mhurhangee/ep-ind-claims huggingface dataset:
A circuit, comprising: an operational amplifier (op-amp) having a first input (+), a second input (-), and an output having an output voltage V OUT, wherein there is an offset voltage V OS between the first and second inputs of the op-amp; a first resistor R 1 having a first end electrically coupled to the output of the opamp and a second end; a second resistor R 2 electrically coupled between the second end of the first resistor and a ground; a first switch having a first position in which the first input (+) of the opamp is electrically coupled to a first input source (Hi) and a second position in which the second input (-) of the op-amp is electrically coupled to the first input source (Hi); a second switch having a first position in which the output of the op-amp is electrically coupled to the second input (-) of the op-amp and a second position in which the output of the op-amp is electrically coupled to a second input source (Lo); and a third switch having a first position in which the second input source (Lo) is electrically coupled to the second end of the first resistor and a second position in which the first input of the op-amp is electrically coupled to the second end of the first resistor, wherein there is an input voltage V IN between the first and second input sources, and wherein there is a thermal voltage (V T) at the second end of the first resistor. an operational amplifier (op-amp) having a first input (+), a second input (-), and an output having an output voltage V OUT, wherein there is an offset voltage V OS between the first and second inputs of the op-amp; a first resistor R 1 having a first end electrically coupled to the output of the opamp and a second end; a second resistor R 2 electrically coupled between the second end of the first resistor and a ground; a first switch having a first position in which the first input (+) of the opamp is electrically coupled to a first input source (Hi) and a second position in which the second input (-) of the op-amp is electrically coupled to the first input source (Hi); a second switch having a first position in which the output of the op-amp is electrically coupled to the second input (-) of the op-amp and a second position in which the output of the op-amp is electrically coupled to a second input source (Lo); and a third switch having a first position in which the second input source (Lo) is electrically coupled to the second end of the first resistor and a second position in which the first input of the op-amp is electrically coupled to the second end of the first resistor, wherein there is an input voltage V IN between the first and second input sources, and wherein there is a thermal voltage (V T) at the second end of the first resistor.
A holding unit comprising a holding plate (8, 18) comprising a number of external magnets that are integrated within the holding plate (6, 18) or mechanically attached to the holding plate (6, 18) or constituting the holding plate, the holding plate (8, 18) being configured to be attached to a skin of a hearing impaired person by means of the number of external magnets that are configured to be magnetically attracted to a number of internal magnets implanted under the skin of a hearing impaired person; and a plate member (22, 46) configured to transfer mechanical vibrations from a vibrator through the skin to the bone of the person characterised in that the plate member (22, 46) is interconnected by a mechanical flexible coupling (20, 44, 48) to the magnet(s) of the holding plate (8, 18). a holding plate (8, 18) comprising a number of external magnets that are integrated within the holding plate (6, 18) or mechanically attached to the holding plate (6, 18) or constituting the holding plate, the holding plate (8, 18) being configured to be attached to a skin of a hearing impaired person by means of the number of external magnets that are configured to be magnetically attracted to a number of internal magnets implanted under the skin of a hearing impaired person; and a plate member (22, 46) configured to transfer mechanical vibrations from a vibrator through the skin to the bone of the person characterised in that the plate member (22, 46) is interconnected by a mechanical flexible coupling (20, 44, 48) to the magnet(s) of the holding plate (8, 18).
A removable cartridge (500, 710, 730, 810, 830) for use with an electrical circuit enclosed in a housing (700, 800), wherein the electrical circuit is part of an inverter coupled to a power source providing DC power, and wherein the housing (700, 800) of said electrical circuit has on its exterior electrical sockets for electrical connection to the electrical circuit, the removable cartridge (500, 600, 710, 730, 810, 830) comprising: a cartridge housing, at least one capacitor or active element inside said cartridge housing of said removable cartridge (500, 710, 730, 810, 830), said removable cartridge (500, 710, 730, 810, 830) being characterized in that it further comprises electrical pin connectors adapted for electrical connection to the one capacitor or active element inside said cartridge housing of the removable cartridge (500, 710, 730, 810, 830), and further adapted for plugging said cartridge (500, 710, 730, 810, 830) into the electrical sockets provided on the exterior of the housing (700, 800) of the electrical circuit. a cartridge housing, at least one capacitor or active element inside said cartridge housing of said removable cartridge (500, 710, 730, 810, 830), said removable cartridge (500, 710, 730, 810, 830) being characterized in that it further comprises electrical pin connectors adapted for electrical connection to the one capacitor or active element inside said cartridge housing of the removable cartridge (500, 710, 730, 810, 830), and further adapted for plugging said cartridge (500, 710, 730, 810, 830) into the electrical sockets provided on the exterior of the housing (700, 800) of the electrical circuit.
A method, being carried out by a user equipment, UE, for coordinated scheduling based on interference cancellation, comprising: - generating a first quality indicator of a channel from an interfering cell of the UE to the UE; and - feeding back the first quality indicator to a first base station to which the interfering cell of the UE belongs, and/or feeding back the first quality indicator to a second base station to which a serving cell of the UE belongs, to enable the first base station and/or the second base station to select, according to the first quality indicator, an interfering UE that is to be scheduled together with the UE, schedule, in the serving cell of the UE, the UE, and simultaneously schedule, in a serving cell of the interfering UE, the interfering UE; wherein the interfering cell of the UE and the serving cell of the UE belong to a same base station, or belong to two different base stations; wherein the serving cell of the interfering UE is the interfering cell of the UE, and the interfering UE refers to that a signal transmitted by the serving cell of the interfering UE interferes with the UE; wherein the first quality indicator comprises: a signal-to-noise ratio SNR; or a channel quality indicator CQI; or a transport block size TBS that enables a channel to support demodulation and decoding; wherein the generating a first quality indicator of a channel from an interfering cell of the UE to the UE comprises: performing, by the UE, estimation according to a pilot channel of the interfering cell, to obtain the first quality indicator. - generating a first quality indicator of a channel from an interfering cell of the UE to the UE; and - feeding back the first quality indicator to a first base station to which the interfering cell of the UE belongs, and/or feeding back the first quality indicator to a second base station to which a serving cell of the UE belongs, to enable the first base station and/or the second base station to select, according to the first quality indicator, an interfering UE that is to be scheduled together with the UE, schedule, in the serving cell of the UE, the UE, and simultaneously schedule, in a serving cell of the interfering UE, the interfering UE; a signal-to-noise ratio SNR; or a channel quality indicator CQI; or a transport block size TBS that enables a channel to support demodulation and decoding;
A bracket to form part of an external building cladding assembly, the bracket comprising: a foot having a contact face attachable to a structural element forming part of the cladding assembly or a building; an attachment element to attach the bracket to an external cladding panel, an intermediate rail or a mount flange securable to the cladding panel; an insulation layer attachable to the contact face of the foot to sit intermediate the foot and the structural element, a thermal conductivity of the layer being less than 0.09 W/(m·K) at 10 °C; and a retainer having an open structure to at least partially surround and house the insulation layer, wherein the retainer is releasably attachable to the foot. a foot having a contact face attachable to a structural element forming part of the cladding assembly or a building; an attachment element to attach the bracket to an external cladding panel, an intermediate rail or a mount flange securable to the cladding panel; an insulation layer attachable to the contact face of the foot to sit intermediate the foot and the structural element, a thermal conductivity of the layer being less than 0.09 W/(m·K) at 10 °C; and a retainer having an open structure to at least partially surround and house the insulation layer, wherein the retainer is releasably attachable to the foot.
A capsule (1, 21) for a beverage production machine, the capsule (1, 21) comprising: - an ingredient enclosed within the capsule (1, 21); and - a plurality of identifiers (9a, 9b, 9c, 9d, 39); wherein the identifiers (9a, 9b, 9c, 9d, 39) are each areas of conductive material incorporating a code pattern, coded independently of one another, the code pattern consisting of a predetermined arrangement of one or more discontinuities (41, 42, 43) formed in the conductive material, and wherein the capsule comprises at least one orientation member (7a, 7b) for directing the alignment of the capsule within the beverage production machine characterized in that the at least one orientation member (7a, 7b) directs the alignment of the capsule such that the capsule is aligned within the beverage production machine in any one of n fixed orientations, wherein n is 1, 2, 3, 4, 5 or 6, the identifiers being arranged with rotational symmetry, so as to enable detection of the capsule in any one of the fixed orientations dictated by the at least one orientation member. - an ingredient enclosed within the capsule (1, 21); and - a plurality of identifiers (9a, 9b, 9c, 9d, 39);
Component of a machine which serves to process food products, wherein this component consists of at least one plastic part, wherein at least one surface of this plastic part is directly contacted or impacted by the food products in different states of matter, and wherein at least this surface has a bactericidal activity due to antimicrobial particles, characterized a) in that the plastic part has physical and chemical properties such that at least the surface contacted by the food products forms a processing surface, b) in that the plastic part can be produced by mechanical mixing with the aim of a homogeneous dispersion between a pulverized plastics material and the incorporated antimicrobial particles, c) and in that the antimicrobial particles are present in colloidal form. a) in that the plastic part has physical and chemical properties such that at least the surface contacted by the food products forms a processing surface, b) in that the plastic part can be produced by mechanical mixing with the aim of a homogeneous dispersion between a pulverized plastics material and the incorporated antimicrobial particles, c) and in that the antimicrobial particles are present in colloidal form.
A super-large scale photon capture bioreactor for water purification, comprising: a sealable three-dimensional room, a water pipe, and a generator; a plurality of planar layers being provided inside the three-dimensional room, each being mounted with water ditches in a circuitous way; the water ditches in a same planar layer having a water inlet and a water outlet; a plurality of microbe filter diaphragms acting as filtration and carrier for microorganisms being arranged in the water ditches at intervals along a water flow direction, and a filter unit being formed between two adjacent microbe filter diaphragms; float-planted plants being provided on water surface of each filter unit, aquatic animals and microorganisms being bred underwater in the filter units, plant growth illuminating lights being arranged above the float-planted plants at an adjustable height; a vane wheel being arranged under the water outlet of each of the water ditches in an upper layer and being connected with the generator; the water inlet of the water ditches in a next layer being arranged under the vane wheel; water to be purified being guided to a water inlet at an uppermost layer through the water pipe, wherein the water to be purified goes from an upper layer down through an inclined sink towards a water inlet in a next biological reaction layer, and wherein each vane wheel is mounted at the lower end of the sink, so that water flowing from the sink to the inlet of the next layer causes the vane wheel to rotate and drive the generator.
A method for making refrigerator evaporating devices including an aluminium coil arrangement coupled to an aluminium blade element, said method comprising a step of arranging an aluminium coil on an aluminium blade element and performing a laser welding operation by using a pulse laser that sends a very high energy concentrated light beam on said aluminium blade element, providing a point by point welding; said method being characterized in that said very high energy concentrated light beam on said aluminium blade element causes a small surface portion of said aluminium coil to be melted, thereby a projection of said blade element providing a single welding spot; said method further comprising providing a plurality of said spots that conductively transmit heat and provide a mechanical coupling.
Torsion spring bar system for a wheel suspension of a motor vehicle, having on each side of the vehicle a torsion spring bar aligned transverse to the vehicle longitudinal centre which acts with changing pretension via an output lever external in relation to the vehicle longitudinal centre on respectively one wheel guide element of the wheel suspension, wherein a torsional moment can be applied to the torsion spring bar by means of an actuator, characterised in that the torsion spring bars are coupled to one another via at least one additional torsion spring element at their two ends axially adjacent in the vehicle longitudinal centre.
An in vitro method for diagnosing Gaucher's disease in a subject comprising: detecting a biomarker in a sample from the subject, wherein the biomarker is free lyso-Gb1, wherein the sample is selected from the group comprising blood sample, serum sample, plasma sample and dry blood filter sample and wherein lyso-Gbl is of formula: determining the level of the biomarker present in the sample, comparing the level of the biomarker in the sample from the subject to a cut-off level, wherein if the level of the biomarker in the sample from the subject is higher than the cut-off level, this is indicative that the subject is suffering from or is at risk for developing Gaucher's disease and wherein the cut-off level is 20 ng/ml if the sample is a blood sample and the cut-off level is 5.0 ng/ml if the sample is a serum sample or a plasma sample. detecting a biomarker in a sample from the subject, wherein the biomarker is free lyso-Gb1, wherein the sample is selected from the group comprising blood sample, serum sample, plasma sample and dry blood filter sample and wherein lyso-Gbl is of formula: determining the level of the biomarker present in the sample, comparing the level of the biomarker in the sample from the subject to a cut-off level, wherein if the level of the biomarker in the sample from the subject is higher than the cut-off level, this is indicative that the subject is suffering from or is at risk for developing Gaucher's disease and wherein the cut-off level is 20 ng/ml if the sample is a blood sample and the cut-off level is 5.0 ng/ml if the sample is a serum sample or a plasma sample.
A method of purifying a therapeutic protein serum comprising the steps of: • Connecting a supply of unpurified protein serum to a first flow kit, and into a static mixer of the kit, • Wherein the flow kit is made of plastic, with a static mixer, a mixing vessel, multiple input and outlet lines (111, 112, 113, 121, 122, 123) for products and the addition of adjusting or processing solutions, and with a pH probe connection and a sampling connection, wherein the static mixer, the mixing vessel and the inupt and outlet lines are each embodied as a chamber within the flow kit forming a single compact piece • Connecting a supply of a first adjustment solution(s) to the static mixer, • Mixing the first adjustment solution(s) and serum in a static mixer, • Directing the serum from the static mixer into a separate filter or chromatography column for processing, • Directing the serum from the separate filter or chromatography column into the flow kit and into a mixing vessel of the flow kit, • Connecting a supply of second adjustment solution(s) to the mixing vessel, • Mixing the second adjustment solution(s) and serum in a mixing vessel, and • Directing the serum from the mixing vessel out of the kit and to another separate flow kit or a collection vessel. • Connecting a supply of unpurified protein serum to a first flow kit, and into a static mixer of the kit, • Wherein the flow kit is made of plastic, with a static mixer, a mixing vessel, multiple input and outlet lines (111, 112, 113, 121, 122, 123) for products and the addition of adjusting or processing solutions, and with a pH probe connection and a sampling connection, wherein the static mixer, the mixing vessel and the inupt and outlet lines are each embodied as a chamber within the flow kit forming a single compact piece • Connecting a supply of a first adjustment solution(s) to the static mixer, • Mixing the first adjustment solution(s) and serum in a static mixer, • Directing the serum from the static mixer into a separate filter or chromatography column for processing, • Directing the serum from the separate filter or chromatography column into the flow kit and into a mixing vessel of the flow kit, • Connecting a supply of second adjustment solution(s) to the mixing vessel, • Mixing the second adjustment solution(s) and serum in a mixing vessel, and • Directing the serum from the mixing vessel out of the kit and to another separate flow kit or a collection vessel.
A DNA hypomethylating agent and a compound of formula (Id): wherein R 1 is a group having the formula: -(CR 20 R 21) m -(CR 22 R 23) n -(CR 24 R 25) o -NR 26 R 27; R 2 is alkyl, fluoroalkyl, cyano, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, or heteroalkyl optionally substituted with =O; each R 20, R 21, R 22, R 23, R 24, and R 25 is independently H or methyl; each R 26 and R 27 is independently H, hydroxylalkyl, or alkyl; and m, n, and o are independently integers of 0, 1, 2, 3, or 4; or a pharmaceutically acceptable salt; for use in treating chemoresistant cancer selected from myelodysplastic syndrome or acute myeloid leukemia. R 1 is a group having the formula: -(CR 20 R 21) m -(CR 22 R 23) n -(CR 24 R 25) o -NR 26 R 27; R 2 is alkyl, fluoroalkyl, cyano, C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, or heteroalkyl optionally substituted with =O; each R 20, R 21, R 22, R 23, R 24, and R 25 is independently H or methyl; each R 26 and R 27 is independently H, hydroxylalkyl, or alkyl; and m, n, and o are independently integers of 0, 1, 2, 3, or 4;
A dental implant, comprising an implant body having on an outer side an external thread for fastening the dental implant to a jaw bone and having an opening extending along a longitudinal axis of the dental implant, in which opening an internal thread for fastening a superstructure to the dental implant is arranged, wherein the implant body further comprises an interface for fastening the superstructure to the dental implant, which interface is arranged at a front end of the implant body and comprises a recess in which an anti-rotation element is arranged, which is configured to prevent a rotation of the superstructure around the longitudinal axis relative to the dental implant, wherein the anti-rotation element is configured as a component separate from the implant body which is attached to the implant body in an area of the interface, characterized in that the interface comprises a convex, rounded curvature that extends over an angular range of at least 90° around the longitudinal axis and that is at least partially interrupted by the recess
Machine for processing of optical active surfaces on workpieces, comprising at least one workpiece spindle, by way of which a workpiece to be processed is drivable for rotation about an axis of workpiece rotation, and a pivot head, which is opposite the workpiece spindle and which is pivotable about a pivot axis and carries at least two tool spindles (16, 18), at each of which a respective processing tool (T1, T2, T3) is held to be drivable for rotation about an axis (D, D') of tool rotation, wherein the workpiece spindle and the pivot head are adjustable relative to one another along three mutually perpendicular linear axes (X, Y, Z) of which one linear axis extends parallel to the pivot axis, and wherein the axis of workpiece rotation extends parallel to another linear axis of said linear axes (X, Y, Z), characterized in that at least one tool spindle of said at least two tool spindles (16, 18) is mounted at the pivot head with its axis (D') of tool rotation extending parallel to the pivot axis.