mhurhangee/ep-ind-claims huggingface dataset:
Robot for autonomously processing an agricultural area containing plants arranged in rows, comprising - a chassis having two axles (14, 14A, 14B), namely a rear axle and a front axle, which are connected to one another by way of a central crossmember, wherein a respective axle (14, 14A, 14B) is arranged so as to be steerable at the crossmember about an axis of rotation and wherein each axle (14, 14A, 14B) has two steerable wheels which are rotatable about a steering axis and at least one of which is drivable, - a construction which is attachable to the chassis and, selectively or in combination, has an autonomously actuatable tool for processing fields, has a sensor system or an analysis device, or is designed to receive a spreading matter, - a control device configured to control the chassis and to carry out autonomous driving manoeuvres, such that, for a change of row, a transverse driving manoeuvre is able to be carried out transversely over a row with the aid of the control device, in which transverse driving manoeuvre the wheels are each rotated about their steering axis and the axles (14, 14A, 14B) are each rotated about their axis of rotation. - a chassis having two axles (14, 14A, 14B), namely a rear axle and a front axle, which are connected to one another by way of a central crossmember, wherein a respective axle (14, 14A, 14B) is arranged so as to be steerable at the crossmember about an axis of rotation and wherein each axle (14, 14A, 14B) has two steerable wheels which are rotatable about a steering axis and at least one of which is drivable, - a construction which is attachable to the chassis and, selectively or in combination, has an autonomously actuatable tool for processing fields, has a sensor system or an analysis device, or is designed to receive a spreading matter, - a control device configured to control the chassis and to carry out autonomous driving manoeuvres, such that, for a change of row, a transverse driving manoeuvre is able to be carried out transversely over a row with the aid of the control device, in which transverse driving manoeuvre the wheels are each rotated about their steering axis and the axles (14, 14A, 14B) are each rotated about their axis of rotation.
A composition for use in stimulating a mucosal immune response against Chlamydia trachomatis, the composition comprising: an inactivated Chlamydia trachomatis, and one or more adjuvant-loaded polymeric nanoparticles, wherein the one or more adjuvant-loaded polymeric nanoparticles are each attached to the inactivated Chlamydia trachomatis through electrostatic attraction, wherein the one or more adjuvant-loaded polymeric nanoparticles comprise biodegradable polymers, wherein the biodegradable polymers are poly(lactic-co-glycolic acid)-block-poly(L-histidine)-block-poly(ethylene glycol) (PLGA-PLH-PEG) triblock copolymers, and wherein the composition is to be administered to a subject in need thereof through a vaginal or urinary route. an inactivated Chlamydia trachomatis, and one or more adjuvant-loaded polymeric nanoparticles, wherein the one or more adjuvant-loaded polymeric nanoparticles are each attached to the inactivated Chlamydia trachomatis through electrostatic attraction, wherein the one or more adjuvant-loaded polymeric nanoparticles comprise biodegradable polymers, wherein the biodegradable polymers are poly(lactic-co-glycolic acid)-block-poly(L-histidine)-block-poly(ethylene glycol) (PLGA-PLH-PEG) triblock copolymers, and wherein the composition is to be administered to a subject in need thereof through a vaginal or urinary route.
A method for controlling access in an access control system, the access system comprising a server, a device database, and at least one access node, wherein the at least one access node supports one or more proximity technologies, the method comprising: selecting (704, 754), at the server, an access credential from a pool of unassigned access credentials; assigning (706, 758), by the server, the access credential to a specific individual; and transmitting (710, 760), by the server, the access credential over a secure and authenticated channel to a mobile communication device that is associated with the specific individual; and receiving, at the server, from the mobile communication device an indication that a secondary device is accessible by the mobile communication device and an indication of the proximity technology or technologies supported by the secondary device; presenting, by the secondary device the access credential to the at least one access node when the secondary device is near an access node that supports the same proximity technology as the secondary device; and updating, by the sever, information about the mobile communication device associated with the specific individual to add or update, in the device database, one or more records related to the mobile communication device to identify the proximity technology or technologies supported by one or more secondary devices accessible by the mobile communication device. selecting (704, 754), at the server, an access credential from a pool of unassigned access credentials; assigning (706, 758), by the server, the access credential to a specific individual; and transmitting (710, 760), by the server, the access credential over a secure and authenticated channel to a mobile communication device that is associated with the specific individual; and receiving, at the server, from the mobile communication device an indication that a secondary device is accessible by the mobile communication device and an indication of the proximity technology or technologies supported by the secondary device; presenting, by the secondary device the access credential to the at least one access node when the secondary device is near an access node that supports the same proximity technology as the secondary device; and updating, by the sever, information about the mobile communication device associated with the specific individual to add or update, in the device database, one or more records related to the mobile communication device to identify the proximity technology or technologies supported by one or more secondary devices accessible by the mobile communication device.
A water-based fire protection system comprising: a dry pipe or preaction sprinkler system comprising at least one fusible sprinkler (43, 45), a source of pressurized water, a piping network connected to the at least one fusible sprinkler (43, 35), one or more drains (11, 39, 49), and a dry pipe valve coupling the source of pressurized water to the piping network, the piping network pitched toward the one or more drains (11, 39, 49); a nitrogen generator coupled to the piping network, the nitrogen generator operable to pressurize the piping network with nitrogen and maintain a system pressure to prevent the water-based fire protection system from opening the dry pipe valve until the water-based fire protection system is actuated; and at least one vent positioned within the piping network, the at least one vent operable to allow gas including oxygen displaced by the nitrogen to exit the piping network while maintaining the system pressure to thereby increase the concentration of nitrogen and decrease the concentration of oxygen in the piping network to reduce or eliminate the rate of corrosion in the piping network. a dry pipe or preaction sprinkler system comprising at least one fusible sprinkler (43, 45), a source of pressurized water, a piping network connected to the at least one fusible sprinkler (43, 35), one or more drains (11, 39, 49), and a dry pipe valve coupling the source of pressurized water to the piping network, the piping network pitched toward the one or more drains (11, 39, 49); a nitrogen generator coupled to the piping network, the nitrogen generator operable to pressurize the piping network with nitrogen and maintain a system pressure to prevent the water-based fire protection system from opening the dry pipe valve until the water-based fire protection system is actuated; and at least one vent positioned within the piping network, the at least one vent operable to allow gas including oxygen displaced by the nitrogen to exit the piping network while maintaining the system pressure to thereby increase the concentration of nitrogen and decrease the concentration of oxygen in the piping network to reduce or eliminate the rate of corrosion in the piping network.
A computer-implemented method for managing metadata associated with one or more objects detected in an image, wherein each of the one or more objects corresponds to a respective area of the image, the method comprising: obtaining a metadata item associated with one of the one or more objects, wherein the metadata item comprises an identification of the area; characterized by: determining a level of resolution of the area or of the area as encoded; determining if the level of resolution is lower than a resolution threshold, wherein the resolution threshold is set such that, when the determined level of resolution is lower than the resolution threshold, one or more intended subsequent analyses of the detected object will not, or is unlikely to, produce any useful result; and on condition that the level of resolution is lower than the resolution threshold, reducing or discarding the metadata item and keeping the image containing the one or more objects. obtaining a metadata item associated with one of the one or more objects, wherein the metadata item comprises an identification of the area; characterized by: determining a level of resolution of the area or of the area as encoded; determining if the level of resolution is lower than a resolution threshold, wherein the resolution threshold is set such that, when the determined level of resolution is lower than the resolution threshold, one or more intended subsequent analyses of the detected object will not, or is unlikely to, produce any useful result; and on condition that the level of resolution is lower than the resolution threshold, reducing or discarding the metadata item and keeping the image containing the one or more objects. determining a level of resolution of the area or of the area as encoded; determining if the level of resolution is lower than a resolution threshold, wherein the resolution threshold is set such that, when the determined level of resolution is lower than the resolution threshold, one or more intended subsequent analyses of the detected object will not, or is unlikely to, produce any useful result; and on condition that the level of resolution is lower than the resolution threshold, reducing or discarding the metadata item and keeping the image containing the one or more objects.
A multi-well device comprising a plurality of sample wells wherein each sample well is defined by a well wall means and wherein the device has a plurality of compartments defined by compartment wall means, whereby each compartment surrounds at least one well characterised in that the compartment wall means project above the well and wherein one or more compartment houses an environmental buffering system being solid or semi-solid at room temperature and extending above the height of the well wall means.
A shaving razor cartridge comprising: a housing comprising a guard, a cap, and one or more blades located between the guard and the cap, said guard being positioned in front of said one or more blades, said cap being positioned behind said one or more blades, a heating element mounted to the housing for transferring heat during a shaving stroke, said heating element comprising a skin contacting surface and an opposing bottom surface and an insulating member, the insulating member having a first surface facing the bottom surface of the heating element and a second surface opposite the first surface, characterized in that said opposing bottom surface is defined by a perimeter wall and said insulating member is positioned within said perimeter wall. a housing comprising a guard, a cap, and one or more blades located between the guard and the cap, said guard being positioned in front of said one or more blades, said cap being positioned behind said one or more blades, a heating element mounted to the housing for transferring heat during a shaving stroke, said heating element comprising a skin contacting surface and an opposing bottom surface and an insulating member, the insulating member having a first surface facing the bottom surface of the heating element and a second surface opposite the first surface, characterized in that said opposing bottom surface is defined by a perimeter wall and said insulating member is positioned within said perimeter wall.
A method for visually presenting data preloading, comprising: acquiring a current playback progress of digital media content; presenting a first icon on a progress bar of a player of the digital media content according to the current playback progress, wherein the first icon divides the progress bar into a part that has been played and a part that has not been played; and determining a parameter that is used to indicate a data preloading speed of the digital media content, wherein the parameter is a data volume preloaded within a unit time; characterized by presenting, according to the parameter, a plurality of data points in the part of the progress bar, that has not been played, so as to indicate the data preloading speed, wherein the plurality of data points are arranged at equal space with an interval of the unit time, and wherein for each data point a size of the data point represents a size of a data volume that is preloaded within the unit time, which means that a larger data point indicates a larger data volume that is preloaded within the unit time and a smaller data point indicates a smaller data volume that is preloaded within the unit time. acquiring a current playback progress of digital media content; presenting a first icon on a progress bar of a player of the digital media content according to the current playback progress, wherein the first icon divides the progress bar into a part that has been played and a part that has not been played; and determining a parameter that is used to indicate a data preloading speed of the digital media content, wherein the parameter is a data volume preloaded within a unit time; characterized by presenting, according to the parameter, a plurality of data points in the part of the progress bar, that has not been played, so as to indicate the data preloading speed, wherein the plurality of data points are arranged at equal space with an interval of the unit time, and wherein for each data point a size of the data point represents a size of a data volume that is preloaded within the unit time, which means that a larger data point indicates a larger data volume that is preloaded within the unit time and a smaller data point indicates a smaller data volume that is preloaded within the unit time.
A load cell comprising - an elastic body having a base, - where the elastic body comprises a flexible membrane that is adapted to yield upon application of a load to the membrane, - a sensor for measuring the load applied to the membrane, - at least one connector having a first end that is connected to the membrane and a second end that is connected to the sensor, where the connector is configured to transmit a mechanical force that is applied to the membrane to the sensor, characterized in that the connector is attached to the membrane and/or the sensor via a pivotal connection (10, 11). - an elastic body having a base, - where the elastic body comprises a flexible membrane that is adapted to yield upon application of a load to the membrane, - a sensor for measuring the load applied to the membrane, - at least one connector having a first end that is connected to the membrane and a second end that is connected to the sensor, where the connector is configured to transmit a mechanical force that is applied to the membrane to the sensor, characterized in that the connector is attached to the membrane and/or the sensor via a pivotal connection (10, 11).
A method carried out in a base station of a cellular radio communications network configured to transmit data to a terminal in an unlicensed radio band, comprising the steps of: determining a contention window, within which to transmit data between the base station and a terminal; receiving a signal from the terminal, comprising an indication of occupancy of a radio channel, as detected by the terminal; comparing the indication of occupancy to a first threshold value, and, responsive to determining that the indication of occupancy levels or exceeds the first threshold: increasing the contention window size based on establishing a metric on a degree of operation by the base station on the channel; comparing the metric with a second threshold value; and determining that the degree of base station operation levels or exceeds the second threshold; transmitting data to the terminal within the increased contention window. determining a contention window, within which to transmit data between the base station and a terminal; receiving a signal from the terminal, comprising an indication of occupancy of a radio channel, as detected by the terminal; comparing the indication of occupancy to a first threshold value, and, responsive to determining that the indication of occupancy levels or exceeds the first threshold: increasing the contention window size based on establishing a metric on a degree of operation by the base station on the channel; comparing the metric with a second threshold value; and determining that the degree of base station operation levels or exceeds the second threshold; transmitting data to the terminal within the increased contention window. increasing the contention window size based on establishing a metric on a degree of operation by the base station on the channel; comparing the metric with a second threshold value; and determining that the degree of base station operation levels or exceeds the second threshold; establishing a metric on a degree of operation by the base station on the channel; comparing the metric with a second threshold value; and determining that the degree of base station operation levels or exceeds the second threshold; transmitting data to the terminal within the increased contention window.
A composition comprising an aluminum chlorohydrate salt, the aluminum chlorohydrate salt having at least 50 mole % Al 30 polyhydroxyoxoaluminum cation of all polyhydroxyoxoaluminum cations detectable by quantitative 27 Al NMR within the aluminum chlorohydrate salt, and a buffer, wherein the aluminum chlorohydrate salt exhibits a SEC chromatogram having a SEC Peak 4 area of at least 90% of a total area of Peaks 1, 2, 3, 4 and 5 in the SEC chromatogram, and wherein the 27 Al NMR spectrum has a species distribution including at most 5 mole % Al 13 polyhydroxyoxoaluminum cation of all polyhydroxyoxoaluminum cations detectable by quantitative 27 Al NMR in the aluminum chlorohydrate salt.
A surface treatment apparatus (100, 300) comprising: a vacuum chamber (102, 302) having a suction motor and a debris canister (108, 304); an inlet fluidly coupled to the vacuum chamber (102, 302); a coupling (114, 305) extending around at least a portion of the inlet; a handle; an accessory (110, 306, 700) coupled to the coupling (114, 305), the accessory having (110, 306, 700) at least two operational states; a toggle (116, 308); and an actuator (111, 303) having an actuated state and an unactuated state, when in the unactuated state, the actuator (111, 303) is recessed relative to the coupling (114, 305), and, when in the actuated state, the actuator (111, 303) extends from the coupling (114, 305) by an extension distance, the actuator (111, 303) being configured to cause the accessory (110, 306, 700) to transition between the operational states in response to actuation of the toggle (116, 308); wherein the toggle (116, 308) is disposed on the handle and between the actuator (111, 303) and the handle. a vacuum chamber (102, 302) having a suction motor and a debris canister (108, 304); an inlet fluidly coupled to the vacuum chamber (102, 302); a coupling (114, 305) extending around at least a portion of the inlet; a handle; an accessory (110, 306, 700) coupled to the coupling (114, 305), the accessory having (110, 306, 700) at least two operational states; a toggle (116, 308); and an actuator (111, 303) having an actuated state and an unactuated state, when in the unactuated state, the actuator (111, 303) is recessed relative to the coupling (114, 305), and, when in the actuated state, the actuator (111, 303) extends from the coupling (114, 305) by an extension distance, the actuator (111, 303) being configured to cause the accessory (110, 306, 700) to transition between the operational states in response to actuation of the toggle (116, 308); wherein the toggle (116, 308) is disposed on the handle and between the actuator (111, 303) and the handle.
A method associated with a real-time location system, the method comprising: receiving by a mobile device (110; 204) an RF message, the RF message including timing information associated with a time of transmission of the RF message relative to a reference clock in the real-time location system; generating an interrupt by the mobile device (110; 204) upon receipt of the RF message; in response to the interrupt, reading a value of an audio clock, the value being representative of a time since a start of an audio session associated with a received acoustic signal; synchronizing the audio clock with the reference clock based on the value; and determining a location of the mobile device (110; 204) based on the synchronizing the audio clock, wherein the mobile device (110; 204) is a smartphone having an operating system that precludes low latency readout of clock values at an application level. receiving by a mobile device (110; 204) an RF message, the RF message including timing information associated with a time of transmission of the RF message relative to a reference clock in the real-time location system; generating an interrupt by the mobile device (110; 204) upon receipt of the RF message; in response to the interrupt, reading a value of an audio clock, the value being representative of a time since a start of an audio session associated with a received acoustic signal; synchronizing the audio clock with the reference clock based on the value; and determining a location of the mobile device (110; 204) based on the synchronizing the audio clock, wherein the mobile device (110; 204) is a smartphone having an operating system that precludes low latency readout of clock values at an application level.
Rear rack system for an automotive vehicle, having a rack frame (4, 4a), and having a ball-head holder (5, 5a) for fixing the rack frame on a ball head of a hitch coupling device of an automotive vehicle, wherein the ball-head holder comprises at least two clamping jaws (6, 6a) and a manually operable fastening device (10, 10a), at least one clamping jaw thereof being mounted to be pivotable between an opening position, releasing the ball head, and a closing position, contacting the ball head, characterized in that the at least two clamping jaws are disposed in a guiding structure fixed on the rack frame to be displaceable in the vertical direction, and in that the guiding structure is associated with a mechanical positive guidance, which is operatively connected to the at least one pivotable clamping jaw and superposes a movement of the clamping jaws in the vertical direction with a pivot movement of the at least one clamping jaw in such a manner that the pivotable clamping jaw is retained in the opening position in a lower position relative to the guiding structure and is transferred upwards into the closing position during movement of the clamping jaws in the guiding structure in the vertical direction.