mhurhangee/ep-ind-claims huggingface dataset:
A device for detecting the gastric pressure of a livestock animal, in particular of a ruminant, having a body, the body having the following components: - a pressure sensor, - a telemetric device for transmitting measured values from the pressure sensor, - a gas-tight interior, one wall of the gas-tight interior having a resilient region (5, 13) which is deformable by the gastric pressure of a livestock animal, and the pressure sensor being formed to detect the pressure in the gas-tight interior, characterised in that the body has an average density of greater than 2.3 g/cm 3 so as to ensure that the device remains permanently in the stomach of the livestock animal when it has been administered to the livestock animal and in that the device comprises a motion sensor, wherein the motion sensor is configured to detect the movement activity of the livestock animal. - a pressure sensor, - a telemetric device for transmitting measured values from the pressure sensor, - a gas-tight interior, one wall of the gas-tight interior having a resilient region (5, 13) which is deformable by the gastric pressure of a livestock animal, and the pressure sensor being formed to detect the pressure in the gas-tight interior,
A method for automatically de-activating a cell C served by a base station BS in a cellular network, the method comprising the following steps, executed by the base station BS: • Collecting measurements, whereby each user equipment reports which one of the adjacent cell is the strongest, from the user equipments UE connected to the cell C; • Collecting current loads of adjacent cells, from base stations serving said adjacent cells; • Estimating, based on the collected measurements, a repartition over the adjacent cells of the user equipments UE connected to the cell C, assuming that the cell C is deactivated; • Calculating a threshold value TH, as a function of said estimated repartition and of said collected current loads; • Comparing a parameter representative of traffic in the cell C, with the threshold value TH; • If the parameter is less than or equal to the threshold value TH, de-activating of the cell C. • Collecting measurements, whereby each user equipment reports which one of the adjacent cell is the strongest, from the user equipments UE connected to the cell C; • Collecting current loads of adjacent cells, from base stations serving said adjacent cells; • Estimating, based on the collected measurements, a repartition over the adjacent cells of the user equipments UE connected to the cell C, assuming that the cell C is deactivated; • Calculating a threshold value TH, as a function of said estimated repartition and of said collected current loads; • Comparing a parameter representative of traffic in the cell C, with the threshold value TH; • If the parameter is less than or equal to the threshold value TH, de-activating of the cell C.
A syringe assembly comprising: an elongate syringe barrel defining a fluid reservoir; a housing that is coupled to the elongate syringe barrel via a snap-fit connection; a pressure transducer; a circuit board and a display screen, wherein the circuit board and the display screen are each disposed within the housing; and an aperture that extends through a wall of the elongate syringe barrel such that the fluid reservoir of the elongate syringe barrel is in fluid communication with the pressure transducer; wherein the snap-fit connection comprises: an adaptor that is coupled to the elongate syringe barrel, the adaptor comprising a plurality of flanges (134a; 134b; 134c), wherein each flange of the plurality of flanges (134a; 134b; 134c) is in contact with the housing; and a lock that is coupled to the housing, the lock preventing movement of the adaptor relative to the housing, characterized in that the display screen is supported by a plurality of resilient pins that are coupled to the housing, wherein the plurality of resilient pins are configured to deflect due to one or more forces applied to the display screen. an elongate syringe barrel defining a fluid reservoir; a housing that is coupled to the elongate syringe barrel via a snap-fit connection; a pressure transducer; a circuit board and a display screen, wherein the circuit board and the display screen are each disposed within the housing; and an aperture that extends through a wall of the elongate syringe barrel such that the fluid reservoir of the elongate syringe barrel is in fluid communication with the pressure transducer; wherein the snap-fit connection comprises: an adaptor that is coupled to the elongate syringe barrel, the adaptor comprising a plurality of flanges (134a; 134b; 134c), wherein each flange of the plurality of flanges (134a; 134b; 134c) is in contact with the housing; and a lock that is coupled to the housing, the lock preventing movement of the adaptor relative to the housing, an adaptor that is coupled to the elongate syringe barrel, the adaptor comprising a plurality of flanges (134a; 134b; 134c), wherein each flange of the plurality of flanges (134a; 134b; 134c) is in contact with the housing; and a lock that is coupled to the housing, the lock preventing movement of the adaptor relative to the housing, characterized in that the display screen is supported by a plurality of resilient pins that are coupled to the housing, wherein the plurality of resilient pins are configured to deflect due to one or more forces applied to the display screen.
A method of selecting between a Rake receiver and a second receiver in a wireless communications device, the method comprising: determining one or more of: a number of locked fingers at the Rake receiver, or a number of sectors in the Active Set for the wireless communication device; and selecting one of the Rake receiver or the second receiver in accordance with the determination, wherein the coverage area for a base station is divided into sectors and the wireless communications device is an access terminal. determining one or more of: a number of locked fingers at the Rake receiver, or a number of sectors in the Active Set for the wireless communication device; and selecting one of the Rake receiver or the second receiver in accordance with the determination, wherein the coverage area for a base station is divided into sectors and the wireless communications device is an access terminal.
An electronic housing assembly comprising: a printed circuit board comprising a main rigid part at least one face of which includes an electronic component and comprising at least one flexible part arranged at the periphery of the rigid part, the flexible part comprising at least one electrical connection pad; an upper housing element comprising a first cylindrical wall which is inserted into a lower housing element comprising a second cylindrical wall; wherein the flexible part extends between the first and the second cylindrical walls (48, 116), and the electrical connection pad of the flexible part is in electrical contact with an electrical contact surface which is arranged on the outer face of the first cylindrical wall or on the inner face of the second cylindrical wall. a printed circuit board comprising a main rigid part at least one face of which includes an electronic component and comprising at least one flexible part arranged at the periphery of the rigid part, the flexible part comprising at least one electrical connection pad; an upper housing element comprising a first cylindrical wall which is inserted into a lower housing element comprising a second cylindrical wall; wherein the flexible part extends between the first and the second cylindrical walls (48, 116), and the electrical connection pad of the flexible part is in electrical contact with an electrical contact surface which is arranged on the outer face of the first cylindrical wall or on the inner face of the second cylindrical wall.
A multi-petaled oblique-flat-surface hoop, wherein the hoop is divided into two groups, and each group comprises hoop petals, wherein each hoop petal is in a shape of a partial ring stud, in which an arc-shaped groove is formed; an upper surface and a lower surface of the arc-shaped groove are symmetrical partial inner cone surfaces, and the hoop petals are connected by pins to form a clamping chain and the pins are parallel to an axial direction of a connecting pipe, wherein the two groups of hoop petals are connected by bolts and the bolts are perpendicular to the axial direction of the connecting pipe, and wherein a partial inner cone surface of each hoop petal is protruded in the middle to form a trapezoidal surface which is parallel to one of the symmetrical partial inner cone surfaces, an oblique angle of the trapezoidal surface relative to an axial direction of the connecting pipe is equal to a taper angle of the one of the symmetrical partial inner cone surfaces of the hoop petal, wherein the taper angle is an angle between a normal direction of a cone surface and an axial direction of the cone surface.
Method for the separation of target cells from a cell sample comprising the steps: a) incubation of the cell sample with a releasable conjugate comprising a biotinylated ligand having a biotin moiety, a ligand moiety (Ligand 1) and a biotin-binding molecule (bbm) bound to the biotin moiety of the biotinylated ligand, wherein the biotin moiety and the ligand moiety of the biotinylated ligand are separated by a spacer group consisting of polyethylene glycol according to the general formula I with n = 1 - 500, and X, Y = same or different, substituted alkyl groups having 1 to 20 carbon atoms with amine, amide, and/or thioether residues, wherein the ligand is a first antibody for which the target cells express an antigen, and the biotin-binding molecule (bbm) is a second antibody which comprises a magnetic particle as solid support, b) separation of the cells labeled with the a solid support obtained in step a) from the cell sample by applying an magnetic field, c) adding a release agent in a sufficient concentration to displace the biotin-binding molecule (bbm) from the biotin moiety of the biotinylated ligand. a) incubation of the cell sample with a releasable conjugate comprising a biotinylated ligand having a biotin moiety, a ligand moiety (Ligand 1) and a biotin-binding molecule (bbm) bound to the biotin moiety of the biotinylated ligand, wherein the biotin moiety and the ligand moiety of the biotinylated ligand are separated by a spacer group consisting of polyethylene glycol according to the general formula I with n = 1 - 500, and X, Y = same or different, substituted alkyl groups having 1 to 20 carbon atoms with amine, amide, and/or thioether residues, wherein the ligand is a first antibody for which the target cells express an antigen, and the biotin-binding molecule (bbm) is a second antibody which comprises a magnetic particle as solid support, b) separation of the cells labeled with the a solid support obtained in step a) from the cell sample by applying an magnetic field, c) adding a release agent in a sufficient concentration to displace the biotin-binding molecule (bbm) from the biotin moiety of the biotinylated ligand.
A parcel locker comprising: - a parcel locker chassis, comprising an outer frame, configured with a base plate onto which the parcel locker rests, the base plate configured with one or more base plate through-going holes; - one or more compartments, each compartment having at least one door provided with a mechanical lock to engage with the parcel locker chassis; - a battery and the parcel locker is configured to be battery operated; - parcel locker processor means and parcel locker communication means; - one or more foundation elements, wherein the parcel locker is anchored to the one or more foundation elements by fastening means going through the one or more base plate through-going holes, thereby enabling place-and-play installation of the parcel locker, wherein - the foundation element is configured with an upper surface, a lower surface and one or more foundation throughgoing holes from the upper surface to the lower surface; - a ground-anchoring means with a head and a tip, wherein the ground-anchoring means adapted to be mounted into soil by arranging the ground-anchoring means through one of the one or more foundation through-going holes with the tip going into the soil. - a parcel locker chassis, comprising an outer frame, configured with a base plate onto which the parcel locker rests, the base plate configured with one or more base plate through-going holes; - one or more compartments, each compartment having at least one door provided with a mechanical lock to engage with the parcel locker chassis; - a battery and the parcel locker is configured to be battery operated; - parcel locker processor means and parcel locker communication means; - one or more foundation elements, wherein the parcel locker is anchored to the one or more foundation elements by fastening means going through the one or more base plate through-going holes, thereby enabling place-and-play installation of the parcel locker, wherein - the foundation element is configured with an upper surface, a lower surface and one or more foundation throughgoing holes from the upper surface to the lower surface; - a ground-anchoring means with a head and a tip, wherein the ground-anchoring means adapted to be mounted into soil by arranging the ground-anchoring means through one of the one or more foundation through-going holes with the tip going into the soil.
An anti-counterfeiting marker sheet comprising: a substrate; and a plurality of markers that are formed directly on the substrate by using photolithography; wherein the contour shapes of the markers can be recognized by magnified examination, characterised in that the markers further include inner shapes that can be recognized by magnified examination, wherein the inner shape of at least one of the markers includes a penetration part. a substrate; and a plurality of markers that are formed directly on the substrate by using photolithography; wherein the contour shapes of the markers can be recognized by magnified examination, characterised in that the markers further include inner shapes that can be recognized by magnified examination, wherein the inner shape of at least one of the markers includes a penetration part.
Glyceraldehyde-3-phosphate dehydrogenase (GAPDH) having a molecular weight of 36,389 daltons, an isoelectric point of 6.97 as an allergen von Aspergillus versicolor.
A method of restoring digital goods previously acquired and associated with an application, comprising: storing, in a memory of an application delivery server, application data for applications authorized for delivery to a communication device, the application data including information regarding digital goods acquired from within the applications, transmitting, from the application delivery server, information specifying at least one application available for re-download, to the communication device; receiving, at the application delivery server, a request for one of the at least one application to be delivered to the communication device; and in response to receiving the request: retrieving the application associated with the request; retrieving the application data associated with the application; sending the application associated with the request and the application data associated with the application to the communication device; and automatically restoring the digital goods previously acquired and associated with the application to the communication device based upon the application data including the information regarding digital goods, wherein the application data is transferred from the communication device to the application delivery server in response to one or more predetermined trigger events. storing, in a memory of an application delivery server, application data for applications authorized for delivery to a communication device, the application data including information regarding digital goods acquired from within the applications, transmitting, from the application delivery server, information specifying at least one application available for re-download, to the communication device; receiving, at the application delivery server, a request for one of the at least one application to be delivered to the communication device; and in response to receiving the request: retrieving the application associated with the request; retrieving the application data associated with the application; sending the application associated with the request and the application data associated with the application to the communication device; and automatically restoring the digital goods previously acquired and associated with the application to the communication device based upon the application data including the information regarding digital goods, retrieving the application associated with the request; retrieving the application data associated with the application; sending the application associated with the request and the application data associated with the application to the communication device; and automatically restoring the digital goods previously acquired and associated with the application to the communication device based upon the application data including the information regarding digital goods, wherein the application data is transferred from the communication device to the application delivery server in response to one or more predetermined trigger events.
Dispenser having a discharge outlet, operable to dispense a fluid product from a supply container in doses from the discharge outlet, and wherein the discharge outlet has an outlet closure valve with a closure mechanism comprising a closure member which in a closed position closes the discharge outlet; and an outlet attachment defining an outlet conduit having a nozzle opening, and which can be coupled to the dispenser at the discharge outlet by a coupling structure, characterised in that the outlet attachment further comprises an actuating structure which in a coupled condition, with the outlet attachment coupled to the dispenser at the discharge outlet, engages the closure mechanism of the dispenser's said outlet closure valve to hold the closure valve in an open condition, putting the dispenser discharge outlet in fluid communication with the outlet conduit and nozzle opening of the outlet attachment so that fluid product can be dispensed from the dispenser through the outlet attachment.
A model generation apparatus comprising: a data acquisition unit configured to acquire a plurality of learning datasets each constituted by a first sample of a first time of predetermined data obtained in time series and feature information included in a second sample of the predetermined data of a future second time relative to the first time, with a rarity degree indicating a degree of rarity of the learning dataset being set for each of the learning dataset; a learning processing unit configured to build, by machine learning, a prediction model trained to predict, from the first sample of the first time, the corresponding feature information of the second time, for each of the learning datasets, wherein learning datasets having a higher rarity degree are trained on more preponderantly in the machine learning; a rarity degree setting unit configured to set the rarity degree of each of the learning datasets, wherein the rarity degree setting unit includes a discordance predictor configured to predict a discordance of the prediction by the prediction model from the first sample of the first time, for each of the learning datasets, and the rarity degree setting unit is configured to set the rarity degree of each of the learning datasets, according to a result of predicting the discordance of the prediction by the prediction model with the discordance predictor. a data acquisition unit configured to acquire a plurality of learning datasets each constituted by a first sample of a first time of predetermined data obtained in time series and feature information included in a second sample of the predetermined data of a future second time relative to the first time, with a rarity degree indicating a degree of rarity of the learning dataset being set for each of the learning dataset; a learning processing unit configured to build, by machine learning, a prediction model trained to predict, from the first sample of the first time, the corresponding feature information of the second time, for each of the learning datasets, wherein learning datasets having a higher rarity degree are trained on more preponderantly in the machine learning; a rarity degree setting unit configured to set the rarity degree of each of the learning datasets, wherein the rarity degree setting unit includes a discordance predictor configured to predict a discordance of the prediction by the prediction model from the first sample of the first time, for each of the learning datasets, and the rarity degree setting unit is configured to set the rarity degree of each of the learning datasets, according to a result of predicting the discordance of the prediction by the prediction model with the discordance predictor.
A mobile communication system comprising: - a base station device; - a user equipment device configured to perform radio communication with the base station device; and - a relay device configured to relay the radio communication between the base station device and the user equipment device, wherein the base station device is configured to transmit frequency information for the relay device to the relay device, and the relay device is configured to receive the frequency information transmitted from the base station device, and wherein the relay device is configured to transmit a relay device information indicating that it is a relay device to the base station device, and the base station device is configured to receive the relay device information transmitted from the relay device. - a base station device; - a user equipment device configured to perform radio communication with the base station device; and - a relay device configured to relay the radio communication between the base station device and the user equipment device, wherein the base station device is configured to transmit frequency information for the relay device to the relay device, and the relay device is configured to receive the frequency information transmitted from the base station device, and wherein the relay device is configured to transmit a relay device information indicating that it is a relay device to the base station device, and the base station device is configured to receive the relay device information transmitted from the relay device.