mhurhangee/ep-ind-claims huggingface dataset:
Method for installing a water drainage installation element comprising a main water drainage body in a floor that can be walked on, wherein the main water drainage body comprises an inlet opening and a sealing flange that extends along a peripheral edge and protrudes laterally, and wherein a sealing film which projects laterally over the sealing flange and comprises a sealing film recess overlapping with the inlet opening is fixed to the sealing flange, wherein the water drainage installation element is arranged on the ground and is embedded in a screed bed in an embedding step, and the sealing film is then fixed to an upper surface of the screed bed at a surface region adjoining the main water drainage body in the peripheral direction around the inlet opening at least in portions in a sealing-film-fastening step, characterised in that, before the embedding step, a screed frame, which projects laterally over the sealing flange and is not formed in one piece with the sealing flange, is fixed to the main water drainage body along the peripheral edge at least in portions, and in that, during the embedding step, an upper surface of the flowable screed material is formed to be flush with an upper surface of the screed frame.
A CPR device configured to provide active forceful decompression of the thorax during circumferential constriction CPR, the CPR device comprising: an at least partially circumferential vest adapted to surround the thorax of a patient; and a drive unit (120, 320) configured to provide a forceful inflation of the vest and configured to provide a forceful deflation of the vest; characterised in that the CPR device further comprises a sternal pneumatic bladder for disposing over the sternal area of the anterior chest, wherein the sternal pneumatic bladder can be inflated and deflated separately from the vest. an at least partially circumferential vest adapted to surround the thorax of a patient; and a drive unit (120, 320) configured to provide a forceful inflation of the vest and configured to provide a forceful deflation of the vest;
A sensor pad comprising a first layer of padding material having an inner face and a second layer of padding material having an inner face, the inner faces of the two layers facing one another; the inner face of the first layer being provided with a first printed conductive ink track; the inner face of the second layer being provided with a second printed conductive ink track; wherein at least one of the printed tracks (13, 15) passes across the sensor pad in a number of runs at a plurality of spaced locations, the first track on the first layer intersecting at a plurality of locations with the second track on the second layer; at least one of the layers (10, 11) being provided on its inner surface with a plurality of raised portions arranged over the face of the layer (10, 11) between adjacent runs of the conductive track (13, 15) and facing the inner face of the other layer (10, 11) to maintain the two tracks (13, 15) apart when the sensor pad is unstressed, but which are compressible to deform to allow localised contact between the first and second tracks (13, 15) when pressure is applied to the sensor pad, characterised in that the first printed conductive ink track has a single sinuous path and the second printed conductive ink track comprises a single central sensor provided within one or more concentric loops.
A capillary reactor with ultrasound, which sonicates and homogenises the acoustic field generated along capillary tubes without the occurrence of longitudinal nodes/antinodes, comprising at least one power ultrasound transducer that generates vibrations, the transducer being formed by at least one piezoelectric element; and characterised in that it comprises: - at least one machined probe fixed to the transducer, made up of at least one helical element with a twisted geometry produced by a helix-type working surface which is developed supported on a cylindrical shaft; - at least one capillary tube which is accommodated in the surface of the helical element of the probe; wherein the helix surface is configured to transmit torsional vibrations (16 - T), longitudinal vibrations (17 - L) and radial vibrations (18 - R) to each capillary tube; being each capillary tube longitudinally accommodated in a cavity machined in the working surface of the helix; and wherein the piezoelectric elements are configured to vibrate in resonance respecting the half wavelength of the set, said piezoelectric elements being in connection with a control system configured to transform the electrical energy, modify the frequency and amplify the signal. - at least one machined probe fixed to the transducer, made up of at least one helical element with a twisted geometry produced by a helix-type working surface which is developed supported on a cylindrical shaft; - at least one capillary tube which is accommodated in the surface of the helical element of the probe; wherein the helix surface is configured to transmit torsional vibrations (16 - T), longitudinal vibrations (17 - L) and radial vibrations (18 - R) to each capillary tube; being each capillary tube longitudinally accommodated in a cavity machined in the working surface of the helix; and wherein the piezoelectric elements are configured to vibrate in resonance respecting the half wavelength of the set, said piezoelectric elements being in connection with a control system configured to transform the electrical energy, modify the frequency and amplify the signal.
A system for monitoring the respiratory activity of a human subject, comprising: an electrode configured to be positioned in contact with the internal branch of the superior laryngeal nerve of the subject; a control unit operatively connected to the electrode, the implantable control unit including: a signal conditioning module for conditioning an electroneurogram signal recorded by the electrode when positioned in contact with the internal branch of the superior laryngeal nerve; a monitoring and detection module configured for computing an index of respiratory activity from said electroneurogram signal, said index being indicative of the amplitude of airway pressure of the larynx, and for reporting an occurrence of an apneic event when the index of respiratory activity meets at least one apnea criteria. an electrode configured to be positioned in contact with the internal branch of the superior laryngeal nerve of the subject; a control unit operatively connected to the electrode, the implantable control unit including: a signal conditioning module for conditioning an electroneurogram signal recorded by the electrode when positioned in contact with the internal branch of the superior laryngeal nerve; a monitoring and detection module configured for computing an index of respiratory activity from said electroneurogram signal, said index being indicative of the amplitude of airway pressure of the larynx, and for reporting an occurrence of an apneic event when the index of respiratory activity meets at least one apnea criteria. a signal conditioning module for conditioning an electroneurogram signal recorded by the electrode when positioned in contact with the internal branch of the superior laryngeal nerve; a monitoring and detection module configured for computing an index of respiratory activity from said electroneurogram signal, said index being indicative of the amplitude of airway pressure of the larynx, and for reporting an occurrence of an apneic event when the index of respiratory activity meets at least one apnea criteria.
A benefit agent delivery composition comprising a material selected from the group consisting of: a) an agglomerate, particulate and/or extrudate, said agglomerate, particulate and/or extrudate comprising chelant and an encapsulated benefit agent having a core and a shell encapsulating said core; b) an agglomerate, particulate and/or extrudate, said agglomerate, particulate and/or extrudate comprising chelant and an encapsulated benefit agent having a core and a shell encapsulating said core, said encapsulated benefit agent comprising chelant in its shell and/or core; c) an agglomerate, particulate and/or extrudate, said agglomerate, particulate and/or extrudate comprising an encapsulated benefit agent having a core and a shell encapsulating said core, said encapsulated benefit agent comprising chelant in its shell and/or core; and d) combinations thereof; wherein said encapsulated benefit agent preferably comprises a material selected from the group consisting of perfume comprising an aldehyde, brighteners, insect repellants, silicones, waxes, flavors, vitamins, fabric softening agents, skin care agents, enzymes, anti-bacterial agents, bleaches, and combinations thereof; wherein said chelant comprises ethylenediaminedisuccinic acid (EDDS), wherein said encapsulated benefit agent comprises a) perfume microcapsule, said perfume microcapsule comprising a core and a shell encapsulating said core, said shell comprising cross-linked melamine formaldehyde; b) a binder. a) an agglomerate, particulate and/or extrudate, said agglomerate, particulate and/or extrudate comprising chelant and an encapsulated benefit agent having a core and a shell encapsulating said core; b) an agglomerate, particulate and/or extrudate, said agglomerate, particulate and/or extrudate comprising chelant and an encapsulated benefit agent having a core and a shell encapsulating said core, said encapsulated benefit agent comprising chelant in its shell and/or core; c) an agglomerate, particulate and/or extrudate, said agglomerate, particulate and/or extrudate comprising an encapsulated benefit agent having a core and a shell encapsulating said core, said encapsulated benefit agent comprising chelant in its shell and/or core; and d) combinations thereof; a) perfume microcapsule, said perfume microcapsule comprising a core and a shell encapsulating said core, said shell comprising cross-linked melamine formaldehyde; b) a binder.
A pallet conveyor (110, 210) for a printing system comprising: a track (115, 215); a pallet (120, 220) to support a print substrate and move on the track; and a vacuum mechanism (130, 230, 330, 430, 530) to selectively apply a vacuum at the pallet, characterised in that the vacuum is applied such that a boundary of the vacuum applied at the pallet is synchronised with an edge of the print substrate. a track (115, 215); a pallet (120, 220) to support a print substrate and move on the track; and a vacuum mechanism (130, 230, 330, 430, 530) to selectively apply a vacuum at the pallet, characterised in that the vacuum is applied such that a boundary of the vacuum applied at the pallet is synchronised with an edge of the print substrate.
A vehicle pop-up hood device comprising: a pair of front hood lifting devices that are disposed separated from each other in a vehicle width direction at a vehicle lower side of a front end section of a front hood, the pair of front hood lifting devices being actuated to move the front hood from a closed position to a lifted position; a single hood lock device (14, 82, 94) that is disposed at a vehicle width direction intermediate portion between the pair of front hood lifting devices, the hood lock device (14, 82, 94) including a hood lock device body (24, 86, 98) including an anchoring portion to which a hood striker attached to the front hood is anchored and a lock portion that retains the hood striker in a state anchored to the anchoring portion, and a lock base (26, 90, 100) that supports the hood lock device body (24, 86, 98), and wherein the hood lock device body (24, 86, 98) is configured capable of moving from the closed position to the lifted position together with the front hood; characterised by a fixing device that is disposed at the hood lock device (14, 82, 94) and that fixes the hood lock device body (24, 86, 98) at the closed position with respect to the lock base (26, 90, 100); and a fixing release device that connects the fixing device with the front hood lifting devices and that, in response to actuation of the front hood lifting devices, releases the fixing of the hood lock device body (24, 86, 98) to the lock base (26, 90, 100) by the fixing device. a pair of front hood lifting devices that are disposed separated from each other in a vehicle width direction at a vehicle lower side of a front end section of a front hood, the pair of front hood lifting devices being actuated to move the front hood from a closed position to a lifted position; a single hood lock device (14, 82, 94) that is disposed at a vehicle width direction intermediate portion between the pair of front hood lifting devices, the hood lock device (14, 82, 94) including a hood lock device body (24, 86, 98) including an anchoring portion to which a hood striker attached to the front hood is anchored and a lock portion that retains the hood striker in a state anchored to the anchoring portion, and a lock base (26, 90, 100) that supports the hood lock device body (24, 86, 98), and wherein the hood lock device body (24, 86, 98) is configured capable of moving from the closed position to the lifted position together with the front hood; characterised by a fixing device that is disposed at the hood lock device (14, 82, 94) and that fixes the hood lock device body (24, 86, 98) at the closed position with respect to the lock base (26, 90, 100); and a fixing release device that connects the fixing device with the front hood lifting devices and that, in response to actuation of the front hood lifting devices, releases the fixing of the hood lock device body (24, 86, 98) to the lock base (26, 90, 100) by the fixing device.
A method of making an inkjet ink composition comprising: making a stable latex particle comprising a urethane polymer by preparing an emulsion comprising an isocyanate compound and an anionic surfactant, adding a di-, tri- or polyfunctional reagent to the emulsion, and stirring the di-, tri- or polyfunctional reagent in the emulsion; and admixing the stable latex particle with an ink vehicle having a colorant admixed therein. making a stable latex particle comprising a urethane polymer by preparing an emulsion comprising an isocyanate compound and an anionic surfactant, adding a di-, tri- or polyfunctional reagent to the emulsion, and stirring the di-, tri- or polyfunctional reagent in the emulsion; and admixing the stable latex particle with an ink vehicle having a colorant admixed therein.
A shark barrier (1, 51, 70, 149) comprising an anchoring assembly having a pair of anchors (9, 53, 74) with a flexible connecting element extending between the anchors, and multiple spaced apart buoyant resiliently flexible elongate members (15, 30, 56, 58, 144) secured at one end along a length of the connecting element of the anchoring assembly to operatively extend generally upwardly from the connecting element, characterised in that J Z the buoyant members comprise an elongate flexible spine (25, 32, 71, 101) extending through a series of tubular members (27, 38, 40, 100).
An optoelectronic sensor, in particular a laser scanner, for the detection of objects in a monitored zone having more than one scanning plane, which comprises a light transmitter for the transmission of a light beam, a drive for the generation of a rotational movement, a deflection unit (18, 62) rotatable about an axis of rotation by means of the drive for the periodic deflection of the light beam, a light receiver for the generation of a received signal from the light beam remitted or reflected from the monitored zone, and an evaluation unit which is configured for the detection of the objects on the basis of the received signal, wherein the deflection unit (18, 62) can be tilted in order to vary the scanning plane, and wherein the drive also tilts the deflection unit (18, 62) with the rotational movement by means of a compulsory guidance (40, 42, 50, 52) which determines a respective tilt angle in dependence on the rotational movement, characterized in that the compulsory guidance (40, 42, 50, 52) covers a plurality of rotations and only then repeats periodically.
A system for initiating a downhole operation in a wellbore, the system comprising: an annular sleeve having an inner surface, an outer surface, a first end, and a second end, the annular sleeve defining a passageway extending between the inner surface and the outer surface, wherein at least a portion of the annular sleeve is configured to move during a primary activation operation to initiate the down hole operation; characterised in that the system further comprises a rupture member positioned in the passageway and configured to initiate the down hole operation when the primary activation operation fails, the rupture member having a threshold pressure differential at which the rupture member ruptures to permit fluid flow through the passageway and thereby initiate the down hole operation, wherein at least one channel is defined in the annular sleeve and extends circumferentially around at least a portion of the annular sleeve, the at least one channel being in fluid communication with the passageway. an annular sleeve having an inner surface, an outer surface, a first end, and a second end, the annular sleeve defining a passageway extending between the inner surface and the outer surface, wherein at least a portion of the annular sleeve is configured to move during a primary activation operation to initiate the down hole operation; characterised in that the system further comprises a rupture member positioned in the passageway and configured to initiate the down hole operation when the primary activation operation fails, the rupture member having a threshold pressure differential at which the rupture member ruptures to permit fluid flow through the passageway and thereby initiate the down hole operation, wherein at least one channel is defined in the annular sleeve and extends circumferentially around at least a portion of the annular sleeve, the at least one channel being in fluid communication with the passageway.
A control system for a wind turbine, comprising: a Lidar apparatus mounted on the wind turbine for scanning around a substantially vertical axis and having a look direction for measurement of a wind parameter in a measurement volume at a predetermined distance from the Lidar apparatus; and a controller for receiving signals from the Lidar apparatus and outputting a control signal based on the received signals to control a parameter of the wind turbine wherein the Lidar generates velocity data from a plurality of points in the measurement volume, and wherein the controller derives a measur of velocity and a measure of variance from the velocity data, and where the controller generates the output control signal from inputs of velocity and variance to generate an output control signal if the controller determines that the inputs indicate a risk of damage to turbine components, the system being characterised by the Lidar apparatus and the wind turbine being arranged such that the Lidar apparatus performs a complete scan around the substantially vertical axis. a Lidar apparatus mounted on the wind turbine for scanning around a substantially vertical axis and having a look direction for measurement of a wind parameter in a measurement volume at a predetermined distance from the Lidar apparatus; and a controller for receiving signals from the Lidar apparatus and outputting a control signal based on the received signals to control a parameter of the wind turbine wherein the Lidar generates velocity data from a plurality of points in the measurement volume, and wherein the controller derives a measur of velocity and a measure of variance from the velocity data, and where the controller generates the output control signal from inputs of velocity and variance to generate an output control signal if the controller determines that the inputs indicate a risk of damage to turbine components, the system being characterised by the Lidar apparatus and the wind turbine being arranged such that the Lidar apparatus performs a complete scan around the substantially vertical axis.
A sheet processing apparatus comprising: a sheet stacking portion on which a sheet is stacked; an endless belt configured to convey the sheet by coming in contact with an upper surface of the sheet stacked on the sheet stacking portion; an aligning portion against which the sheet conveyed by the endless belt is abutted and aligning a position in a sheet conveying direction of the sheet; and a drive rotating member configured to contact with an inner peripheral surface of the endless belt; a shaft extending in a direction orthogonal to the sheet conveying direction; characterized by further comprising: a supporting portion configured to be swingable about the shaft, rotatably supporting the drive rotating member, and supporting the endless belt through the drive rotating member; and a lifting portion configured to raise and lower the endless belt by swinging the supporting portion. a sheet stacking portion on which a sheet is stacked; an endless belt configured to convey the sheet by coming in contact with an upper surface of the sheet stacked on the sheet stacking portion; an aligning portion against which the sheet conveyed by the endless belt is abutted and aligning a position in a sheet conveying direction of the sheet; and a drive rotating member configured to contact with an inner peripheral surface of the endless belt; a shaft extending in a direction orthogonal to the sheet conveying direction; a supporting portion configured to be swingable about the shaft, rotatably supporting the drive rotating member, and supporting the endless belt through the drive rotating member; and a lifting portion configured to raise and lower the endless belt by swinging the supporting portion.
A wireless device comprising: a transceiver configured at least to receive radio signals on at least a first carrier frequency, wherein said transceiver is further configured to receive information regarding a first pattern associated with the first carrier frequency, the first pattern being a sequence of subframes of a first type and subframes of a second type; and a processor configured to determine a second pattern, the determination being based on the first pattern and at least one of an indication and a pre-determined rule, which indication or pre-determined rule relates the first pattern to the second pattern, wherein the first pattern and the second pattern are measurement patterns. a transceiver configured at least to receive radio signals on at least a first carrier frequency, wherein said transceiver is further configured to receive information regarding a first pattern associated with the first carrier frequency, the first pattern being a sequence of subframes of a first type and subframes of a second type; and a processor configured to determine a second pattern, the determination being based on the first pattern and at least one of an indication and a pre-determined rule, which indication or pre-determined rule relates the first pattern to the second pattern, wherein the first pattern and the second pattern are measurement patterns.
An isolated human monoclonal antibody that specifically binds to outer surface protein A (OspA), wherein the antibody comprises the following six CDRs: (a) a CDR-H1 comprising the amino acid sequence of GYSFTSYWIG (SEQ ID NO: 10); (b) a CDR-H2 comprising the amino acid sequence of FIYPGDSDTRYSPSFQG (SEQ ID NO: 11); (c) a CDR-H3 comprising the amino acid sequence of ARGILRYFDWFLDY (SEQ ID NO: 4); (d) a CDR-L1 comprising the amino acid sequence of RASQGISSGSA (SEQ ID NO: 12); (e) a CDR-L2 comprising the amino acid sequence of DVSSLES (SEQ ID NO: 7); and (f) a CDR-L3 comprising the amino acid sequence of QQFNSYLLT (SEQ ID NO: 8). (a) a CDR-H1 comprising the amino acid sequence of GYSFTSYWIG (SEQ ID NO: 10); (b) a CDR-H2 comprising the amino acid sequence of FIYPGDSDTRYSPSFQG (SEQ ID NO: 11); (c) a CDR-H3 comprising the amino acid sequence of ARGILRYFDWFLDY (SEQ ID NO: 4); (d) a CDR-L1 comprising the amino acid sequence of RASQGISSGSA (SEQ ID NO: 12); (e) a CDR-L2 comprising the amino acid sequence of DVSSLES (SEQ ID NO: 7); and (f) a CDR-L3 comprising the amino acid sequence of QQFNSYLLT (SEQ ID NO: 8).