mhurhangee/ep-ind-claims huggingface dataset:
A method of sending an announcement to user equipment, by an access server, the access server in use operating in a packet switched telecommunication network, the method comprising: - receiving the announcement from a media source operating in said packet switched network; - receiving a caching indication associated with said announcement from said media source, indicating an instruction for the access server to initialize caching of said announcement; - caching the announcement in a caching unit associated with the access server in response to the received caching indication and the received announcement; - receiving an instruction from the media source to send said cached announcement towards the user equipment; - retrieving the cached announcement from the caching unit; and - sending the retrieved cached announcement towards the user equipment, characterized in that the announcement and the caching indication are embedded in an announcement media stream, the method further comprising: - extracting the announcement from the announcement media stream, and - extracting the caching indication from the announcement media stream. - receiving the announcement from a media source operating in said packet switched network; - receiving a caching indication associated with said announcement from said media source, indicating an instruction for the access server to initialize caching of said announcement; - caching the announcement in a caching unit associated with the access server in response to the received caching indication and the received announcement; - receiving an instruction from the media source to send said cached announcement towards the user equipment; - retrieving the cached announcement from the caching unit; and - sending the retrieved cached announcement towards the user equipment, - extracting the announcement from the announcement media stream, and - extracting the caching indication from the announcement media stream.
A wall-mounted air conditioning indoor unit that is installed on a side wall of an air conditioning target space and uses plural flaps to change the air direction of outlet air blown out from an air outlet, the air conditioning indoor unit comprising: a front flap that adjusts the air direction of the outlet air; and a rear flap that adjusts the air direction of the outlet air in a position closer to the side wall than the front flap, wherein the front flap has a first airflow surface that allows the outlet air to flow along it when the outlet air travels through an air passage space sandwiched between the rear flap and the front flap, the rear flap has a second airflow surface that allows the outlet air to flow along it when the outlet air travels through the air passage space, the front flap, when generating an airflow heading toward a lower portion of the side wall, has its lower end positioned lower than a lowermost end of the air outlet, and the rear flap, when generating an airflow heading toward the lower portion of the side wall, adopts a predetermined posture in which its lower end is positioned more toward the side wall than its upper end so that the second airflow surface is inclined relative to a vertical plane, wherein the front flap, when generating an airflow heading toward the lower portion of the side wall, adopts a posture in which its lower end is positioned more toward the side wall than its upper end so that the first airflow surface is inclined relative to a vertical plane and the outlet air is deflected toward the side wall by the first airflow surface. a front flap that adjusts the air direction of the outlet air; and a rear flap that adjusts the air direction of the outlet air in a position closer to the side wall than the front flap, wherein the front flap has a first airflow surface that allows the outlet air to flow along it when the outlet air travels through an air passage space sandwiched between the rear flap and the front flap, the rear flap has a second airflow surface that allows the outlet air to flow along it when the outlet air travels through the air passage space, the front flap, when generating an airflow heading toward a lower portion of the side wall, has its lower end positioned lower than a lowermost end of the air outlet, and the rear flap, when generating an airflow heading toward the lower portion of the side wall, adopts a predetermined posture in which its lower end is positioned more toward the side wall than its upper end so that the second airflow surface is inclined relative to a vertical plane, wherein the front flap, when generating an airflow heading toward the lower portion of the side wall, adopts a posture in which its lower end is positioned more toward the side wall than its upper end so that the first airflow surface is inclined relative to a vertical plane and the outlet air is deflected toward the side wall by the first airflow surface.
Method for operating a sensor assembly comprising a first sensor and a second sensor, the second sensor being designed to be operated at ambient temperature, the first sensor representing a heated sensor which is designed to be operated at an operating temperature which lies above the ambient temperature, the first and the second sensor being connected to each other via a carrier, the carrier effecting thermal coupling between the first and the second sensor, the first sensor being heated to the operating temperature during a first phase, a measurement being carried out with the first sensor during the first phase, characterized in that in a second phase, the heating is switched off or is at least reduced, wherein, during the second phase, a measurement is carried out with the second sensor, and wherein, when evaluating the measurement from the second sensor, an elevated temperature of the second sensor as a result of the heating during the first phase is taken into account, wherein the first sensor is formed as a heating plate having a heated membrane or as a heated sensor or as a sensor for the measurement of a thermal conductivity or as a gas sensor or as a heated chemical gas sensor, in particular as a metal oxide sensor, and wherein the second sensor is formed as a polymer-coated sensor or as a capacitive sensor or as a calorimetrically measuring sensor or as an air pressure sensor or as a humidity sensor or as a gas sensor or as a field-effect-based sensor, wherein the heating plate, a heating element or the heated sensor is activated in order to heat the first sensor.
A method for use with a packet network that includes a network node for transporting packets between first and second nodes under control of a controller node, the method comprising: sending, by the controller node to the network node over the packet network, a packet-applicable instruction; receiving, by the network node from the controller node, the instruction; and receiving (S301, S620), by the network node from the first node over the packet network, a unicast packet addressed only to the second node, wherein the packet comprises distinct header and non-header fields; characterized in that: the method is for Deep Packet Inspection, DPI, the instruction includes one or more values associated with one or more bits of the header and non-header fields, and the method further comprising: checking, by the network node, if the packet satisfies the instruction by matching the one or more values with one or more bits of the header or non-header fields; responsive to the packet not satisfying the instruction, sending, by the network node over the packet network, the packet only to the second node; and responsive to the packet satisfying the instruction, sending, by the network node over the packet network, the packet to the second node (S306, S302) and to the controller node. sending, by the controller node to the network node over the packet network, a packet-applicable instruction; receiving, by the network node from the controller node, the instruction; and receiving (S301, S620), by the network node from the first node over the packet network, a unicast packet addressed only to the second node, wherein the packet comprises distinct header and non-header fields; characterized in that: the method is for Deep Packet Inspection, DPI, the instruction includes one or more values associated with one or more bits of the header and non-header fields, and the method further comprising: checking, by the network node, if the packet satisfies the instruction by matching the one or more values with one or more bits of the header or non-header fields; responsive to the packet not satisfying the instruction, sending, by the network node over the packet network, the packet only to the second node; and responsive to the packet satisfying the instruction, sending, by the network node over the packet network, the packet to the second node (S306, S302) and to the controller node. checking, by the network node, if the packet satisfies the instruction by matching the one or more values with one or more bits of the header or non-header fields; responsive to the packet not satisfying the instruction, sending, by the network node over the packet network, the packet only to the second node; and responsive to the packet satisfying the instruction, sending, by the network node over the packet network, the packet to the second node (S306, S302) and to the controller node.
A method for the three-dimensional digitizing of objects using a 3D sensor that comprises a projector and one or more cameras, wherein in the method: a pattern is projected onto the object by the projector; the pattern is detected by the one or more cameras; and at least three reference marks and/or one reference pattern are/is projected onto the object using the 3D sensor and the position of the three reference marks and/or of the reference pattern are/is measured, characterized in that the projector and the one or more cameras are integrated in the 3D sensor; and in that the reference marks or the reference pattern are/is detected by two or more external calibrated digital cameras, with the spatial position of the external calibrated digital cameras in a global coordinate system and their imaging properties being known. a pattern is projected onto the object by the projector; the pattern is detected by the one or more cameras; and at least three reference marks and/or one reference pattern are/is projected onto the object using the 3D sensor and the position of the three reference marks and/or of the reference pattern are/is measured, characterized in that the projector and the one or more cameras are integrated in the 3D sensor; and in that the reference marks or the reference pattern are/is detected by two or more external calibrated digital cameras, with the spatial position of the external calibrated digital cameras in a global coordinate system and their imaging properties being known.
Method for managing a local ledger of a node belonging to a set of nodes contributing to implementation of a service, said local ledger storing at least a first transaction comprising data generated during execution, by said node, of a function contributing to implementation of said service and at least one parameter proving the validity of the transaction and allowing said first transaction to be added to a distributed ledger storing the entirety of the transactions relating to implementation of said service, said method comprising the following steps implemented by said node: - receiving a message containing an authorization to empty the content of the local ledger, said message being sent by a node, called the archive node, storing in its own local ledger a copy of the transactions recorded in the distributed ledger, - prior to emptying said local ledger, recording a copy of a last state of the local ledger, and - generating a second transaction serving as reference transaction for the transactions intended to be stored in the local ledger following emptying, the data comprised in said second transaction being dependent on said copy of the last state of the local ledger. - receiving a message containing an authorization to empty the content of the local ledger, said message being sent by a node, called the archive node, storing in its own local ledger a copy of the transactions recorded in the distributed ledger, - prior to emptying said local ledger, recording a copy of a last state of the local ledger, and - generating a second transaction serving as reference transaction for the transactions intended to be stored in the local ledger following emptying, the data comprised in said second transaction being dependent on said copy of the last state of the local ledger.
A cross-linking agent compound represented by the following Chemical Formula 1: wherein in Chemical Formula 1, R 1 and R 2 are each independently hydrogen or methyl, R 3 and R 4 are each independently a C1 to C5 alkyl, R 5 is a linear or branched C1 to C20 alkylene substituted with a linear or branched C2 to C10 alkenyl; or a linear or branched C2 to C20 alkenylene, and n is an integer of 0 to 10. R 1 and R 2 are each independently hydrogen or methyl, R 3 and R 4 are each independently a C1 to C5 alkyl, R 5 is a linear or branched C1 to C20 alkylene substituted with a linear or branched C2 to C10 alkenyl; or a linear or branched C2 to C20 alkenylene, and n is an integer of 0 to 10.
A trailer control module for a braking system, the trailer control module including an electronic control unit, which is operable to receive a signal indicative of a braking demand from at least one electrical braking control circuit and to provide signals to a supply valve and an exhaust valve which control the supply of pressurised air from a reservoir to one or more trailer brake actuators through a service line and a supply line, characterized in that the electronic control unit is operable to control an emergency line restrictor valve which is, in turn, operable to control the flow of pressurised fluid from the reservoir to a supply line (14, 16) in the event of a drop in pressure in the service line.
Apparatus for growing arthropods including: a case having a predetermined number of walls delimiting an inner volume, a plurality of cells engaged to the case and housed at least partially in the inner volume, each cell comprising a hollow body defining a compartment configured for containing a predetermined amount of substrate for supporting arthropods, wherein at least part of each cell, in an engagement condition with the case and when said cell is at least partially housed in the inner volume of the case, is movable by rotation about an axis of rotation with respect to the case for mixing the substrate, characterized by the fact that at least the hollow body of each cell is configured to swing about a respective axis of rotation between a first and a second limit position. a case having a predetermined number of walls delimiting an inner volume, a plurality of cells engaged to the case and housed at least partially in the inner volume, each cell comprising a hollow body defining a compartment configured for containing a predetermined amount of substrate for supporting arthropods, wherein at least part of each cell, in an engagement condition with the case and when said cell is at least partially housed in the inner volume of the case, is movable by rotation about an axis of rotation with respect to the case for mixing the substrate, characterized by the fact that at least the hollow body of each cell is configured to swing about a respective axis of rotation between a first and a second limit position.
A method for characterizing a microorganism forming a colony cultured in a nonchromogenic and nonfluorescent culture medium, comprising: - illuminating, in the wavelength range 390nm-900nm, the colony of the microorganism having a natural electromagnetic response in said range; - acquiring, in said range, a luminous intensity reflected by, or transmitted through, said illuminated colony of the microorganism, the luminous intensity acquisition comprising the acquisition of a hyperspectral or multispectral image, and the luminous being determined based on at least one pixel of said image corresponding to the colony; and - determining the microorganism as being a yeast or a bacterial strain, depending on the luminous intensity acquired in said range. - illuminating, in the wavelength range 390nm-900nm, the colony of the microorganism having a natural electromagnetic response in said range; - acquiring, in said range, a luminous intensity reflected by, or transmitted through, said illuminated colony of the microorganism, the luminous intensity acquisition comprising the acquisition of a hyperspectral or multispectral image, and the luminous being determined based on at least one pixel of said image corresponding to the colony; and - determining the microorganism as being a yeast or a bacterial strain, depending on the luminous intensity acquired in said range.
An articulated joint for connection between a liquid supply line and a jet barrel of a sprinkler, which joint comprises: - a fixed tubular body adapted to be connected to the supply line; - a movable tubular body designed to be coupled to said fixed tubular body and to be connected to the jet barrel of the sprinkler; wherein each of said tubular bodies (2, 3) has at least one curved end portion (11, 12) having the same curvature for both bodies, the curved end portion of one of said tubular bodies being slidingly inserted into the curved end portion of the other of said tubular bodies with sealing means interposed therebetween; wherein, once said tubular bodies (2, 3) have been coupled, they define a common curvature plane (π) and are reciprocally hinged about a transverse axis that is substantially perpendicular to said curvature plane (π) to allow relative inclination thereof, adjustment means being provided for adjusting the relative inclination angle (α) between said tubular bodies (2, 3); wherein said adjustment means comprise at least one plate-like member substantially parallel to said curvature plane (π) and laterally secured to one of said tubular bodies (2, 3), characterized in that said plate-like member is provided with a plurality of through holes for receiving a first pin that can be inserted into at least one seat formed on the other of said tubular bodies (3, 2) for selectively locking said relative inclination angle (α); wherein said plurality of holes comprises a first row of holes, which are evenly arranged along a first circular arc (C 1) substantially concentric with said transverse axis, and one or more second rows (40, 40') of holes arranged along respective second circular arcs ( C 2,C 2 '), which are substantially concentric with and radially offset from the first arc ( C 1), the holes of said first row being adapted for registration with said seat to define a first discrete series of relative inclination angle (α) values, the holes of said one or more second rows (40, 40') being adapted for registration with said seat to define second discrete series of relative inclination angle (α) values. - a fixed tubular body adapted to be connected to the supply line; - a movable tubular body designed to be coupled to said fixed tubular body and to be connected to the jet barrel of the sprinkler;
A method performed by an Online Charging System OCS for controlling signaling for charging of a service in a communication network, comprising the steps of: - receiving a request message for charging of the service from a charging client, the request message including at least data identifying a first communication network account to charge for the service; - accessing a system utilization indicator representing a computer resource utilization value of a node involved in providing the service; - determining based on at least the system utilization indicator a determined service usage quota, including a determined service usage quota attribute controlling the time between request messages for charging of the service from the charging client, to be reserved for from the account; - reserving for the service usage quota from the account; and - transmitting an answer message to the charging client including the determined service usage quota attribute of the service usage quota reserved for from the account to be applied in controlling the service. - receiving a request message for charging of the service from a charging client, the request message including at least data identifying a first communication network account to charge for the service; - accessing a system utilization indicator representing a computer resource utilization value of a node involved in providing the service; - determining based on at least the system utilization indicator a determined service usage quota, including a determined service usage quota attribute controlling the time between request messages for charging of the service from the charging client, to be reserved for from the account; - reserving for the service usage quota from the account; and - transmitting an answer message to the charging client including the determined service usage quota attribute of the service usage quota reserved for from the account to be applied in controlling the service.
A method for providing a map of coverage within a telecommunication network, said telecommunication network comprising: a core network, CN, and a radio access network, RAN, comprising a plurality of cells, the network serving a plurality of communication devices including first communication devices (901, 1001) connected to the core network via the RAN and second communication devices (902, 1002) configurable to activate an aggregator mode for providing base station functionality for nearby first communication devices (901, 1001), the method comprising: instructing, by a central controller (903, 1003, 1103) a plurality of second communication devices to activate to broadcast beacon signals at specific one or more radio frequency RF bands, wherein the beacon signals enable one or more first communication devices to make measurements, and wherein the plurality of activated second communication devices include second communication devices camped on different cells of the RAN; at the central controller (903, 1003, 1103), receiving measurements from the one or more first communication devices, said measurements being based on the beacon signals received at said one or more first communication devices; and creating, using the measurements, by the central controller a coverage map, wherein the coverage map is indicative of a radio coverage that the second communication devices can provide for the first communication devices. instructing, by a central controller (903, 1003, 1103) a plurality of second communication devices to activate to broadcast beacon signals at specific one or more radio frequency RF bands, wherein the beacon signals enable one or more first communication devices to make measurements, and wherein the plurality of activated second communication devices include second communication devices camped on different cells of the RAN; at the central controller (903, 1003, 1103), receiving measurements from the one or more first communication devices, said measurements being based on the beacon signals received at said one or more first communication devices; and creating, using the measurements, by the central controller a coverage map, wherein the coverage map is indicative of a radio coverage that the second communication devices can provide for the first communication devices.