mhurhangee/ep-ind-claims huggingface dataset:
A method of displaying a predicted state of operation of a medical fluid handling apparatus, the method comprising: receiving, continuously or repeatedly during operation of the medical fluid handling apparatus, a sensor signal from a sensor (110, 112, 114, 116, 502, 601) of the medical fluid handling apparatus; filtering the sensor signal by an adaptive filter (504, 600) such that a predicted signal is achieved, wherein the predicted signal is a predicted error signal indicating a deviation between a measured amount of fluid and a prescribed amount of fluid; and determining a predicted state of operation of the medical fluid handling apparatus from the predicted signal, wherein the predicted state is one of at least two non-critical states in which no alarm is activated and a critical state in which an alarm is activated, and one of the at least two non-critical states is closer to the critical state than another of the at least two non-critical states; and the method comprises displaying an indication of the predicted state of the medical fluid handling apparatus through a user interface of the medical fluid handling apparatus based on the predicted state, wherein the displaying allows an operator of the medical fluid handling apparatus to take action, if found necessary from the indication, such that the critical state of the medical fluid handling apparatus, and the alarm, is avoided. receiving, continuously or repeatedly during operation of the medical fluid handling apparatus, a sensor signal from a sensor (110, 112, 114, 116, 502, 601) of the medical fluid handling apparatus; filtering the sensor signal by an adaptive filter (504, 600) such that a predicted signal is achieved, wherein the predicted signal is a predicted error signal indicating a deviation between a measured amount of fluid and a prescribed amount of fluid; and determining a predicted state of operation of the medical fluid handling apparatus from the predicted signal, wherein the predicted state is one of at least two non-critical states in which no alarm is activated and a critical state in which an alarm is activated, and one of the at least two non-critical states is closer to the critical state than another of the at least two non-critical states; and the method comprises displaying an indication of the predicted state of the medical fluid handling apparatus through a user interface of the medical fluid handling apparatus based on the predicted state, wherein the displaying allows an operator of the medical fluid handling apparatus to take action, if found necessary from the indication, such that the critical state of the medical fluid handling apparatus, and the alarm, is avoided.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a first message including information related to a measurement; measuring measurement objects, Mos, based on the information related to the measurement; and transmitting, to the base station, a measurement report, based on the measuring, in case that a triggering event for transmission of the measurement report is satisfied, wherein the information related to the measurement includes measurement identities and reporting configuration, wherein the measurement report includes a measurement result on cells belonging to a first cell set and a measurement result on cells belonging to a second cell set, in case that the reporting configuration includes configuration information related to a neighboring cell measurement, wherein the first cell set is a set of serving cells configured with a servingCell measurement object, servingCellMO, wherein the second cell set is a set of non-serving cells, and wherein each of the non-serving cells is referenced with the servingCellMO. receiving, from a base station, a first message including information related to a measurement; measuring measurement objects, Mos, based on the information related to the measurement; and transmitting, to the base station, a measurement report, based on the measuring, in case that a triggering event for transmission of the measurement report is satisfied, wherein the information related to the measurement includes measurement identities and reporting configuration, wherein the measurement report includes a measurement result on cells belonging to a first cell set and a measurement result on cells belonging to a second cell set, in case that the reporting configuration includes configuration information related to a neighboring cell measurement, wherein the first cell set is a set of serving cells configured with a servingCell measurement object, servingCellMO, wherein the second cell set is a set of non-serving cells, and wherein each of the non-serving cells is referenced with the servingCellMO.
Computer-implemented method for configuring a control device for a technical system by way of a machine learning method, wherein a) a temporal sequence of training data is recorded for the machine learning method, wherein the training data comprise state data specifying states of the technical system and control action data specifying control actions of the technical system, b) a temporal change (ΔAD) in the control action data is specifically recorded, c) the temporal change (ΔAD) in the control action data is correlated with temporal changes (ΔSD) in the state data within different time windows, wherein a respective time window-specific correlation value is determined, d) a resulting time window is determined depending on the determined correlation values, e) the training data located within the resulting time window are extracted on a time window-specific basis, and f) the control device is trained based on the extracted training data by way of the machine learning method and is thus configured to control the technical system. a) a temporal sequence of training data is recorded for the machine learning method, wherein the training data comprise state data specifying states of the technical system and control action data specifying control actions of the technical system, b) a temporal change (ΔAD) in the control action data is specifically recorded, c) the temporal change (ΔAD) in the control action data is correlated with temporal changes (ΔSD) in the state data within different time windows, wherein a respective time window-specific correlation value is determined, d) a resulting time window is determined depending on the determined correlation values, e) the training data located within the resulting time window are extracted on a time window-specific basis, and f) the control device is trained based on the extracted training data by way of the machine learning method and is thus configured to control the technical system.
Display screen device, comprising: - a frame with a foot unit and a multiplicity of wheel elements connected thereto, wherein the display screen device is movable in a rolling manner; - a display screen unit connected to the frame with display screen reproduction means, wherein the display screen unit is height-adjustable in relation to the foot unit between a first, low position and a second, high position; characterized in that said display screen device further comprises braking means for braking one or more of the multiplicity of wheel elements, wherein the braking means are configured so that the one or more of the multiplicity of wheel elements is released only if the display screen unit is near or in the first, low position so that the display screen device is movable only if the display screen unit is near or in the first, low position. - a frame with a foot unit and a multiplicity of wheel elements connected thereto, wherein the display screen device is movable in a rolling manner; - a display screen unit connected to the frame with display screen reproduction means, wherein the display screen unit is height-adjustable in relation to the foot unit between a first, low position and a second, high position; characterized in that said display screen device further comprises braking means for braking one or more of the multiplicity of wheel elements, wherein the braking means are configured so that the one or more of the multiplicity of wheel elements is released only if the display screen unit is near or in the first, low position so that the display screen device is movable only if the display screen unit is near or in the first, low position.
Heavy-duty slicing device comprising a rotataing blade mount, on which a cutting blade comprising a center of rotation and a number of fastening cavities is provided, wherein each fastening cavity receives a screw, which, when tightened, fastens the cutting blade to a contact surface of the blade mount, wherein the cutting blade additionally has at least one securing cavity, which receives a securing means, which secures the cutting blade against a detachment from the blade mount in the event of failure of the fastening means, characterized in that the securing means is arranged in the center of rotation of the cutting blade and the cross section of the securing cavity increases with increasing distance from the center of rotation of the cutting blade.
A cryptographic system comprising an encryption device and a decryption device, the encryption device comprising a ciphertext generation part which generates one of first information including a quadratic span program, the quadratic span program including a polynomial d(x), a plurality of polynomials D i (x), and predicate information and second information including attribute information, as a ciphertext, the decryption device comprising a polynomial selection part which, treating a remaining one of the first information and the second information, as a decryption key and based on the predicate information included in the first information and the attribute information included in the second information, selects at least one polynomial D i (x) from the plurality of polynomials D i (x), a coefficient calculation part which calculates a coefficient Δ i that enables a polynomial constituted based on a polynomial A i D i (x) to be divided out by the polynomial d(x), the polynomial A i D i (x) being obtained by multiplying the polynomial D i (x) selected by the polynomial selection part, by the coefficient Δ i, and a decryption part which decrypts the ciphertext based on the coefficient Δ i calculated by the coefficient calculation part, if the quadratic span program accepts the attribute information.
A method for filling packs with products, in particular for filling boxes with multipacks made up of cigarette packs, wherein several products are put together to form a product group and the completeness of the product group is detected by a first control device outside of the pack, and wherein several product groups are put together by means of a handling device to form a group of product groups and are inserted into the pack, wherein the presence of the group in the pack and the completeness of the group of product groups is detected by means of a second control device, characterized by the following features: a) the feeding of groups to the pack is repeated where necessary until a provided number of groups have been filled into the pack which corresponds to a required quantity of groups or product groups in the pack, wherein the presence of each group or product group in the pack is detected and documented in each case by means of the second control device. b) the second control device is positioned in the region of the conveying path of the group into the pack and once a group has been supplied into the pack detects said group, wherein the control device, preferably a camera, is arranged in the region of a conveying track for the products and after the group has been conveyed into the pack is moved out of a waiting position which is arranged below the conveying track into a detecting position which is arranged above the conveying track, for detecting the group in the pack, and in that the control device is then moved back into the waiting position for feeding a further group into the pack. a) the feeding of groups to the pack is repeated where necessary until a provided number of groups have been filled into the pack which corresponds to a required quantity of groups or product groups in the pack, wherein the presence of each group or product group in the pack is detected and documented in each case by means of the second control device. b) the second control device is positioned in the region of the conveying path of the group into the pack and once a group has been supplied into the pack detects said group, wherein the control device, preferably a camera, is arranged in the region of a conveying track for the products and after the group has been conveyed into the pack is moved out of a waiting position which is arranged below the conveying track into a detecting position which is arranged above the conveying track, for detecting the group in the pack, and in that the control device is then moved back into the waiting position for feeding a further group into the pack.
A composition for use in improving cognitive function in a subject with Down syndrome, comprising a compound selected from pentylenetetrazole, picrotoxin, bilobalide and ginkgolide B, and a pharmaceutically-acceptable carrier, said composition administered in doses less than a dose that kindles a seizure in the subject, and wherein the doses are administered to the subject over a period of time effective to achieve improvement in cognitive function, as measured using a protocol for assessing cognitive function.
A device, comprising: a spacer layer; an overlay layer; a carrier layer, wherein the carrier layer, overlay layer, and the spacer layer form a cavity; a conductive foil; a piezoelectric element configured to convert an electrical voltage into a mechanical strain, wherein a top electrode is fastened to a top surface of the piezoelectric element and the top electrode is connected to the conductive foil via solder or silver glue; and a conductive base plate onto which the piezoelectric element is fastened, wherein the conductive base plate is configured as a lower electrode of the piezoelectric element, wherein the conductive base plate comprises an integrated support positioned on an underside of the conductive base plate; wherein the device is configured to provide haptic feedback on a basis of the mechanical strain; characterised in that the integrated support is formed into the conductive base plate by punching or by bending edges of the conductive base plate and in that the conductive base plate lies on the carrier layer in the cavity supported by the integrated support. a spacer layer; an overlay layer; a carrier layer, wherein the carrier layer, overlay layer, and the spacer layer form a cavity; a conductive foil; a piezoelectric element configured to convert an electrical voltage into a mechanical strain, wherein a top electrode is fastened to a top surface of the piezoelectric element and the top electrode is connected to the conductive foil via solder or silver glue; and a conductive base plate onto which the piezoelectric element is fastened, wherein the conductive base plate is configured as a lower electrode of the piezoelectric element, wherein the conductive base plate comprises an integrated support positioned on an underside of the conductive base plate; wherein the device is configured to provide haptic feedback on a basis of the mechanical strain; characterised in that the integrated support is formed into the conductive base plate by punching or by bending edges of the conductive base plate and in that the conductive base plate lies on the carrier layer in the cavity supported by the integrated support.
A mutant Msp monomer comprising a variant of the sequence shown in SEQ ID NO: 2, wherein the variant comprises the following substitution: L88N, wherein the mutant Msp monomer retains the ability to form a pore.
A connector comprising: a plurality of aligned contact sets, each of the contact sets including a signal contact for signal transmission, and a first ground contact including a first shield portion and a second ground contact including a second shield portion, the first ground contact and the second ground contact being provided around the signal contact in such a manner as to surround the signal contact by the first and second shield portions (215, 225). a plurality of aligned contact sets, each of the contact sets including a signal contact for signal transmission, and a first ground contact including a first shield portion and a second ground contact including a second shield portion, the first ground contact and the second ground contact being provided around the signal contact in such a manner as to surround the signal contact by the first and second shield portions (215, 225).
A method for determining the size distribution of particles of different sizes contained in a mass of such particles, said method comprising the steps of: (a) irradiating said mass of particles with a beam of randomly polarized, monochromatic radiation of a predetermined wavelength to produce a side scattering pattern of randomly polarized radiation, said randomly polarized irradiating beam comprising mutually perpendicular components of polarization; (b) simultaneously decomposing each of a plurality of selected portions of said side scattering pattern into first and second linearly polarized beams of mutually perpendicular polarization direction; (c) determining the difference in intensity of said first and second linearly polarized beams to produce a PIDS (Polarization Intensity Different Scattering) signal for each of said plurality of selected portions of said side scattering pattern; and (d) using said PIDS signals to determine the size distribution of particles in said mass. (a) irradiating said mass of particles with a beam of randomly polarized, monochromatic radiation of a predetermined wavelength to produce a side scattering pattern of randomly polarized radiation, said randomly polarized irradiating beam comprising mutually perpendicular components of polarization; (b) simultaneously decomposing each of a plurality of selected portions of said side scattering pattern into first and second linearly polarized beams of mutually perpendicular polarization direction; (c) determining the difference in intensity of said first and second linearly polarized beams to produce a PIDS (Polarization Intensity Different Scattering) signal for each of said plurality of selected portions of said side scattering pattern; and (d) using said PIDS signals to determine the size distribution of particles in said mass.
An implantable prosthetic device for the repair of connective tissue in an animal or human, the device comprising a biocompatible pad having an open structure to provide a scaffold for the in-growth of tissue into the pad, a region of the pad being reinforced relative to a main part of the pad, the device further comprising a reinforcement region extending around a perimeter of the pad; characterised in that the reinforcement region is attached to the pad and positioned inboard of edges of the pad, and in that the reinforcement region comprises an elongate reinforcement element and at least one anchoring element (902, 903) for anchoring the reinforcement element to the pad, in which the at least one anchoring element passes through the pad in a first direction, around the reinforcement element and back through the pad in a second direction which is opposite to said first direction, to anchor the reinforcement element to the pad; in which the device can be attached to tissue by forming a puncture: a) within the reinforcement region; or b) in an area of the pad which is inboard of the reinforcement region; so that a suture can be located through the puncture, the reinforcement region serving to support tensile loading in the device during use by resisting pull-through of the suture. a) within the reinforcement region; or b) in an area of the pad which is inboard of the reinforcement region;
A golf ball comprising: an inner core layer; an outer core layer essentially enclosing the inner core layer; an inner cover layer essentially enclosing the outer core layer; and an outer cover layer essentially enclosing the inner cover layer, characterized in that at least one of the layers includes a blend comprising a first highly neutralized acid polymer having a first Vicat softening temperature and a first specific gravity and a second highly neutralized acid polymer having a second Vicat softening temperature and a second specific gravity, wherein the absolute value of the difference between the Vicat softening temperatures is no more than about 15°C and the absolute value of the difference between the specific gravities is no more than about 0.015, and in that the highly neutralized acid polymers are neutralized to 80% or higher. an inner core layer; an outer core layer essentially enclosing the inner core layer; an inner cover layer essentially enclosing the outer core layer; and an outer cover layer essentially enclosing the inner cover layer, characterized in that at least one of the layers includes a blend comprising a first highly neutralized acid polymer having a first Vicat softening temperature and a first specific gravity and a second highly neutralized acid polymer having a second Vicat softening temperature and a second specific gravity, wherein the absolute value of the difference between the Vicat softening temperatures is no more than about 15°C and the absolute value of the difference between the specific gravities is no more than about 0.015, and in that the highly neutralized acid polymers are neutralized to 80% or higher.
Accessible metal container, in particular for accommodation of an emergency power generator, comprising wall elements and a roof element, wherein the accessible metal container is in the form of a hood without a floor, characterized in that the accessible metal container comprises a concrete base and/or a concrete foundation, also comprising a sealing means between the concrete base and/or the concrete foundation and at least one wall element, preferably in the form of a joint tape.
A composition comprising dimethylsulfoxide (DMSO), and L-arginine for use in the treatment of stroke or brain injury, wherein said composition is administered in doses comprising 40 to 100g of DMSO.