mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method for generating a network service monitoring model for a requested network service, the method comprising the following steps performed by a monitoring model generator: receiving (S110) an information model identifying measurable metrics in relation to a network in which the requested network service is to be deployed; determining (S120), based on the received information model, network elements and measurable metrics in relation to the network elements for monitoring the requested network service; generating (S130), based on the determined network elements and measurable metrics in relation to the network elements, an ontology schema identifying the measurable metrics in relation to the network elements, and conditions and arguments in relation to the measurable metrics in relation to the network elements; receiving (S140) a service deployment model for the requested network service, the service deployment model identifying a type of network service, constraints and points of connections for the requested network service; generating (S150), based on the generated ontology schema and the received service deployment model, the network service monitoring model having conditions in relation to numerical values of the measurable metrics in relation to the network elements; and transmitting (S160) the network service monitoring model to an orchestrator for instantiation in the network in which the requested network service is to be deployed. receiving (S110) an information model identifying measurable metrics in relation to a network in which the requested network service is to be deployed; determining (S120), based on the received information model, network elements and measurable metrics in relation to the network elements for monitoring the requested network service; generating (S130), based on the determined network elements and measurable metrics in relation to the network elements, an ontology schema identifying the measurable metrics in relation to the network elements, and conditions and arguments in relation to the measurable metrics in relation to the network elements; receiving (S140) a service deployment model for the requested network service, the service deployment model identifying a type of network service, constraints and points of connections for the requested network service; generating (S150), based on the generated ontology schema and the received service deployment model, the network service monitoring model having conditions in relation to numerical values of the measurable metrics in relation to the network elements; and transmitting (S160) the network service monitoring model to an orchestrator for instantiation in the network in which the requested network service is to be deployed.
A method for implementing a push service, comprising: receiving , by a push server, a Session Initiation Protocol ,SIP, call request message sent by a calling terminal, and adding first Hypertext Markup Language ,HTML, file information set by a calling party to the SIP call request message; sending , by the push server, the SIP call request message to a service call session control function ,SCSCF, of a called domain, wherein the SCSCF of the called domain forwards, to a called terminal, the SIP call request message carrying the first HTML file information; establishing , by the push server, an MSRP-Transmission Control Protocol ,TCP, connection to the called terminal according to the Message Session Replay Protocol ,MSRP; receiving , by the push server, a first HTML file obtaining request sent by the called terminal, and obtaining a first HTML file according to the first HTML file information carried in the first HTML file obtaining request; and sending , by the push server, the first HTML file to the called terminal by using the MSRP-TCP connection to the called terminal. receiving , by a push server, a Session Initiation Protocol ,SIP, call request message sent by a calling terminal, and adding first Hypertext Markup Language ,HTML, file information set by a calling party to the SIP call request message; sending , by the push server, the SIP call request message to a service call session control function ,SCSCF, of a called domain, wherein the SCSCF of the called domain forwards, to a called terminal, the SIP call request message carrying the first HTML file information; establishing , by the push server, an MSRP-Transmission Control Protocol ,TCP, connection to the called terminal according to the Message Session Replay Protocol ,MSRP; receiving , by the push server, a first HTML file obtaining request sent by the called terminal, and obtaining a first HTML file according to the first HTML file information carried in the first HTML file obtaining request; and sending , by the push server, the first HTML file to the called terminal by using the MSRP-TCP connection to the called terminal.
System for controlling a machine for distributing agricultural product from a storage container, preferably a field sprayer and/or a seed drill and/or a fertilizer spreader, and a device arranged on the machine for carrying out a process-preparing operation for preparing and/or initiating the distribution process and/or altering the distribution process, with a job computer and/or terminal arranged on the agricultural machine and/or a tractor vehicle assigned to it and a program for controlling the agricultural machine stored on the job computer and/or the terminal and an electronic location determining system , wherein the controlling system is configured in such a way that, at a preselectable interval before reaching a fixed position, which preferably marks the leaving and/or entering of the headland and/or the leaving and/or entering of the field and/or an alteration of the partial width control, a signal is generated by the program stored on the job computer and/or the terminal, characterized in that partial widths as defined by the standard ISO 11783 are determined by the program as actual partial widths and virtual partial widths , the virtual partial widths are placed at a fixed distance ahead of the position of the actual partial width of the machine and the process-preparing operation is launched when a virtual partial width passes a position at which the distributing characteristics change while driving over the agricultural area, so that, when the fixed position is reached by the agricultural machine the distribution process is started and/or altered and/or ended at least almost without delay.
A method for the production of a housing of a lighting device , comprising: - extruding a profile of polymeric material comprising a central body of transparent or partially diffusive material and two flanks of reflective material located on opposite sides of said central body , wherein the material forming the central body and the material forming the flanks are extruded simultaneously in a bi-component co-extrusion process, and - dispensing on an outer surface of said extruded profile an optical functional layer having the ability to change one or more optical characteristics of the emitted light. - extruding a profile of polymeric material comprising a central body of transparent or partially diffusive material and two flanks of reflective material located on opposite sides of said central body , wherein the material forming the central body and the material forming the flanks are extruded simultaneously in a bi-component co-extrusion process, and - dispensing on an outer surface of said extruded profile an optical functional layer having the ability to change one or more optical characteristics of the emitted light.
A method of preparing a material exhibiting photocatalytic properties comprising at least partially crystallized titanium oxide in anatase form, comprising the deposition by cathode sputtering of a SiO 2 sublayer and a titanium oxide coating on a first face of a first transparent or semitransparent substrate of the glass or glass-ceramic type, and of a thermal control low-emissivity multilayer on the second face of said first transparent or semitransparent substrate, the deposition on the first and second faces being carried out in line simultaneously or almost simultaneously along substantially identical directions and in opposite senses wherein said process employs temperatures in excess of 600°C after the deposition on said first and second faces.
An implantable tissue connector adapted so as to be connectable to a tubular part of living tissue within a patient's body , comprising: a conduit having at least a first end and a second end and further having an outer surface , wherein between the first and second ends of the conduit or connected to the second end of the conduit , there is provided at least one of the following items: a reservoir in the form of a fecal excrements collecting container or adapted to be filled with at least one medical drug for patient needs, a pump, a motor, a medical device of the following group of devices comprising: a drug delivery system, an artificial urine bladder, an artificial urethra, an artificial esophagus, an artificial trachea, and at least one flexible sleeve adapted to axially extend and closely fit around at least part of said outer surface of the conduit , wherein the tissue connector is adapted such that the tubular part of living tissue can be located and held in position between the conduit and the flexible sleeve . a conduit having at least a first end and a second end and further having an outer surface , wherein between the first and second ends of the conduit or connected to the second end of the conduit , there is provided at least one of the following items: a reservoir in the form of a fecal excrements collecting container or adapted to be filled with at least one medical drug for patient needs, a pump, a motor, a medical device of the following group of devices comprising: a drug delivery system, an artificial urine bladder, an artificial urethra, an artificial esophagus, an artificial trachea, and at least one flexible sleeve adapted to axially extend and closely fit around at least part of said outer surface of the conduit , wherein the tissue connector is adapted such that the tubular part of living tissue can be located and held in position between the conduit and the flexible sleeve .
A method for reporting power headroom by a user equipment, UE, to an evolved NodeB, eNB, in a Multi-Radio Access Technology, RAT, -Dual Connectivity, MR-DC, scenario, the method comprising: generating , by the UE, a DC Power Headroom Report, PHR, Medium Access Control, MAC, Control Element, CE, having a fixed number of octets with cell index fields for indicating whether a power headroom, PH, for a serving cell with a corresponding cell index is reported; and transmitting , by the UE, the DC PHR MAC CE to the eNB; wherein the fixed number of octets is independent of a highest secondary Cell Index "SCelllndex" for serving cells with configured uplink. generating , by the UE, a DC Power Headroom Report, PHR, Medium Access Control, MAC, Control Element, CE, having a fixed number of octets with cell index fields for indicating whether a power headroom, PH, for a serving cell with a corresponding cell index is reported; and transmitting , by the UE, the DC PHR MAC CE to the eNB; wherein the fixed number of octets is independent of a highest secondary Cell Index "SCelllndex" for serving cells with configured uplink.
A communication system, comprising: an input interface configured to receive an input block of bits ; a memory to store a prefix tree that maps a dyadic distribution of compositions of output symbols to prefixes of variable lengths, wherein a path from a root node of the prefix tree to each leaf of the prefix tree is defined by a prefix formed by a unique sequence of binary values of a length that is equal to a depth of the leaf, wherein each leaf in the prefix tree is associated with a composition that has at least a number of unique permutations equals to two in a power of a length of a suffix defined by a difference between the length of the input block of bits and the length of the prefix of the leaf; a processor configured to execute a composition selector to select a composition identified in the prefix tree by a prefix in the input block of bits and to execute a permutation mapper to permute the selected composition according to a suffix in the input block of bits ; and a transmitter front end configured to transmit the permuted composition over a communication channel; characterised in that : at least some compositions in the prefix tree have multiple occurrences, and wherein each leaf is further associated with a rank offset, such that a combination of the composition with its rank offset is unique to the prefix tree, and wherein the rank offset of each leaf is equal to sum of power of two of lengths of suffixes of leafs of lower depth associated with the same composition. an input interface configured to receive an input block of bits ; a memory to store a prefix tree that maps a dyadic distribution of compositions of output symbols to prefixes of variable lengths, wherein a path from a root node of the prefix tree to each leaf of the prefix tree is defined by a prefix formed by a unique sequence of binary values of a length that is equal to a depth of the leaf, wherein each leaf in the prefix tree is associated with a composition that has at least a number of unique permutations equals to two in a power of a length of a suffix defined by a difference between the length of the input block of bits and the length of the prefix of the leaf; a processor configured to execute a composition selector to select a composition identified in the prefix tree by a prefix in the input block of bits and to execute a permutation mapper to permute the selected composition according to a suffix in the input block of bits ; and a transmitter front end configured to transmit the permuted composition over a communication channel; characterised in that : at least some compositions in the prefix tree have multiple occurrences, and wherein each leaf is further associated with a rank offset, such that a combination of the composition with its rank offset is unique to the prefix tree, and wherein the rank offset of each leaf is equal to sum of power of two of lengths of suffixes of leafs of lower depth associated with the same composition.
Device for injection of fluids in a well bore, wherein the device comprises an outer hollow housing comprising at least one slot therein between an internal surface of the outer housing and an outer surface of the outer housing , and an internal body moveable within the outer housing in an longitudinal direction of the internal body and comprising an internal mainly longitudinal bore for the flow of injection fluids from an inlet of the bore connectable to a source of injection fluids to an outlet of the bore , where the movement of the internal body is operated by pressure differential across the internal body , the movement of the internal body is for closing or opening the outlet , the bore outlet in a closed position is closed with a seal system between the outer housing and the internal body , and the internal body comprises at least one slot from the internal bore to the outside of the internal body forming the outlet of the internal bore , which in an open position of the device corresponds to the at least one slot in the outer housing , and characterised in that it leads directly from the internal bore to the outside of the outer housing with a mainly linear flow path and via the at least one slot of the internal body , and which at least one slot of the internal body is bevelled and angled from an internal surface to an outer surface of the internal body in order to obtain streamline flow of the injection fluid from the internal bore to the outside of the device. the movement of the internal body is for closing or opening the outlet , the bore outlet in a closed position is closed with a seal system between the outer housing and the internal body , and the internal body comprises at least one slot from the internal bore to the outside of the internal body forming the outlet of the internal bore , which in an open position of the device corresponds to the at least one slot in the outer housing , and characterised in that it leads directly from the internal bore to the outside of the outer housing with a mainly linear flow path and via the at least one slot of the internal body , and which at least one slot of the internal body is bevelled and angled from an internal surface to an outer surface of the internal body in order to obtain streamline flow of the injection fluid from the internal bore to the outside of the device.
A method of a UE device for Type-II codebook compression using a Discrete Fourier Transformation-based Type-II codebook compression, the method comprising: receiving a reference signal; identifying a set of beams based on the reference signal; generating a set of coefficients associated with each beam in the set of beams based on the reference signal; identifying a set of tap indices wherein the set of tap indices is a common subset of coefficient indices that is the same over the set of beams; generating a combinatorial codeword representing the set of tap indices; and reporting the combinatorial codeword for the set of tap indices as part of a Channel State Information feedback report. receiving a reference signal; identifying a set of beams based on the reference signal; generating a set of coefficients associated with each beam in the set of beams based on the reference signal; identifying a set of tap indices wherein the set of tap indices is a common subset of coefficient indices that is the same over the set of beams; generating a combinatorial codeword representing the set of tap indices; and reporting the combinatorial codeword for the set of tap indices as part of a Channel State Information feedback report.
A method for wireless communication, comprising: identifying a channel raster associated with a plurality of resource blocks of a channel, the plurality of resource blocks having an asymmetric relation with respect to the channel raster, wherein the asymmetric relation indicates that the channel raster is offset from the middle of the channel; and transmitting , based at least in part on the asymmetric relation, a message to indicate the channel raster and a resource block offset metric that comprises location information associated with a first resource block of the plurality of resource blocks of the channel. identifying a channel raster associated with a plurality of resource blocks of a channel, the plurality of resource blocks having an asymmetric relation with respect to the channel raster, wherein the asymmetric relation indicates that the channel raster is offset from the middle of the channel; and transmitting , based at least in part on the asymmetric relation, a message to indicate the channel raster and a resource block offset metric that comprises location information associated with a first resource block of the plurality of resource blocks of the channel.
A cap for a bottle , comprising: an upper portion configured to be positioned on an exterior of the bottle when the cap is engaged with the bottle ; and a lower portion configured to be positioned at least partially within the bottle when the cap is engaged with the bottle , wherein a lower end of the lower portion includes a first perimeter portion and a second perimeter portion , and wherein a first distance between the upper portion and the first perimeter portion is different than a second distance between the upper portion and the second perimeter portion , characterized in that a notch is formed in the second perimeter portion . an upper portion configured to be positioned on an exterior of the bottle when the cap is engaged with the bottle ; and a lower portion configured to be positioned at least partially within the bottle when the cap is engaged with the bottle , wherein a lower end of the lower portion includes a first perimeter portion and a second perimeter portion , and wherein a first distance between the upper portion and the first perimeter portion is different than a second distance between the upper portion and the second perimeter portion , characterized in that a notch is formed in the second perimeter portion .
Elevator arrangement comprising an elevator with an elevator operating system, a control system, and an inspection or maintenance mode controlled by a maintenance control unit , which elevator further comprises an elevator car arranged to run up and down in an elevator shaft along its guide rails, and which elevator car is equipped with a roof , characterized in that the elevator car comprises at least at one upper corner inside the elevator car a sheltered casing inside which at least a part of the electric appliances of the elevator car is situated, and that the roof is arranged to open outwards from the elevator car in order to form a working connection from inside the elevator car to the elevator shaft , and to open an access to the casing .
A dust hood device for a power tool , wherein the power tool comprises a work-performing means , wherein the dust hood device has, on a lower side , at least one first opening and one second opening for collecting dust, wherein a mixture of dust and air formed by the collection of dust can be guided in various air flows through the interior of the dust hood device in the direction of an extraction nozzle , wherein the air flows in the interior of the dust hood device can be separated from one another by at least one guide element , characterized in that the first opening serves at least in part as an insertion slot for the work-performing means of the power tool , and the second opening is formed by two side channels and a front slotted opening . the dust hood device has, on a lower side , at least one first opening and one second opening for collecting dust, wherein a mixture of dust and air formed by the collection of dust can be guided in various air flows through the interior of the dust hood device in the direction of an extraction nozzle , wherein the air flows in the interior of the dust hood device can be separated from one another by at least one guide element , characterized in that the first opening serves at least in part as an insertion slot for the work-performing means of the power tool , and the second opening is formed by two side channels and a front slotted opening .
A heating element for use in heating aerosolisable material to volatilise at least one component of the aerosolisable material, wherein the heating element comprises a heat resistant support and a coating on the support ; characterized in that the coating comprises cobalt and the support comprises one or more materials selected from the group consisting of: a metal and a metal alloy.