mhurhangee/patent-ind-claim-en huggingface dataset:
A method of receiving, by a user equipment, UE , downlink control information, DCI, in a wireless communication system, the method comprising: receiving, from a base station, BS , the DCI that is scrambled by a paging-radio network temporary identifier, P-RNTI, wherein the DCI includes 1 bit information indicating that resource allocation information for a paging message is included in the DCI, wherein the DCI further includes the resource allocation information for the paging message based on the 1 bit information, wherein the DCI further includes a system information, SI, message indicator with 1bit assigned for SI change notification and a high priority SI indicator, and wherein the high priority SI indicator includes ETWS information or CMAS information. receiving, from a base station, BS , the DCI that is scrambled by a paging-radio network temporary identifier, P-RNTI, wherein the DCI includes 1 bit information indicating that resource allocation information for a paging message is included in the DCI, wherein the DCI further includes the resource allocation information for the paging message based on the 1 bit information, wherein the DCI further includes a system information, SI, message indicator with 1bit assigned for SI change notification and a high priority SI indicator, and wherein the high priority SI indicator includes ETWS information or CMAS information.
Truck-mounted concrete pump comprising a frame which has a chassis and comprising a support device which is arranged on the frame and can be supported on a base so as to lift the frame , the support device being able to be supported on the base so as to lift the chassis , characterized in that the chassis has at least one chassis part , the relative position of which in relation to the frame can be changed during the supporting process, and in that at least one position sensor is provided, the output signal of which forms an actual measure for the position of the chassis part relative to an earth-fixed reference system, and in that an evaluation unit which responds to the output signal of the at least one position sensor is also provided for determining a measured value for the supporting or lifting state of the frame, the position sensor being arranged on a chassis part which is designed preferably as a shock absorber or as a wheel suspension element and is designed to change the distance from the frame , and being designed as a distance sensor or proximity sensor aligned with an earth-fixed reference part.
Rolling device comprising: - a radial support able to turn about a rotation direction (X), - at least two wheels disposed around the rotation direction (X) and disposed on either side of the radial support , wherein each wheel is able to move between a centred position in which the axis of the wheel is coaxial with the rotation direction (X) and a decentred position in which the axis of the wheel is off-centre and parallel to the rotation direction (X), - at least two rods extending in a longitudinal direction (X'), wherein each rod passes through a first housing of the radial support where it is inclinable with respect to the radial support , wherein, for each rod , each wheel has a second housing where said rod is inclinable with respect to the wheel , and through which said rod is able to slide in translation in the longitudinal direction (X'), - for each wheel , guidance means provided for guiding said wheel in a plane perpendicular to the rotation direction (X), and - for at least one wheel , at least one control system provided for adopting an idle position when the wheel is in a centred position and an activation position when the wheel is in a decentred position, wherein, in the activation position, the at least one control system tends to return the wheel to its centred position. - a radial support able to turn about a rotation direction (X), - at least two wheels disposed around the rotation direction (X) and disposed on either side of the radial support , wherein each wheel is able to move between a centred position in which the axis of the wheel is coaxial with the rotation direction (X) and a decentred position in which the axis of the wheel is off-centre and parallel to the rotation direction (X), - at least two rods extending in a longitudinal direction (X'), wherein each rod passes through a first housing of the radial support where it is inclinable with respect to the radial support , wherein, for each rod , each wheel has a second housing where said rod is inclinable with respect to the wheel , and through which said rod is able to slide in translation in the longitudinal direction (X'), - for each wheel , guidance means provided for guiding said wheel in a plane perpendicular to the rotation direction (X), and - for at least one wheel , at least one control system provided for adopting an idle position when the wheel is in a centred position and an activation position when the wheel is in a decentred position, wherein, in the activation position, the at least one control system tends to return the wheel to its centred position.
A locking mechanism comprising a fixed component which is secured to a support part when the mechanism is fitted for use, and a slide component which when the mechanism is fitted for use is secured to a slidable part which can be extended from and retracted back into such a support part , in which the slide component has an operable part which when the mechanism is fitted for use is at an intended front portion of such a slidable part which the user holds to extend and retract the slidable part , there being interengaging portions (54 and 82) of the fixed component and the slide component which interengage to hold such a slidable part in position relative to such a support part when the mechanism is fitted for use, and there being at least one moveable member (54 or 88) of one of the said fixed and slide components (52 and 80) moveable directly or indirectly by means of the said operable part to disengage the said interengaging portions (54 and 82) thereby to enable such a slidable part to be extended from or retracted into such a support part when the mechanism is in use, characterised in that the said at least one moveable member is a member of the said fixed component .
A method comprising: receiving , at a messaging server , message data; receiving, with the messaging server, data comprising patient identifying information, where the patient identifying information is specified by a user and contained in the message data; determining , with the messaging server, plural recipients based on the patient identifying information by accessing an electronic medical records system via a web interface and dynamically creating a patient object that is uniquely named according to patient identifying information, the patient object comprising at least one channel available for communications in the context of that patient that defines plural recipients for the message associated with the patient's medical treatment; determining , with the messaging server, end point protocols for devices associated with the plural recipients and generating , with the messaging server, a plurality of formatted messages comprising the message data, each of the formatted messages being formatted according to a different one of a plurality of endpoint protocols for recipient devices ; and sending , with the messaging server, the plurality of formatted messages to a plurality of recipient devices , wherein each message is transmitted to the recipient device using the same endpoint protocol as the endpoint protocol used for formatting the message. receiving , at a messaging server , message data; receiving, with the messaging server, data comprising patient identifying information, where the patient identifying information is specified by a user and contained in the message data; determining , with the messaging server, plural recipients based on the patient identifying information by accessing an electronic medical records system via a web interface and dynamically creating a patient object that is uniquely named according to patient identifying information, the patient object comprising at least one channel available for communications in the context of that patient that defines plural recipients for the message associated with the patient's medical treatment; determining , with the messaging server, end point protocols for devices associated with the plural recipients and generating , with the messaging server, a plurality of formatted messages comprising the message data, each of the formatted messages being formatted according to a different one of a plurality of endpoint protocols for recipient devices ; and sending , with the messaging server, the plurality of formatted messages to a plurality of recipient devices , wherein each message is transmitted to the recipient device using the same endpoint protocol as the endpoint protocol used for formatting the message.
A computer-implemented method comprising: • a browser receiving from a server (1831-1835), a document including a first JavaScript ; • the browser referencing a list stored in a database to recognize the first JavaScript as originating from other than the server; • the browser referencing a second JavaScript to instrument a document object model, DOM, feature to sanitize the first JavaScript; • the browser causing the DOM feature to sanitize the first JavaScript; and • the browser passing the sanitized JavaScript to the document for execution. • a browser receiving from a server (1831-1835), a document including a first JavaScript ; • the browser referencing a list stored in a database to recognize the first JavaScript as originating from other than the server; • the browser referencing a second JavaScript to instrument a document object model, DOM, feature to sanitize the first JavaScript; • the browser causing the DOM feature to sanitize the first JavaScript; and • the browser passing the sanitized JavaScript to the document for execution.
Internal combustion engine having a crankcase and having at least one cylinder and cylinder head, and having a crankshaft which is arranged in the crankcase and by means of which camshafts arranged in the cylinder head are driven and controlled, and having a cylinder head cover which substantially closes off the cylinder head over its entire width and length, wherein the cylinder head cover, in the installed state of the internal combustion engine, has a main cover with, for each valve, at least one opening which is designed to be closable by means of a separately formed cover , and wherein the valves are activated by means of rocker levers , wherein the opening is arranged in the region of the rocker levers, wherein said internal combustion engine has at least one position finder , characterized in that said internal combustion engine has a setting tool which has a mountable and dismountable rotational angle disc and a magnetic counterbearing.
A data processing method, comprising: determining, by a first network device, a data rate ; and determining, by the first network device based on the data rate, whether to perform security processing on to-be-processed data by the first network device , characterized in that , the method further comprises: receiving, by the first network device, a quality of service, QoS, parameter from a second network device when the second network device performs any one of intra-system handover or inter-system handover, wherein the determining, by a first network device, a data rate comprises: determining, by the first network device, the data rate based on the QoS parameter received from the second network device. determining, by a first network device, a data rate ; and determining, by the first network device based on the data rate, whether to perform security processing on to-be-processed data by the first network device , characterized in that , the method further comprises: receiving, by the first network device, a quality of service, QoS, parameter from a second network device when the second network device performs any one of intra-system handover or inter-system handover, wherein the determining, by a first network device, a data rate comprises: determining, by the first network device, the data rate based on the QoS parameter received from the second network device. receiving, by the first network device, a quality of service, QoS, parameter from a second network device when the second network device performs any one of intra-system handover or inter-system handover, wherein the determining, by a first network device, a data rate comprises: determining, by the first network device, the data rate based on the QoS parameter received from the second network device.
An ultra wideband, UWB, system, the system comprising: four service access points, each service access point configured to transmit a code of length N bits; wherein a first service access point transmits the code; a second service access point transmits the code with an additional n bits appended to the front of the code; a third service access point transmits the code with an additional 2×n bits appended to the front of the code; and a fourth service access point transmits the code with an additional 3×n bits appended to the front of the code, wherein N is larger than n. four service access points, each service access point configured to transmit a code of length N bits; wherein a first service access point transmits the code; a second service access point transmits the code with an additional n bits appended to the front of the code; a third service access point transmits the code with an additional 2×n bits appended to the front of the code; and a fourth service access point transmits the code with an additional 3×n bits appended to the front of the code, wherein N is larger than n.
A resource configuration method, performed by a terminal device and comprising: receiving a Radio Resource Control, RRC, signaling and a Downlink Control Information, DCI, signaling , the method being characterized in that : the RRC signaling comprises configuration information of a plurality of pre-configured resources, and the DCI signaling is used for indicating at least one pre-configured resource of the plurality of pre-configured resources, wherein the at least one pre-configured resource indicated by the DCI signaling is a pre-configured resource which needs to be activated or deactivated; wherein configuration information of each pre-configured resource of the plurality of pre-configured resources comprises a group of resource parameters and resource index information of the each pre-configured resource; wherein the DCI signaling reuses one or more of following information fields to indicate the at least one pre-configured resource indicated by the DCI: a Hybrid Automatic Repeat request, HARQ, process number information field, a Redundancy Version, RV, information field, or a Transmit Power Control, TPC, command information field. receiving a Radio Resource Control, RRC, signaling and a Downlink Control Information, DCI, signaling , the method being characterized in that : the RRC signaling comprises configuration information of a plurality of pre-configured resources, and the DCI signaling is used for indicating at least one pre-configured resource of the plurality of pre-configured resources, wherein the at least one pre-configured resource indicated by the DCI signaling is a pre-configured resource which needs to be activated or deactivated; wherein configuration information of each pre-configured resource of the plurality of pre-configured resources comprises a group of resource parameters and resource index information of the each pre-configured resource; wherein the DCI signaling reuses one or more of following information fields to indicate the at least one pre-configured resource indicated by the DCI: a Hybrid Automatic Repeat request, HARQ, process number information field, a Redundancy Version, RV, information field, or a Transmit Power Control, TPC, command information field. the RRC signaling comprises configuration information of a plurality of pre-configured resources, and the DCI signaling is used for indicating at least one pre-configured resource of the plurality of pre-configured resources, wherein the at least one pre-configured resource indicated by the DCI signaling is a pre-configured resource which needs to be activated or deactivated; wherein configuration information of each pre-configured resource of the plurality of pre-configured resources comprises a group of resource parameters and resource index information of the each pre-configured resource; wherein the DCI signaling reuses one or more of following information fields to indicate the at least one pre-configured resource indicated by the DCI: a Hybrid Automatic Repeat request, HARQ, process number information field, a Redundancy Version, RV, information field, or a Transmit Power Control, TPC, command information field.
A method for antenna selection applied to a transceiver (111-113) having a set of antennas consisting of a first subset of antennas and a second subset of antennas in a wireless communication network, wherein the transceiver is configured to transmit a frequency-hopped sounding reference signal, SRS, over one of a plurality of sub-bands from one of the subsets of antennas at a time, the method comprising: transmitting the frequency-hopped SRS over the plurality of sub-bands from the subsets of antennas alternately and periodically switching, if the number of sub-bands is an integer multiplier of the number of the subsets of antennas, an order of transmission to transmit two SRSs from the same subset of antennas; receiving , in response to the transmitting, information indicative of an optimal subset of antennas. transmitting the frequency-hopped SRS over the plurality of sub-bands from the subsets of antennas alternately and periodically switching, if the number of sub-bands is an integer multiplier of the number of the subsets of antennas, an order of transmission to transmit two SRSs from the same subset of antennas; receiving , in response to the transmitting, information indicative of an optimal subset of antennas.
Leg-foot orthosis, hinged at the ankle, to be employed in the functional recovery phase after a traumatic event or in case of injury to the foot bones or to the capsular ligament apparatus of the ankle and of the rearfoot, comprising a heel shell , a leg holder and a hinge mechanism engaged with said heel shell and said leg holder , the hinge mechanism comprising a first stirrup and a second stirrup , which are mechanically articulated by means of a first pin and a second pin respectively engaged in apertures provided in the stirrups , characterized in that the aperture in which the first pin is engaged is a first slot shaped as consecutive circumferential arcs, and the aperture in which the second pin is engaged is a slotted hole , the slotted hole running transverse to said first slot , in such a way that said hinge mechanism is adapted to enable said heel shell and said leg holder to make respective simultaneous roto-translatory movements in space.
A control system for a gas turbine engine , the gas turbine engine having a compressor section , the control system comprising: a hybrid model predictive control (HMPC) module , wherein the HMPC module is configured to: receive power goals and operability limits; determine a multi-variable control command for the gas turbine engine in a single pass of inputs through the HMPC, wherein the multi-variable control command is determined using the inputs of power goals, the operability limits, actuator goals, sensor signals, and synthesis signals; and implement a state variable model (SVM) within the HMPC, wherein the SVM is configured to use the inputs of the HMPC and utilize a model prediction horizon of a single step in processing dynamic model data; system sensors configured to determine the sensor signals; a non-linear engine model configured to estimate corrected speed signals and synthesis signals using the sensor signals, the synthesis signals including an estimated stall margin remaining; a goal generation module configured to determine actuator goals for the HMPC module using the corrected speed signals; and an actuator configured to control the gas turbine engine based on the multivariable control command. a hybrid model predictive control (HMPC) module , wherein the HMPC module is configured to: receive power goals and operability limits; determine a multi-variable control command for the gas turbine engine in a single pass of inputs through the HMPC, wherein the multi-variable control command is determined using the inputs of power goals, the operability limits, actuator goals, sensor signals, and synthesis signals; and implement a state variable model (SVM) within the HMPC, wherein the SVM is configured to use the inputs of the HMPC and utilize a model prediction horizon of a single step in processing dynamic model data; receive power goals and operability limits; determine a multi-variable control command for the gas turbine engine in a single pass of inputs through the HMPC, wherein the multi-variable control command is determined using the inputs of power goals, the operability limits, actuator goals, sensor signals, and synthesis signals; and implement a state variable model (SVM) within the HMPC, wherein the SVM is configured to use the inputs of the HMPC and utilize a model prediction horizon of a single step in processing dynamic model data; system sensors configured to determine the sensor signals; a non-linear engine model configured to estimate corrected speed signals and synthesis signals using the sensor signals, the synthesis signals including an estimated stall margin remaining; a goal generation module configured to determine actuator goals for the HMPC module using the corrected speed signals; and an actuator configured to control the gas turbine engine based on the multivariable control command.
Method for producing organic fibrous materials or granular materials, in which a charge comprising at least one fiber-containing organic material is introduced into an interior of a device for crushing materials by means of an impact load and is crushed in this interior by means of impact load, wherein an organic fibrous material or an organic granular material is removed from the interior , wherein the removal is carried out by means of an extraction pipe projecting into the interior , wherein the extraction pipe is pivotable and/or displaceable perpendicular to a longitudinal axis of the interior , characterized in that the extraction pipe has at least one double-walled portion with injection nozzles.
An instrument system comprising: an instrument housing ; instrument components at least partially disposed in an evacuated chamber within the instrument housing ; the instrument system further comprising a barrier that is configured to seal the evacuated chamber , the barrier comprising a plurality of instrument electrodes that are electrically coupled to the instrument components and extending through the barrier ; and characterized by a diffusion block formed of a non-diffusive material and coupled to the instrument housing to seal an evacuated cavity within the instrument housing between the barrier and the diffusion block . an instrument housing ; instrument components at least partially disposed in an evacuated chamber within the instrument housing ; the instrument system further comprising a barrier that is configured to seal the evacuated chamber , the barrier comprising a plurality of instrument electrodes that are electrically coupled to the instrument components and extending through the barrier ; and characterized by a diffusion block formed of a non-diffusive material and coupled to the instrument housing to seal an evacuated cavity within the instrument housing between the barrier and the diffusion block .