region of the antibody, wherein the Fc-binding molecule is conjugated to a first detectable entity, and (ii) a mobilizable second detector, wherein the second detector comprises an antigen or antigenic peptide conjugated to a second detectable entity, said antigen or antigenic peptide being capable of specifically binding to the variable region of the antibody; and a test region, wherein said test region comprises an immobilized capture entity capable of specifically binding to the antibody; wherein the sample loading region, the conjugate region and the test region are configured so that in operation a liquid sample when loaded into the sample loading region, is in fluid communication with the conjugate region and the test region.
A reducer of an electric power steering apparatus, the reducer comprising: a worm shaft having a first end coupled to a damping coupler and rotatably coupled to a first bearing coupled to a housing and a second end rotatably coupled to a second bearing coupled to the housing; a damper disposed on an outer race of the second bearing to support the second bearing in an axial direction with respect to the worm shaft; and a damper support member having a first side contacting the damper to support the damper in the axial direction and a second side disposed on an inner face of the housing, characterized in that the damper support member has a hollow shape, and the second end of the worm shaft is coupled with a third bearing disposed inside the damper support member. a worm shaft having a first end coupled to a damping coupler and rotatably coupled to a first bearing coupled to a housing and a second end rotatably coupled to a second bearing coupled to the housing; a damper disposed on an outer race of the second bearing to support the second bearing in an axial direction with respect to the worm shaft; and a damper support member having a first side contacting the damper to support the damper in the axial direction and a second side disposed on an inner face of the housing, characterized in that the damper support member has a hollow shape, and the second end of the worm shaft is coupled with a third bearing disposed inside the damper support member.
A system, comprising: a hydraulic transfer system configured to exchange pressures between a first fluid and a second fluid, wherein the first fluid has a pressure higher than the second fluid, comprising: a sleeve; a cylindrical rotor disposed within the sleeve in a concentric arrangement, wherein the cylindrical rotor is configured to rotate circumferentially about a rotational axis and has a first end face and a second end face disposed opposite each other; a first end cover having a first surface that interfaces with the first end face of the cylindrical rotor; and a second end cover having a second surface that interfaces with the second end face of the cylindrical rotor; characterized in that a radial clearance between the sleeve and the cylindrical rotor varies about the rotational axis. a hydraulic transfer system configured to exchange pressures between a first fluid and a second fluid, wherein the first fluid has a pressure higher than the second fluid, comprising: a sleeve; a cylindrical rotor disposed within the sleeve in a concentric arrangement, wherein the cylindrical rotor is configured to rotate circumferentially about a rotational axis and has a first end face and a second end face disposed opposite each other; a first end cover having a first surface that interfaces with the first end face of the cylindrical rotor; and a second end cover having a second surface that interfaces with the second end face of the cylindrical rotor; characterized in that a radial clearance between the sleeve and the cylindrical rotor varies about the rotational axis. a sleeve; a cylindrical rotor disposed within the sleeve in a concentric arrangement, wherein the cylindrical rotor is configured to rotate circumferentially about a rotational axis and has a first end face and a second end face disposed opposite each other; a first end cover having a first surface that interfaces with the first end face of the cylindrical rotor; and a second end cover having a second surface that interfaces with the second end face of the cylindrical rotor; characterized in that a radial clearance between the sleeve and the cylindrical rotor varies about the rotational axis.
Support system (16, 24) for a train, said support system comprising: - a support surface provided on the underside of the support system during use acting on an underlying track section; - an inner pressure chamber provided in or on the support surface; - a feed arranged in the pressure chamber for feeding a fluid; - a first rim located around the inner pressure chamber, wherein at least a part of the rim is flexible; and - a second rim arranged around the first rim such that a pressure chamber is created between the two adjacent rims, and wherein the fluid flows laterally as seen from the inner pressure chamber to the outer second rim, characterized in that the fluid comprises air configured for achieving a load bearing capacity. - a support surface provided on the underside of the support system during use acting on an underlying track section; - an inner pressure chamber provided in or on the support surface; - a feed arranged in the pressure chamber for feeding a fluid; - a first rim located around the inner pressure chamber, wherein at least a part of the rim is flexible; and - a second rim arranged around the first rim such that a pressure chamber is created between the two adjacent rims, and wherein the fluid flows laterally as seen from the inner pressure chamber to the outer second rim,
Fiber reinforced composition comprising (a) a heterophasic propylene copolymer (HECO), (b) a propylene homopolymer (H-PP1) and/or a propylene copolymer (C-PP1), and (c) fibers having an average diameter of 12.0 μm or less and an aspect ratio of 150 to 450, wherein (i) the propylene copolymer (C-PP1) comprises not more than 2.0 wt.-% C 2 to C 10 α-olefins other than propylene, (ii) the propylene homopolymer (H-PP1) and the propylene copolymer (C-PP1) have a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 50 g/10min, and (iii) the fiber reinforced composition has a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 10 g/10min. (a) a heterophasic propylene copolymer (HECO), (b) a propylene homopolymer (H-PP1) and/or a propylene copolymer (C-PP1), and (c) fibers having an average diameter of 12.0 μm or less and an aspect ratio of 150 to 450, (i) the propylene copolymer (C-PP1) comprises not more than 2.0 wt.-% C 2 to C 10 α-olefins other than propylene, (ii) the propylene homopolymer (H-PP1) and the propylene copolymer (C-PP1) have a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 50 g/10min, and (iii) the fiber reinforced composition has a melt flow rate MFR 2 (230 °C) measured according to ISO 1133 of at least 10 g/10min.
A computer-implemented method for obtaining information about foods consumed by a diabetic subject to control their food intake and accompanying blood glucose levels, the method comprising: - determining, by a location detection system of a portable device possessed by the subject, a location of the portable device; - providing, at an output device of the portable device, to the subject a list of food items, provided by a food database containing information about various foods, in which foods available at the determined location are at least emphasized, wherein said providing to the subject the list of food items includes emphasizing the foods available at the determined location by sorting the list of food items based on proximity to the subject; - if it is determined that the determined location lacks food items that meet dietary requirements for the subject, providing via the portable device a list of alternative locations that meet the dietary requirements for the subject; - receiving, at an input device of the portable device, a selection from the list that is indicative of a food consumed by the subject; - collecting glucose readings from the subject; - storing the glucose readings and the selection of the food consumed in a memory of the portable device or in the food database; and - processing the glucose readings and the selection of the food consumed to identify any patterns for the glucose readings. - determining, by a location detection system of a portable device possessed by the subject, a location of the portable device; - providing, at an output device of the portable device, to the subject a list of food items, provided by a food database containing information about various foods, in which foods available at the determined location are at least emphasized, wherein said providing to the subject the list of food items includes emphasizing the foods available at the determined location by sorting the list of food items based on proximity to the subject; - if it is determined that the determined location lacks food items that meet dietary requirements for the subject, providing via the portable device a list of alternative locations that meet the dietary requirements for the subject; - receiving, at an input device of the portable device, a selection from the list that is indicative of a food consumed by the subject; - collecting glucose readings from the subject; - storing the glucose readings and the selection of the food consumed in a memory of the portable device or in the food database; and - processing the glucose readings and the selection of the food consumed to identify any patterns for the glucose readings.
A method of operating a network entity (101, 104; 201, 206, 207) of a network comprising a gateway (100; 200), the method characterized by: dynamically changing or shifting a general packet radio service tunneling protocol, GTP, termination point (105; 204, 227), wherein the GTP termination point (105; 204, 227) is configured to serve as a mobility anchor point, in the gateway (100; 200) from a cloud GTP termination point (105; 227) in a control plane to a physical GTP termination point (105; 204) in a user plane, or from the physical GTP termination point (105; 204) in the user plane to the cloud GTP termination point (105; 227) in the control plane, wherein the changing or shifting of the GTP termination point (105; 204, 227) is initiated by a trigger originating from an exceeded traffic volume threshold associated with the gateway (100; 200). dynamically changing or shifting a general packet radio service tunneling protocol, GTP, termination point (105; 204, 227), wherein the GTP termination point (105; 204, 227) is configured to serve as a mobility anchor point, in the gateway (100; 200) from a cloud GTP termination point (105; 227) in a control plane to a physical GTP termination point (105; 204) in a user plane, or from the physical GTP termination point (105; 204) in the user plane to the cloud GTP termination point (105; 227) in the control plane, from a cloud GTP termination point (105; 227) in a control plane to a physical GTP termination point (105; 204) in a user plane, or from the physical GTP termination point (105; 204) in the user plane to the cloud GTP termination point (105; 227) in the control plane, wherein the changing or shifting of the GTP termination point (105; 204, 227) is initiated by a trigger originating from an exceeded traffic volume threshold associated with the gateway (100; 200).
A telescoping auger for performing drilling or production of boreholes, in particular subsurface drilling, comprising a carrier device, an auger drive, and a drilling auger having a drilling auger longitudinal axis, wherein the auger drive is movably mounted on the carrier device, and the drilling auger is rotatable about the drilling auger longitudinal axis by means of the auger drive and is displaceable with respect to the auger drive along the drilling auger longitudinal axis, wherein the auger drive is hydraulic, and the auger has elements for energy transfer for displacing the drilling auger along the drilling auger longitudinal axis, wherein the elements for energy transfer extend through the auger drive; and a hydraulic lift drive for rotary transmission within a shaft at which the drilling auger is fastened, mounted, and connected to the elements.
Twin-rotor wind turbine in the shape of a "V" on a floating structure, said wind turbine comprising two rotors each mounted at one end of a V-shaped structure, characterised in that the floating structure is of the SPAR type which comprises a central body equipped with a ballast at its lower part and pivots on itself in order to orientate its upper part, which carries the two rotors (1, 2), to face the wind, and in that said wind turbine comprises at least two stays, including an upper cable which connects the two rotors (1, 2) to one another and two lower cables which each connect one of the said rotors to the said central body.
A pressure measuring device comprising a ceramic pressure sensor, which comprises a ceramic measuring membrane, and a sensor securing device, by means of which the pressure sensor is secured such that a medium under a pressure (p) to be measured can be applied to a measuring membrane region surrounded externally on all sides by a membrane edge of the measuring membrane, wherein the sensor securing device has a securing element made of titanium or a titanium alloy, which has an opening through which the medium under the pressure (p) to be measured can be applied to the membrane region, characterized in that the membrane edge of the measuring membrane is directly connected to the securing element of the sensor securing device by means of a diffusion welding, wherein the diffusion welding is a diffusion welding which is produced using a diffusion welding method and by means of which the measuring membrane provided as an individual part during the diffusion welding method has been connected to the securing element. a ceramic pressure sensor, which comprises a ceramic measuring membrane, and a sensor securing device, by means of which the pressure sensor is secured such that a medium under a pressure (p) to be measured can be applied to a measuring membrane region surrounded externally on all sides by a membrane edge of the measuring membrane, wherein the sensor securing device has a securing element made of titanium or a titanium alloy, which has an opening through which the medium under the pressure (p) to be measured can be applied to the membrane region, the membrane edge of the measuring membrane is directly connected to the securing element of the sensor securing device by means of a diffusion welding, wherein the diffusion welding is a diffusion welding which is produced using a diffusion welding method and by means of which the measuring membrane provided as an individual part during the diffusion welding method has been connected to the securing element.
A method for detecting and enumerating rare cells in a mixed cell population from a biological sample obtained from a patient comprising a mixed cell population suspected of containing said rare cells, the presence of said rare cells in said population being indicative of a disease state, comprising: (a) preparing an immunomagnetic sample wherein said biological specimen is mixed with a polyspecific ferrofluid conjugated to three antibodies selected from the group consisting of anti-EpCAM, anti-EGFR1, anti-Muc1 and anti-Claudin4, wherein one of the antibodies is anti-EpCAM; (b) contacting said immunomagnetic sample with at least one polyspecific reagent which labels said rare cells, wherein the polyspecific reagent comprises antibodies to cytokeratin 7, cytokeratin 8, cytokeratin 18 and cytokeratin 19; and (c) analyzing said labeled rare cells to determine the presence and number of any rare cells in said immunomagnetic sample, the greater the number of rare cells present in said sample the greater the severity of said disease state. (a) preparing an immunomagnetic sample wherein said biological specimen is mixed with a polyspecific ferrofluid conjugated to three antibodies selected from the group consisting of anti-EpCAM, anti-EGFR1, anti-Muc1 and anti-Claudin4, wherein one of the antibodies is anti-EpCAM; (b) contacting said immunomagnetic sample with at least one polyspecific reagent which labels said rare cells, wherein the polyspecific reagent comprises antibodies to cytokeratin 7, cytokeratin 8, cytokeratin 18 and cytokeratin 19; and (c) analyzing said labeled rare cells to determine the presence and number of any rare cells in said immunomagnetic sample, the greater the number of rare cells present in said sample the greater the severity of said disease state.