mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a cleaning device, in particular an interdental cleaning device, comprising the following method steps: a. forming of a handle element from a fibre material, in particular from paper or cardboard, b. providing a cleaning element comprising at least one filament, c. arranging of at least one section (5.1) of the at least one filament of the cleaning element in a receiving section (2.1) of the handle element, d. connecting the cleaning element to the handle element by i. pressing the receiving portion (2.1) of the handle element, in particular pressing the receiving portion (2.1) from several sides against the section (5.1) of the filament arranged in the receiving portion (2.1) and/or ii. introducing heat into the receiving section (2.1) and/or the section (5.1) of the filament. a. forming of a handle element from a fibre material, in particular from paper or cardboard, b. providing a cleaning element comprising at least one filament, c. arranging of at least one section (5.1) of the at least one filament of the cleaning element in a receiving section (2.1) of the handle element, d. connecting the cleaning element to the handle element by i. pressing the receiving portion (2.1) of the handle element, in particular pressing the receiving portion (2.1) from several sides against the section (5.1) of the filament arranged in the receiving portion (2.1) and/or ii. introducing heat into the receiving section (2.1) and/or the section (5.1) of the filament. i. pressing the receiving portion (2.1) of the handle element, in particular pressing the receiving portion (2.1) from several sides against the section (5.1) of the filament arranged in the receiving portion (2.1) and/or ii. introducing heat into the receiving section (2.1) and/or the section (5.1) of the filament.
A drive system for a trailer, comprising a control unit and, for each side of the trailer, at least one drive device having a direct current motor that is adapted to drive the wheels of the trailer, characterized in that the system includes - devices (14, 15, 16) for determining the current consumption of the motors, and - a module for calculating the mass of the trailer based on a difference in the current consumption determined for the motors on a first and a second distance having different gradients, taking into account the speed and the temperature. - devices (14, 15, 16) for determining the current consumption of the motors, and - a module for calculating the mass of the trailer based on a difference in the current consumption determined for the motors on a first and a second distance having different gradients, taking into account the speed and the temperature.
A computer implemented method for efficient access to a database via a functional model-based procedure by mapping Java Streams to Java Persistence API, JPA, the JPA not being SQL, the method comprising: - generating by a processor: an initial builder corresponding to an original originating source, zero or more intermediate operations and a terminating operation; - storing in the memory, a sequence of operations; - translating the builder or parts of the builder to at least one operation using an JPA access language upon specifying the terminating operation; the method further comprising optimization steps of: - reordering intermediate operations of same type while preserving Java Stream equivalence; or - squashing adjacent operations of same type that preserve: Order, Type, State, Side Effect, into one single equivalent operation; or - reordering intermediate operations that are of different types while still preserving a Java Stream equivalence. - generating by a processor: an initial builder corresponding to an original originating source, zero or more intermediate operations and a terminating operation; - storing in the memory, a sequence of operations; - translating the builder or parts of the builder to at least one operation using an JPA access language upon specifying the terminating operation; - reordering intermediate operations of same type while preserving Java Stream equivalence; or - squashing adjacent operations of same type that preserve: Order, Type, State, Side Effect, into one single equivalent operation; or - reordering intermediate operations that are of different types while still preserving a Java Stream equivalence.
A solid state lighting element, comprising layers arranged in the following order: a first substrate; a first electrode; a light emitting material; a second electrode; and a second substrate, wherein at least one of the first and second electrodes (104, 108) comprises: a first transparent or semitransparent conductive layer (66; 78); a second transparent or semitransparent conductive layer (72; 82); and a transparent or semitransparent intervening layer (68; 80) located between the first and second conductive layers, wherein the intervening layer (68, 70; 80) includes electrically conductive pathways between the first and second conductive layers, wherein the intervening layer (68, 70; 80) comprises conductive particles dispersed in a binder, the conductive particles providing the electrically conductive pathways. a first substrate; a first electrode; a light emitting material; a second electrode; and a second substrate, wherein at least one of the first and second electrodes (104, 108) comprises: a first transparent or semitransparent conductive layer (66; 78); a second transparent or semitransparent conductive layer (72; 82); and a transparent or semitransparent intervening layer (68; 80) located between the first and second conductive layers, wherein the intervening layer (68, 70; 80) includes electrically conductive pathways between the first and second conductive layers, wherein the intervening layer (68, 70; 80) comprises conductive particles dispersed in a binder, the conductive particles providing the electrically conductive pathways. a first transparent or semitransparent conductive layer (66; 78); a second transparent or semitransparent conductive layer (72; 82); and a transparent or semitransparent intervening layer (68; 80) located between the first and second conductive layers, wherein the intervening layer (68, 70; 80) includes electrically conductive pathways between the first and second conductive layers, wherein the intervening layer (68, 70; 80) comprises conductive particles dispersed in a binder, the conductive particles providing the electrically conductive pathways.
A qubit coupling device for coupling a superconducting qubit to an adjustable coupler network, comprising: a dielectric substrate comprising a trench wherein an electric permittivity of the trench is less than an electric permittivity of the dielectric substrate; and a first superconductor layer on a surface of the dielectric substrate, wherein: an edge of the first superconductor layer extends along a first direction; at least a portion of the first superconductor layer is in contact with the surface of the dielectric substrate; the first superconductor layer is formed from a superconductor material that exhibits superconductor properties at or below a corresponding critical temperature; a length of the trench within the dielectric substrate is adjacent to and extends along the edge of the first superconductor layer in the first direction; a width of the trench spans a width of the first superconducting layer; and the dielectric substrate comprises one or more pillars within the trench and supporting the first superconductor layer; and a second superconductor layer on the surface of the dielectric substrate, wherein: at least a portion of the second superconductor layer is in contact with the surface of the dielectric substrate and adjacent to the trench within the dielectric substrate; and the second superconducting layer comprises a superconducting material, wherein the first superconductor layer is inductively coupled to the second superconducting layer to provide coupling between the superconducting qubit and the adjustable coupler network. a dielectric substrate comprising a trench wherein an electric permittivity of the trench is less than an electric permittivity of the dielectric substrate; and a first superconductor layer on a surface of the dielectric substrate, wherein: an edge of the first superconductor layer extends along a first direction; at least a portion of the first superconductor layer is in contact with the surface of the dielectric substrate; the first superconductor layer is formed from a superconductor material that exhibits superconductor properties at or below a corresponding critical temperature; a length of the trench within the dielectric substrate is adjacent to and extends along the edge of the first superconductor layer in the first direction; a width of the trench spans a width of the first superconducting layer; and the dielectric substrate comprises one or more pillars within the trench and supporting the first superconductor layer; and
A modular reverse shoulder orthopaedic implant, comprising: an elongated humeral stem component configured to be implanted into the humerus of a patient, a fracture epiphysis component separable from the humeral stem component, the fracture epiphysis component comprising a cup-shaped body having an annular rim formed in the superior end thereof, a locking screw secured to the humeral stem component and the fracture epiphysis component, and a humeral cup component secured to the fracture epiphysis component, the humeral cup component having a concave bearing surface configured to articulate with a rounded head surface of a glenosphere component, characterised in that the annular rim further includes (i) a lateral suture collar extending outwardly from the annular rim of the cup-shaped body within a segment of the annular rim defined by an anterior-most point of the rim and a posterior-most point of the rim, (ii) an anteromedial suture collar extending outwardly from the annular rim of the cup-shaped body within a segment of the annular rim defined by the anterior-most point of the rim and a medial-most point of the rim, and (iii) an posteromedial suture collar extending outwardly from the annular rim within a segment of the annular rim defined by the posterior-most point of the rim and the medial-most point of the rim, in which the lateral suture collar, the anteromedial suture collar, and the posteromedial suture collar are discontiguous with one another. an elongated humeral stem component configured to be implanted into the humerus of a patient, a fracture epiphysis component separable from the humeral stem component, the fracture epiphysis component comprising a cup-shaped body having an annular rim formed in the superior end thereof, a locking screw secured to the humeral stem component and the fracture epiphysis component, and a humeral cup component secured to the fracture epiphysis component, the humeral cup component having a concave bearing surface configured to articulate with a rounded head surface of a glenosphere component, characterised in that the annular rim further includes (i) a lateral suture collar extending outwardly from the annular rim of the cup-shaped body within a segment of the annular rim defined by an anterior-most point of the rim and a posterior-most point of the rim, (ii) an anteromedial suture collar extending outwardly from the annular rim of the cup-shaped body within a segment of the annular rim defined by the anterior-most point of the rim and a medial-most point of the rim, and (iii) an posteromedial suture collar extending outwardly from the annular rim within a segment of the annular rim defined by the posterior-most point of the rim and the medial-most point of the rim, in which the lateral suture collar, the anteromedial suture collar, and the posteromedial suture collar are discontiguous with one another.
A wideband sonar receiver for shaping a received sonar signal according to a shaped replica pulse, comprising a digital signal processor, DSP, (160, 310) configured to: divide a frequency-domain version of the shaped replica pulse, FSRP, by a frequency-domain version of the received sonar signal to provide a shaping filter response, to multiply the shaping filter response by a conjugate of the FSRP to provide a combined correlation and shaping response, and to multiply the frequency-domain version of the received sonar signal with the correlation and shaping response to produce a correlated and shaped signal, wherein the shaped replica pulse comprises a replica pulse shape different from that of the received sonar signal; or divide a frequency-domain version of baseband replica samples, FBRS, corresponding to the shaped replica pulse, by a frequency-domain version of baseband samples, corresponding to the received sonar signal, to provide the shaping filter response, to multiply the shaping filter response by a conjugate of the FBRS to provide the combined correlation and shaping response, and to multiply the frequency-domain version of the baseband samples with the correlation and shaping response to produce the correlated and shaped signal. divide a frequency-domain version of the shaped replica pulse, FSRP, by a frequency-domain version of the received sonar signal to provide a shaping filter response, to multiply the shaping filter response by a conjugate of the FSRP to provide a combined correlation and shaping response, and to multiply the frequency-domain version of the received sonar signal with the correlation and shaping response to produce a correlated and shaped signal, wherein the shaped replica pulse comprises a replica pulse shape different from that of the received sonar signal; or divide a frequency-domain version of baseband replica samples, FBRS, corresponding to the shaped replica pulse, by a frequency-domain version of baseband samples, corresponding to the received sonar signal, to provide the shaping filter response, to multiply the shaping filter response by a conjugate of the FBRS to provide the combined correlation and shaping response, and to multiply the frequency-domain version of the baseband samples with the correlation and shaping response to produce the correlated and shaped signal.
A method for preparing a cathode electrolyte for redox flow batteries comprising the steps of: forming a first cathode electrolyte by reducing vanadium pentoxide (V 2 O 5) in an acidic solution in the presence of at least one reducing compound selected from the group consisting of dicarboxylic acid containing a linear or branched alkylene group having 0 to 6 carbon atoms, hydrazine, and L-ascorbic acid; forming a second cathode electrolyte by reducing vanadium pentoxide (V 2 O 5) in an acidic solution in the presence of a linear or branched aliphatic alcohol having 2 to 10 carbon atoms; and mixing the first cathode electrolyte and the second cathode electrolyte.
Lock for a door or flap with a lock housing, a locking mechanism comprising a rotary latch and at least one pawl and at least one spring, able to pivot a pivotable component of the lock by the force of a spring from an initial position in the direction of an end position, characterized in that the spring is held by a bearing mandrel, connected to the lock housing of the lock and forming a single part therewith and in which the bearing mandrel contains a stop for the spring and/or in which the bearing mandrel is connected to the stop and forms a single piece therewith and in which the stop ensures that the pivotable component is not acted upon by a spring when in its end position.
A method for configuring a search space, comprising: configuring, by a base station, a first subframe set, wherein a subframe in the first subframe set is a downlink subframe or a special subframe including a downlink pilot time slot (step 101); configuring, by the base station, a first common search space CSS in the subframe in the first subframe set, wherein the first CSS consists of L control channel elements CCEs in a control area (step 102); and sending, by the base station to user equipment UE, a physical downlink control channel PDCCH carrying uplink-downlink configuration information, wherein the PDCCH is a PDCCH in the first CSS (step 105). configuring, by a base station, a first subframe set, wherein a subframe in the first subframe set is a downlink subframe or a special subframe including a downlink pilot time slot (step 101); configuring, by the base station, a first common search space CSS in the subframe in the first subframe set, wherein the first CSS consists of L control channel elements CCEs in a control area (step 102); and sending, by the base station to user equipment UE, a physical downlink control channel PDCCH carrying uplink-downlink configuration information, wherein the PDCCH is a PDCCH in the first CSS (step 105).
A method for monitoring traffic and roadway water conditions, the method comprising: detecting traffic and roadway water condition information by means of an ultrasound sensor at the roadway location of the ultrasound sensor, and transmitting said information and said roadway location receiving said traffic and roadway water condition information and said roadway location; determining if the roadway location is impassable due to traffic and roadway water conditions identified in the condition information; and mapping the traffic and roadway water condition information and impassability determination by roadway location. detecting traffic and roadway water condition information by means of an ultrasound sensor at the roadway location of the ultrasound sensor, and transmitting said information and said roadway location receiving said traffic and roadway water condition information and said roadway location; determining if the roadway location is impassable due to traffic and roadway water conditions identified in the condition information; and mapping the traffic and roadway water condition information and impassability determination by roadway location.
A method for assessing the efficacy of an immunotherapy administered to a patient, said immunotherapy comprising administration of GAD, comprising the following steps: - measuring at least GADA IgG subclass distribution in a first blood, plasma or serum sample obtained from said patient at a first point in time and in a second blood, plasma or serum sample obtained from said patient at a second, later, point in time; and - Comparing the so obtained measurements; wherein an increased relative amount of IgG 2 in the GADA IgG subclass distribution is indicative of an effective immunotherapy. - measuring at least GADA IgG subclass distribution in a first blood, plasma or serum sample obtained from said patient at a first point in time and in a second blood, plasma or serum sample obtained from said patient at a second, later, point in time; and - Comparing the so obtained measurements;
A method of producing location information relating to articles (9 0, 9 1,...) provided with tag devices (1 0, 1 1,...), each tag device comprising a memory unit for storing unique identification data (IDo, ID 1,...) associated with the respective tag device, a first communication unit for communicating with other tag devices when in their proximity, and a clock unit, the method comprising the steps of: • each of said tag devices (e.g. 1 0), during an encounter with another tag device (e.g. 1 1), exchanging identification data (IDo, ID 1) and storing the time and date (e.g. T1, D1) of the exchange together with the identification data as encounter data, • each of said tag devices tag device (e.g. 1 1), when in the proximity of an information collection device (e.g. 2 0) comprising a memory and a second communication unit, communicating the stored encounter data to the information collection device, • the information collection device (2 0) communicating the encounter data received from tag devices to a processing device, and • the processing device deriving location information from the encounter data, characterised in that each of said tag devices (e.g. 1 0), during the encounter with another tag device (e.g. 1 1) when encounter data relating to previous encounters has been stored, also exchanges the encounter data relating to previous encounters and stores encounter data relating to previous encounters, such that the encounter data which each tag device (e.g. 1 0) communicates to an information collection device (e.g. 2 0) may relate to encounters of a plurality of tag devices (1 0, 1 1, 1 2,...). • each of said tag devices (e.g. 1 0), during an encounter with another tag device (e.g. 1 1), exchanging identification data (IDo, ID 1) and storing the time and date (e.g. T1, D1) of the exchange together with the identification data as encounter data, • each of said tag devices tag device (e.g. 1 1), when in the proximity of an information collection device (e.g. 2 0) comprising a memory and a second communication unit, communicating the stored encounter data to the information collection device, • the information collection device (2 0) communicating the encounter data received from tag devices to a processing device, and • the processing device deriving location information from the encounter data,
A medical apparatus for deployment within an anatomical blood vessel comprising: - a first tubular wall, - a second tubular wall, wherein the second tubular wall is within the first tubular wall and oriented in a same direction as the first tubular wall, and - a constricting element configured to constrict a circumference of a portion of the second tubular wall without constricting a circumference of the first tubular wall; wherein the constriction provides the second tubular wall with a radial neck section configured to reduce an effective diameter of the anatomical blood vessel when the medical apparatus is deployed therein, characterized in that the constricting element comprises a loop section, wherein the circumference of the loop section and accordingly the neck section can be adjusted. - a first tubular wall, - a second tubular wall, wherein the second tubular wall is within the first tubular wall and oriented in a same direction as the first tubular wall, and - a constricting element configured to constrict a circumference of a portion of the second tubular wall without constricting a circumference of the first tubular wall; wherein the constriction provides the second tubular wall with a radial neck section configured to reduce an effective diameter of the anatomical blood vessel when the medical apparatus is deployed therein, characterized in that the constricting element comprises a loop section, wherein the circumference of the loop section and accordingly the neck section can be adjusted.
Safety device for an electrical system of a vehicle, wherein the safety device comprises a first connector or terminal for connecting the battery voltage and a second connector or terminal for connecting the vehicle voltage and control means adapted to know the difference (U3-U1) of voltage between the first and second terminal, wherein the safety device further comprises a housing and at least one metal core boards (51, 52) in contact with the first and the second terminals respectively, wherein the safety device further comprises inputs for power supply rail and for control, the safety device further comprising a switch for switching off the connection between the first and second terminals, the switch being actively connected to means for operating the switch based on at least a first of: - the voltage at the first terminal; - the voltage at the second terminal; and - the voltages at the inputs; and wherein the switch comprises at least two MOSFET transistors, wherein the MOSFET transistors are mounted on the metal core boards (51, 52) and are connected in parallel and in a single direction in order to obtain an intrinsic diode between the first and the second terminal of the safety switch. - the voltage at the first terminal; - the voltage at the second terminal; and - the voltages at the inputs;