mhurhangee/ep-ind-claims huggingface dataset:
A method for a device-to-device, D2D, operation performed by a user equipment, UE, in a radio resource control, RRC, idle state in a wireless communication system, the method comprising: determining whether a serving cell of the UE is a suitable cell among an acceptable cell, a suitable cell, a barred cell and a reserved cell; wherein the acceptable cell is a cell on which the UE camps to obtain limited service, the suitable cell is a cell on which the UE camps to obtain normal service, the barred cell is a cell on which the UE is not allowed to camp and the reserved cell is a cell reserved by system information; determining whether the serving cell provides resource pool information; and transmitting a D2D signal within a resource indicated by the resource pool information if the serving cell is the suitable cell and if the serving cell provides the resource pool information, wherein the resource pool information indicates a plurality of resource pools, and wherein the UE selects a resource pool among the plurality of resource pools and transmits the D2D signal using the selected resource pool. determining whether a serving cell of the UE is a suitable cell among an acceptable cell, a suitable cell, a barred cell and a reserved cell; wherein the acceptable cell is a cell on which the UE camps to obtain limited service, the suitable cell is a cell on which the UE camps to obtain normal service, the barred cell is a cell on which the UE is not allowed to camp and the reserved cell is a cell reserved by system information; determining whether the serving cell provides resource pool information; and transmitting a D2D signal within a resource indicated by the resource pool information if the serving cell is the suitable cell and if the serving cell provides the resource pool information, wherein the resource pool information indicates a plurality of resource pools, and wherein the UE selects a resource pool among the plurality of resource pools and transmits the D2D signal using the selected resource pool.
A reaction system, notably of cultures of microorganisms, comprising: at least one reservoir of reaction mixture (1, 1') fluidically connected to a capillary injection tube; at least one reservoir of a carrier fluid that is immiscible with the reaction mixture (1, 1', 51, 52), fluidically connected to a capillary reaction tube, the capillary injection tube being mounted opening into the capillary reaction tube so that individual drops of reaction mixture are injectable into the capillary reaction tube, into the immiscible carrier fluid, so as to form a succession of reactors, at least one reaction monitoring detector, wherein the system comprises a means of referencing the reactors for identifying them uniquely in the succession of reactors, and at least one means for recirculating the reactors in front of at least one reaction monitoring detector. at least one reservoir of reaction mixture (1, 1') fluidically connected to a capillary injection tube; at least one reservoir of a carrier fluid that is immiscible with the reaction mixture (1, 1', 51, 52), fluidically connected to a capillary reaction tube, the capillary injection tube being mounted opening into the capillary reaction tube so that individual drops of reaction mixture are injectable into the capillary reaction tube, into the immiscible carrier fluid, so as to form a succession of reactors, at least one reaction monitoring detector, wherein the system comprises a means of referencing the reactors for identifying them uniquely in the succession of reactors, and at least one means for recirculating the reactors in front of at least one reaction monitoring detector.
A device for generating steam, said device comprising: - a first plate being inclined at a positive first angle compared to the horizontal direction to define a first upper end and a first lower end; - a heating element to heat the first plate to a predetermined temperature being at least above water evaporation temperature; - a water inlet arrangement for dispensing water onto the first plate; - a container extending at least below said first lower end, said container being arranged for collecting scale flakes falling from the first plate; characterized in that said device also comprises: - a second plate being inclined at a negative second angle compared to the horizontal direction to define a second upper end and a second lower end, the second upper end adjoining the first lower end (2b. - a first plate being inclined at a positive first angle compared to the horizontal direction to define a first upper end and a first lower end; - a heating element to heat the first plate to a predetermined temperature being at least above water evaporation temperature; - a water inlet arrangement for dispensing water onto the first plate; - a container extending at least below said first lower end, said container being arranged for collecting scale flakes falling from the first plate; - a second plate being inclined at a negative second angle compared to the horizontal direction to define a second upper end and a second lower end, the second upper end adjoining the first lower end (2b.
A test device comprising: a probe supporting block formed with a tube accommodating portion along a test direction; a conductive shield tube accommodated in the tube accommodating portion; and a probe accommodated and supported in the shield tube without contact, the tube accommodating portion comprising a conductive contact portion for transmitting a ground signal to the shield tube, characterised in that the probe supporting block comprises: a conductive block comprising a conductive contact portion with which the shield tube is in contact; an insulating block stacked on one side of the conductive block and supporting the shield tube and a first end portion of the probe; and an insulating cover block covering a rear side of the conductive block and supporting a second end portion of the probe. a probe supporting block formed with a tube accommodating portion along a test direction; a conductive shield tube accommodated in the tube accommodating portion; and a probe accommodated and supported in the shield tube without contact, the tube accommodating portion comprising a conductive contact portion for transmitting a ground signal to the shield tube, characterised in that the probe supporting block comprises: a conductive block comprising a conductive contact portion with which the shield tube is in contact; an insulating block stacked on one side of the conductive block and supporting the shield tube and a first end portion of the probe; and an insulating cover block covering a rear side of the conductive block and supporting a second end portion of the probe. a conductive block comprising a conductive contact portion with which the shield tube is in contact; an insulating block stacked on one side of the conductive block and supporting the shield tube and a first end portion of the probe; and an insulating cover block covering a rear side of the conductive block and supporting a second end portion of the probe.
Device for separating suspended particles from air having a cyclone separator which has a separation container, an air inlet which is orientated tangentially with respect to a vertically extending longitudinal axis with spacing therefrom and which opens in the separation container, a collection container in which the separation container opens at the lower end thereof, and a discharge pipe which opens in an air outlet and which adjoins the separation container at the top and which communicates therewith, and having at least one filter for the suspended particles which is arranged in the discharge pipe, characterised in that in the collection container there is arranged a folded continuous hose of plastics material which can be pulled out of a lower-side opening of the collection container and one end of which is closed and forms a base of a collection bag for the suspended particles and/or the at least one filter.
A stimulator device, comprising: a plurality of electrodes configured to contact a patient's tissue; stimulation circuitry configured to provide a stimulation pulse at at least two of the electrodes; a sense amplifier configured to sense a stimulation artifact over time at a sensing electrode comprising one of the electrodes different from the at least two electrodes that provide the stimulation, wherein the stimulation artifact comprises a signal formed by an electric field induced in the tissue by the stimulation pulse; and control circuitry configured to: determine at least one feature of the stimulation artifact; and use at least the determined at least one stimulation artifact feature to adjust stimulation provided by the stimulator device. a plurality of electrodes configured to contact a patient's tissue; stimulation circuitry configured to provide a stimulation pulse at at least two of the electrodes; a sense amplifier configured to sense a stimulation artifact over time at a sensing electrode comprising one of the electrodes different from the at least two electrodes that provide the stimulation, wherein the stimulation artifact comprises a signal formed by an electric field induced in the tissue by the stimulation pulse; and control circuitry configured to: determine at least one feature of the stimulation artifact; and use at least the determined at least one stimulation artifact feature to adjust stimulation provided by the stimulator device. determine at least one feature of the stimulation artifact; and use at least the determined at least one stimulation artifact feature to adjust stimulation provided by the stimulator device.
A multibiotic agent, wherein the multibiotic agent is selected from the group consisting of the compounds of the following structure: and salts thereof.
An image processing method executed by a graphics processor, comprising: down-sampling an input image (1402, 1502, 1504) into smaller images with a smaller resolution than the input image (1402, 1502, 1504); concatenating the smaller images; inputting the concatenated smaller images into a convolutional neural network comprisinga plurality of convolution and pooling layers and a plurality of groups of fully-connected layers; wherein the plurality of convolution and pooling layers includes a last convolution and pooling layer having a plurality of subsets of nodes, the outputs of each subset of nodes being forwarded to a respective group of fully-connected layers, each group of fully-connected layers providing an output including N-way Softmax functions producing a distribution over N class labels; combining the outputs from each of the groups of fully-connected layers to provide a final classification result; and outputting the final classification result. down-sampling an input image (1402, 1502, 1504) into smaller images with a smaller resolution than the input image (1402, 1502, 1504); concatenating the smaller images; inputting the concatenated smaller images into a convolutional neural network comprisinga plurality of convolution and pooling layers and a plurality of groups of fully-connected layers; wherein the plurality of convolution and pooling layers includes a last convolution and pooling layer having a plurality of subsets of nodes, the outputs of each subset of nodes being forwarded to a respective group of fully-connected layers, each group of fully-connected layers providing an output including N-way Softmax functions producing a distribution over N class labels; combining the outputs from each of the groups of fully-connected layers to provide a final classification result; and outputting the final classification result.
An apparatus for the contactless transmission of data and for the determination of an angle change between two objects moving relative to one another about a common axis of rotation, wherein - a first electrode carrier, which comprises a first electrode, is attachable to the first object; - a second electrode carrier, which comprises a second electrode, is attachable to the second object, wherein, in the attached state, the first and second electrode carriers (10, 110) are disposed opposite and axially spaced apart with respect to the axis of rotation and the first and second electrodes (12, 112) can be arranged such that a data transmission is possible by an electrical coupling between the first and second electrodes (12, 112), with a control unit being present which is configured to transmit a signal, which includes use data, from the first electrode to the second electrode, characterized in that a marking, which comprises at least one lighting region and at least one absorption region, is present at the first electrode carrier, with an evaluation unit being present which comprises an optical sensor which is arranged in a fixed position with respect to the second electrode carrier and which is configured to detect the marking, with the evaluation unit being configured to determine an angle change between the first and second objects by means of the marking. - a first electrode carrier, which comprises a first electrode, is attachable to the first object; - a second electrode carrier, which comprises a second electrode, is attachable to the second object, wherein, in the attached state, the first and second electrode carriers (10, 110) are disposed opposite and axially spaced apart with respect to the axis of rotation and the first and second electrodes (12, 112) can be arranged such that a data transmission is possible by an electrical coupling between the first and second electrodes (12, 112), with a control unit being present which is configured to transmit a signal, which includes use data, from the first electrode to the second electrode,
Tensioning device for a safety belt component, comprising - a gas generator for generating a pressurized gas, - a piston which can be driven by the pressurized gas, - a traction cable which is connected to the piston and can be connected to a safety belt component to be set into tensioning motion, and - a tensioner tube for receiving and guiding the piston, wherein - the gas generator is arranged in the tensioner tube, - the tensioner tube has a cut-out in the casing thereof between the gas generator and the piston, and - a cable deflector is provided, by means of which the traction cable is guided out of the tensioning tube through the cut-out, wherein the cable deflector comprises a guide part inserted into the tensioning tube along the extension of the tensioning tube, characterized in that the guide part has a receptacle and wherein the gas generator is arranged in the receptacle. - a gas generator for generating a pressurized gas, - a piston which can be driven by the pressurized gas, - a traction cable which is connected to the piston and can be connected to a safety belt component to be set into tensioning motion, and - a tensioner tube for receiving and guiding the piston, wherein - the gas generator is arranged in the tensioner tube, - the tensioner tube has a cut-out in the casing thereof between the gas generator and the piston, and - a cable deflector is provided, by means of which the traction cable is guided out of the tensioning tube through the cut-out, wherein the cable deflector comprises a guide part inserted into the tensioning tube along the extension of the tensioning tube, characterized in that the guide part has a receptacle and wherein the gas generator is arranged in the receptacle.
A biosensor for analyzing a fluid sample,comprising: a biosensor body, the biosensor body defining a measurement zone having a sample receiving chamber in which is disposed a measurement electrode for detecting the presence or concentration of an analyte in the fluid sample, the sample receiving chamber including a reagent which reacts with the fluid sample; and the biosensor body further defining a user interface zone in which is disposed an electrically driven signal generator which emits a visible signal upon occurrence of a triggering event, characterized in that the signal generator comprises a light disposed proximate the sample receiving chamber, the light illuminating the sample receiving chamber upon the occurrence of the triggering event. a biosensor body, the biosensor body defining a measurement zone having a sample receiving chamber in which is disposed a measurement electrode for detecting the presence or concentration of an analyte in the fluid sample, the sample receiving chamber including a reagent which reacts with the fluid sample; and the biosensor body further defining a user interface zone in which is disposed an electrically driven signal generator which emits a visible signal upon occurrence of a triggering event, characterized in that the signal generator comprises a light disposed proximate the sample receiving chamber, the light illuminating the sample receiving chamber upon the occurrence of the triggering event.
Temporary dental prosthesis for determining abrasion facets comprising a prosthesis base (4, 6) and at least one prosthesis tooth (8, 10), wherein at least the occlusal surface of the prosthesis tooth (8, 10) or at least one of the prosthesis teeth (8, 10) is made of an abrasive material, characterized in that the abrasive material comprises a plexiglass, an uncrosslinked polymethyl methacrylate and/or an unfilled, non-crosslinked thermoplastic, and that the abrasive material is such that a volume loss of 0.1 mm 3 to 2 mm 3 occurs on a planar surface of the abrasive material upon two-medium abrasion against a 4.75 mm diameter alumina sphere under water after 4,600 cycles, wherein in each cycle the alumina sphere is placed on the surface, then rolled on the planar surface of the abrasive material by 0.8 mm with a force of 50 N, and subsequently lifted off the surface. at least the occlusal surface of the prosthesis tooth (8, 10) or at least one of the prosthesis teeth (8, 10) is made of an abrasive material, characterized in that the abrasive material comprises a plexiglass, an uncrosslinked polymethyl methacrylate and/or an unfilled, non-crosslinked thermoplastic, and that the abrasive material is such that a volume loss of 0.1 mm 3 to 2 mm 3 occurs on a planar surface of the abrasive material upon two-medium abrasion against a 4.75 mm diameter alumina sphere under water after 4,600 cycles, wherein in each cycle the alumina sphere is placed on the surface, then rolled on the planar surface of the abrasive material by 0.8 mm with a force of 50 N, and subsequently lifted off the surface.
A syringe operation detection device for detecting a drawing or injecting operation of a plunger in a syringe, the device comprising: a female joint part to be joined to a barrel tip in a syringe barrel of the syringe; a male joint part to be joined to a needle hub of a syringe needle in the syringe; a coupling container placed between the female joint part and the male joint part, for allowing the female joint part to be continuous with the male joint part while being closed externally; a detector placed in any one of the coupling container, the female joint part, and the male joint part, the detector detecting a pressure a flow velocity, or a flow rate of a fluid moving between the syringe barrel and the syringe needle; and a controller including a sensing section for detecting a signal inputted from the detector, characterized in that the device is a practice device for a syringe operation, and the controller further includes: a determination criteria setting section for setting a time series ideal operation criterion value indicative of a time series change of the signal when a human ideally operates the plunger; and a determination section for determining whether the operation of the plunger is skillful or not based on a time series difference between the signal and the ideal operation criterion value and informing a determination result to an operator by means of light, an image, or a sound. a female joint part to be joined to a barrel tip in a syringe barrel of the syringe; a male joint part to be joined to a needle hub of a syringe needle in the syringe; a coupling container placed between the female joint part and the male joint part, for allowing the female joint part to be continuous with the male joint part while being closed externally; a detector placed in any one of the coupling container, the female joint part, and the male joint part, the detector detecting a pressure a flow velocity, or a flow rate of a fluid moving between the syringe barrel and the syringe needle; and a controller including a sensing section for detecting a signal inputted from the detector, characterized in that the device is a practice device for a syringe operation, and the controller further includes: a determination criteria setting section for setting a time series ideal operation criterion value indicative of a time series change of the signal when a human ideally operates the plunger; and a determination section for determining whether the operation of the plunger is skillful or not based on a time series difference between the signal and the ideal operation criterion value and informing a determination result to an operator by means of light, an image, or a sound. a determination criteria setting section for setting a time series ideal operation criterion value indicative of a time series change of the signal when a human ideally operates the plunger; and a determination section for determining whether the operation of the plunger is skillful or not based on a time series difference between the signal and the ideal operation criterion value and informing a determination result to an operator by means of light, an image, or a sound.