mhurhangee/ep-ind-claims huggingface dataset:
A method of uplink reference signal transmission in a user equipment comprising: controlling a receiver in the user equipment to use discontinuous reception associated with configured on periods and off periods; maintaining a configuration of a set of sounding reference signal transmission resources; transmitting a request for an uplink transmission resource during one of the off periods; responsive to transmitting the request, transitioning to said on period; and transmitting a sounding reference signal transmission, using at least one of the set of sounding reference signal transmission resources associated with the configuration. controlling a receiver in the user equipment to use discontinuous reception associated with configured on periods and off periods; maintaining a configuration of a set of sounding reference signal transmission resources; transmitting a request for an uplink transmission resource during one of the off periods; responsive to transmitting the request, transitioning to said on period; and transmitting a sounding reference signal transmission, using at least one of the set of sounding reference signal transmission resources associated with the configuration.
A method of detecting malicious behaviour on a local network, the method comprising: identifying incoming service requests destined for a target device forming part of the local network as either harmless or potentially suspicious, the method being characterised by, in respect of each incoming service request identified as being potentially suspicious, monitoring the behaviour of the target device for a predetermined time for behaviour indicative of the target device operating as a proxy server, and, in the event that the monitored behaviour is indicative of the device acting as a proxy server, generating a notification indicative of the observed behaviour; wherein the monitoring step includes performing repeated DNS lookups of any fully qualified domain name specified in the identified potentially suspicious service request and analysing the results of such lookups for signs of the fully qualified domain name being associated with a fast flux proxy network. identifying incoming service requests destined for a target device forming part of the local network as either harmless or potentially suspicious, the method being characterised by, in respect of each incoming service request identified as being potentially suspicious, monitoring the behaviour of the target device for a predetermined time for behaviour indicative of the target device operating as a proxy server, and, in the event that the monitored behaviour is indicative of the device acting as a proxy server, generating a notification indicative of the observed behaviour; wherein the monitoring step includes performing repeated DNS lookups of any fully qualified domain name specified in the identified potentially suspicious service request and analysing the results of such lookups for signs of the fully qualified domain name being associated with a fast flux proxy network.
An optical target assembly to secure an optical target relative to a vehicle wheel assembly consisting of a wheel rim having a circumferential lip and a tire mounted thereon for rotation about an axis, comprising: a base assembly including a contact surface configured for non-determined abutting placement against an outer surface of the vehicle wheel assembly, between the circumferential lip of the wheel rim and an axial center point of the wheel rim, such that contact between said contact surface and said outer surface define a plurality of contact points on said contact surface; characterized by a target support assembly secured to said base assembly axially outboard from said contact surface; and a pair of opposed wheel clamp arms (104A, 104B, 106, 300) configured to maintain each of said contact points of said contact surface in contact with, and immobile relative to, said outer surface of the wheel assembly during a vehicle service procedure; and wherein said target support assembly includes a first discrete planar target surface and a second discrete planar target surface, wherein said first target surface and said second target surface are parallel to each other, with a plurality of optical target elements disposed on each of said first and second discrete planar target surfaces, the second discrete planar target surface disposed axially inward from the first discrete planar target surface such that the discrete planar target surfaces (200A, 200B) present the associated optical target elements in a common field of view, generally orthogonal to an axis of rotation for said target support assembly. a base assembly including a contact surface configured for non-determined abutting placement against an outer surface of the vehicle wheel assembly, between the circumferential lip of the wheel rim and an axial center point of the wheel rim, such that contact between said contact surface and said outer surface define a plurality of contact points on said contact surface; characterized by a target support assembly secured to said base assembly axially outboard from said contact surface; and a pair of opposed wheel clamp arms (104A, 104B, 106, 300) configured to maintain each of said contact points of said contact surface in contact with, and immobile relative to, said outer surface of the wheel assembly during a vehicle service procedure; and wherein said target support assembly includes a first discrete planar target surface and a second discrete planar target surface, wherein said first target surface and said second target surface are parallel to each other, with a plurality of optical target elements disposed on each of said first and second discrete planar target surfaces, the second discrete planar target surface disposed axially inward from the first discrete planar target surface such that the discrete planar target surfaces (200A, 200B) present the associated optical target elements in a common field of view, generally orthogonal to an axis of rotation for said target support assembly.
An apparatus for detecting carbon dioxide, the apparatus comprising: (a) a vessel comprising a wall, the wall defining (i) a detection region in the vessel and (ii) a growth region in the vessel; (b) a semi-permeable matrix disposed in the detection region of the vessel, the matrix being liquid permeable and comprising a pH indicator distributed throughout the matrix; (c) a gas-permeable membrane disposed inside the vessel, the gas-permeable membrane defining a boundary between the detection region and the growth region of the vessel; and (d) optionally, a culture medium disposed in the growth region of the vessel, the culture medium being capable of supporting the growth of a microorganism; wherein: (i) the gas-permeable membrane and the semi-permeable matrix are permeable to carbon dioxide, thereby permitting diffusive transport of carbon dioxide present in the growth region to the detection region; (ii) the gas-permeable membrane is impermeable to liquid and solid materials present in the growth region; (iii) the gas-permeable membrane is substantially free of any pH indicators present in the semi-permeable matrix; and (iv) the wall of the vessel is at least partially transparent in the detection region, and wherein the gas-permeable membrane has a permeability ranging from 1 × 10 -11 cm 2 /(sec•Pa) to 1 × 10 -9 cm 2 /(sec•Pa) for carbon dioxide. (a) a vessel comprising a wall, the wall defining (i) a detection region in the vessel and (ii) a growth region in the vessel; (b) a semi-permeable matrix disposed in the detection region of the vessel, the matrix being liquid permeable and comprising a pH indicator distributed throughout the matrix; (c) a gas-permeable membrane disposed inside the vessel, the gas-permeable membrane defining a boundary between the detection region and the growth region of the vessel; and (d) optionally, a culture medium disposed in the growth region of the vessel, the culture medium being capable of supporting the growth of a microorganism; (i) the gas-permeable membrane and the semi-permeable matrix are permeable to carbon dioxide, thereby permitting diffusive transport of carbon dioxide present in the growth region to the detection region; (ii) the gas-permeable membrane is impermeable to liquid and solid materials present in the growth region; (iii) the gas-permeable membrane is substantially free of any pH indicators present in the semi-permeable matrix; and (iv) the wall of the vessel is at least partially transparent in the detection region, and
A method to automatically predict a calving moment of a pregnant cow, comprising the steps of: - recording, by a camera system, at least one image of the cow, - processing, by a processing device, the at least one image of the cow, wherein processing of the image comprises: - determining at least one parameter indicative of the calving moment, and - predicting on the basis of the parameter a calving moment of the cow, characterized in that, the camera system is a three dimensionalcamera system and wherein the at least one parameter is selected from the group consisting of: - a body contraction parameter representative for the body contraction of the cow; - an orientation parameter representative for the orientation of the cow; - a pin line length parameter representative for a distance between the two pin bone points; - a laying down parameter representative for the laying down frequency of the cow; and - a tail movement parameter representative for tail movements of the cow. - recording, by a camera system, at least one image of the cow, - processing, by a processing device, the at least one image of the cow, wherein processing of the image comprises: - determining at least one parameter indicative of the calving moment, and - predicting on the basis of the parameter a calving moment of the cow, characterized in that, the camera system is a three dimensionalcamera system and wherein the at least one parameter is selected from the group consisting of: - a body contraction parameter representative for the body contraction of the cow; - an orientation parameter representative for the orientation of the cow; - a pin line length parameter representative for a distance between the two pin bone points; - a laying down parameter representative for the laying down frequency of the cow; and - a tail movement parameter representative for tail movements of the cow. - determining at least one parameter indicative of the calving moment, and - predicting on the basis of the parameter a calving moment of the cow, characterized in that, the camera system is a three dimensionalcamera system and wherein the at least one parameter is selected from the group consisting of: - a body contraction parameter representative for the body contraction of the cow; - an orientation parameter representative for the orientation of the cow; - a pin line length parameter representative for a distance between the two pin bone points; - a laying down parameter representative for the laying down frequency of the cow; and - a tail movement parameter representative for tail movements of the cow. - a body contraction parameter representative for the body contraction of the cow; - an orientation parameter representative for the orientation of the cow; - a pin line length parameter representative for a distance between the two pin bone points; - a laying down parameter representative for the laying down frequency of the cow; and - a tail movement parameter representative for tail movements of the cow.
An agricultural combine comprising: a self-propelled agricultural harvesting vehicle; a feederhouse extending forward from the vehicle; a rotor and concave arrangement for threshing and separating grain received in the feederhouse; a cleaning shoe disposed below the rotor and concave arrangement for cleaning grain; a grain tank for receiving and accumulating grain from the cleaning shoe; and an unloading conveyor having a distal end for conveying grain from the grain tank; characterized by an electrostatic cleaner coupled to the distal end for receiving grain from the grain tank and for electrostatically cleaning the grain from the grain tank. a self-propelled agricultural harvesting vehicle; a feederhouse extending forward from the vehicle; a rotor and concave arrangement for threshing and separating grain received in the feederhouse; a cleaning shoe disposed below the rotor and concave arrangement for cleaning grain; a grain tank for receiving and accumulating grain from the cleaning shoe; and an unloading conveyor having a distal end for conveying grain from the grain tank; characterized by an electrostatic cleaner coupled to the distal end for receiving grain from the grain tank and for electrostatically cleaning the grain from the grain tank.
A tank intended for storing fuel, this tank having a casing extending in elevation from a bottom to an upper wall, a lateral wall defining the casing between said bottom and said upper wall, said tank is provided with at least one inclined wall which extends between the lateral wall and said bottom to provide at least one slope which directs said fuel towards a predetermined zone of the tank by gravity, said inclined wall dividing an internal volume of the tank into a main volume and an under-slope volume which are intended to contain fuel, said under-slope volume being defined by said inclined wall and also the lateral wall and said bottom, characterised in that, said tank being provided with a fuel transfer system for transferring fuel from the under-slope volume to the main volume and from the main volume to the under-slope volume, the transfer system includes at least one supply pipe for transferring fuel by gravity from the main volume to the under-slope volume, said transfer system comprising at least one active means for transferring fuel from the under-slope volume to the main volume.
A medical aid for intestine examination comprising: a plurality of recording/measuring members formed of a polymeric composite containing a radioactive opaque material and having different forms; and a capsule type biodegradable accommodation body accommodating the recording/measuring members and formed of a material that is biodegraded after being taken, wherein the recording/measuring members are formed by mixing powder of polyethylene (C 2 H 4 (C 2 H 4) n) and powder of barium sulfate (BaSO 4) at a weight ratio of 4:6 to 6:4, and performing at least one of a method of heating at 130 to 135°C and injection-molding and a method of extrusion and cutting, wherein each of the recording/measuring members includes an annular recording body, a ball-shaped recording body, and a polyhedral recording body, and when the ball-shaped recording body and the polyhedral recording body are viewed while being overlaid with each other on a plane with reference to the annular recording body, the distance between the concentric circle to the outermost surface of the annular recording body is the largest, the distance between the concentric circle to the outermost surface of the polygonal recording body is the second largest, and the distance between the concentric circle to the outermost surface of the ball recording body is the smallest, and wherein a distance from the ball-shaped recording body to an outermost surface of the polygonal recording body is smaller than a diameter of a circular space in a ring of the annular recording body such that a gap for accommodation is formed. a plurality of recording/measuring members formed of a polymeric composite containing a radioactive opaque material and having different forms; and a capsule type biodegradable accommodation body accommodating the recording/measuring members and formed of a material that is biodegraded after being taken, wherein the recording/measuring members are formed by mixing powder of polyethylene (C 2 H 4 (C 2 H 4) n) and powder of barium sulfate (BaSO 4) at a weight ratio of 4:6 to 6:4, and performing at least one of a method of heating at 130 to 135°C and injection-molding and a method of extrusion and cutting, wherein each of the recording/measuring members includes an annular recording body, a ball-shaped recording body, and a polyhedral recording body, and when the ball-shaped recording body and the polyhedral recording body are viewed while being overlaid with each other on a plane with reference to the annular recording body, the distance between the concentric circle to the outermost surface of the annular recording body is the largest, the distance between the concentric circle to the outermost surface of the polygonal recording body is the second largest, and the distance between the concentric circle to the outermost surface of the ball recording body is the smallest, and wherein a distance from the ball-shaped recording body to an outermost surface of the polygonal recording body is smaller than a diameter of a circular space in a ring of the annular recording body such that a gap for accommodation is formed.
A shower nozzle assembly comprising: a shower nozzle having a water inlet opening and a water outlet part spaced from the water inlet opening, the water outlet opening being configured to direct a flow of water out of the shower nozzle; a nozzle attachment having a through bore configured to receive the water outlet part therein; and a bayonet connection for securing the nozzle attachment to the shower nozzle, the bayonet connection including a radial projection and a female bayonet receptor part configured to receive the radial projection therein to secure the shower nozzle to the nozzle attachment; wherein the water outlet part of the shower nozzle includes an outer surface, the radial projection extending radially outward from the outer surface of the water outlet part, and the nozzle attachment comprises an outer surface and includes the female bayonet receptor part, the female bayonet receptor part comprising a through slot (6, 7) extending through the outer surface of the nozzle attachment, the through slot (6, 7) configured to slidably receive the radial projection of the shower nozzle when the water outlet part is inserted into the through bore of the nozzle attachment; characterized in that the outer surface of the nozzle attachment comprises a threaded outer surface, and the radial projection has a threaded end surface which matches the threaded outer surface of the nozzle attachment when the radial projection is positioned in the through slot of the nozzle attachment. a shower nozzle having a water inlet opening and a water outlet part spaced from the water inlet opening, the water outlet opening being configured to direct a flow of water out of the shower nozzle; a nozzle attachment having a through bore configured to receive the water outlet part therein; and a bayonet connection for securing the nozzle attachment to the shower nozzle, the bayonet connection including a radial projection and a female bayonet receptor part configured to receive the radial projection therein to secure the shower nozzle to the nozzle attachment; wherein the water outlet part of the shower nozzle includes an outer surface, the radial projection extending radially outward from the outer surface of the water outlet part, and the nozzle attachment comprises an outer surface and includes the female bayonet receptor part, the female bayonet receptor part comprising a through slot (6, 7) extending through the outer surface of the nozzle attachment, the through slot (6, 7) configured to slidably receive the radial projection of the shower nozzle when the water outlet part is inserted into the through bore of the nozzle attachment; characterized in that the outer surface of the nozzle attachment comprises a threaded outer surface, and the radial projection has a threaded end surface which matches the threaded outer surface of the nozzle attachment when the radial projection is positioned in the through slot of the nozzle attachment.
A steering handle with heating and contact detection for a vehicle, wherein the steering handle has a core element, a control device, and at least one functional layer arranged on the core element, wherein the functional layer has at least one electrically conductive functional conductor (12A, 12B, 12C, 12D) running in the functional layer as a heating wire for heating the steering handle, which functional conductor (12A, 12B, 12C, 12D) is a sensor element of a sensor for detecting contact with the steering handle, wherein the control device is electrically connected to at least one functional conductor (12A, 12B, 12C, 12D), has a heating control circuit for heating the steering handle via the functional conductor (12A, 12B, 12C, 12D) as well as a sensor control circuit for detecting contact with the steering handle via the functional conductor (12A, 12B, 12C, 12D), and is designed to control the functional conductor (12A, 12B, 12C, 12D) alternately with the heating control circuit in order to heat the steering handle and with the sensor control circuit in order to detect contact with the steering handle, characterized in that the functional conductor (12A, 12B, 12C, 12D) is formed from a plurality of individual wires (121, 122, 123), and the individual wires (121, 122, 123) are arranged so as to run at least partially separately from one another. wherein the steering handle has a core element, a control device, and at least one functional layer arranged on the core element, wherein the functional layer has at least one electrically conductive functional conductor (12A, 12B, 12C, 12D) running in the functional layer as a heating wire for heating the steering handle, which functional conductor (12A, 12B, 12C, 12D) is a sensor element of a sensor for detecting contact with the steering handle, wherein the control device is electrically connected to at least one functional conductor (12A, 12B, 12C, 12D), has a heating control circuit for heating the steering handle via the functional conductor (12A, 12B, 12C, 12D) as well as a sensor control circuit for detecting contact with the steering handle via the functional conductor (12A, 12B, 12C, 12D), and is designed to control the functional conductor (12A, 12B, 12C, 12D) alternately with the heating control circuit in order to heat the steering handle and with the sensor control circuit in order to detect contact with the steering handle, characterized in that the functional conductor (12A, 12B, 12C, 12D) is formed from a plurality of individual wires (121, 122, 123), and the individual wires (121, 122, 123) are arranged so as to run at least partially separately from one another.
A compound of formula I wherein R 1 is hydrogen or F; n is 1 or 2 or a pharmaceutically acceptable acid addition salt thereof. R 1 is hydrogen or F; n is 1 or 2