mhurhangee/patent-ind-claim-en huggingface dataset:
A method executed by a master base station in a wireless communication system, the method comprising: receiving measurement information from a terminal, transmitting , to a secondary base station, a first message for establishing a secondary cell group, SCG, of the secondary base station based on the measurement information, the first message including a measurement result for instructing the secondary base station to choose and configure at least one cell for the SCG; receiving , from the secondary base station, a second message including information on a SCG configuration, the information on the SCG configuration including information on a primary secondary cell, PSCell, of the SCG; and transmitting , to the terminal, a third message including the information on the SCG configuration, wherein the information on the PSCell includes a physical cell identity of the PSCell, configuration information on a physical uplink control channel, PUCCH, of the PSCell and an SCell index of the PSCell, and wherein the information on the PSCell is used for configuring the PSCell supporting a transmission of the PUCCH to the terminal. receiving measurement information from a terminal, transmitting , to a secondary base station, a first message for establishing a secondary cell group, SCG, of the secondary base station based on the measurement information, the first message including a measurement result for instructing the secondary base station to choose and configure at least one cell for the SCG; receiving , from the secondary base station, a second message including information on a SCG configuration, the information on the SCG configuration including information on a primary secondary cell, PSCell, of the SCG; and transmitting , to the terminal, a third message including the information on the SCG configuration, wherein the information on the PSCell includes a physical cell identity of the PSCell, configuration information on a physical uplink control channel, PUCCH, of the PSCell and an SCell index of the PSCell, and wherein the information on the PSCell is used for configuring the PSCell supporting a transmission of the PUCCH to the terminal.
Pressure sensor arrangement having a sensor housing which has a pressure connection and accommodates a pressure sensor in a sensor chamber , and having a pressure equalization element for equalizing pressure with respect to the external surroundings of the pressure sensor arrangement , wherein the pressure equalization element is fluidically connected to the pressure connection in parallel with the sensor chamber via a pressure connection line , wherein the pressure connection has a flow connection to the pressure connection line , from which a sensor line which opens into the sensor chamber branches off, and a second branch of the pressure connection line connects the pressure connection to the pressure equalization element , and the pressure equalization element closes a pressure equalization opening which is provided in a wall of the pressure connection line , wherein the sensor housing is composed of a first housing part and a second housing part , wherein the sensor chamber is formed jointly by the two housing parts , wherein the pressure equalization element on an outer side of the first housing part, characterized in that the pressure connection is provided on the first housing part , and the pressure sensor is provided on the second housing part and a cover which engages at least partially over the pressure equalization element is arranged on the second housing part .
An imaging lens assembly, having an optical axis (X) and comprising at least one lens element , and the lens element characterized in comprising: an optical effective region , the optical axis (X) passing through the optical effective region ; and a peripheral portion surrounding the optical effective region , and the peripheral portion comprising: an object-side surface facing towards an object side; an image-side surface facing towards an image side and corresponding to the object-side surface ; a peripheral surface connecting the object-side surface and the image-side surface ; an annular marking structure disposed on one of the object-side surface and the image-side surface , and the annular marking structure being an annular tip-ended protruding structure and surrounding the optical axis (X); and at least one arc portion disposed on the other one of the object-side surface and the image-side surface , and the arc portion being an annular protruding arc; wherein a perpendicular distance between the annular marking structure and the optical axis (X) is dm, a perpendicular distance between the arc portion and the optical axis (X) is da, a curvature radius of the arc portion is Ra, and the following conditions are satisfied: 0.82 < da / dm < 1.18 ; and 0.025 mm ≤ Ra ≤ 0.5 mm . an optical effective region , the optical axis (X) passing through the optical effective region ; and a peripheral portion surrounding the optical effective region , and the peripheral portion comprising: an object-side surface facing towards an object side; an image-side surface facing towards an image side and corresponding to the object-side surface ; a peripheral surface connecting the object-side surface and the image-side surface ; an annular marking structure disposed on one of the object-side surface and the image-side surface , and the annular marking structure being an annular tip-ended protruding structure and surrounding the optical axis (X); and at least one arc portion disposed on the other one of the object-side surface and the image-side surface , and the arc portion being an annular protruding arc; an object-side surface facing towards an object side; an image-side surface facing towards an image side and corresponding to the object-side surface ; a peripheral surface connecting the object-side surface and the image-side surface ; an annular marking structure disposed on one of the object-side surface and the image-side surface , and the annular marking structure being an annular tip-ended protruding structure and surrounding the optical axis (X); and at least one arc portion disposed on the other one of the object-side surface and the image-side surface , and the arc portion being an annular protruding arc; wherein a perpendicular distance between the annular marking structure and the optical axis (X) is dm, a perpendicular distance between the arc portion and the optical axis (X) is da, a curvature radius of the arc portion is Ra, and the following conditions are satisfied: 0.82 < da / dm < 1.18 ; and 0.025 mm ≤ Ra ≤ 0.5 mm .
A sterile medical product for parenteral administration comprising a polymeric container having a first and second chamber which are separated by a non-permanent peel seal, wherein the first chamber contains an amino acid formulation comprising 23.29-28.47 g/L L-Alanine, 12.94-15.82 g/L L-Arginine, 11.58-14.16 g/L Glycine, 5.40-6.60 g/L L-Histidine, 6.75-8.24 g/L L-Isoleucine, 8.22-10.04 g/L L-Leucine, 6.53-7.98 g/L L-Lysine, 4.50-5.50 g/L L-Methionine, 6.30-7.70 g/L L-Phenylalanine, 7.65-9.35 g/L L-Proline, 5.63-6.88 g/L L-Serine, 4.72-5.77 g/L L-Threonine, 2.02-2.47 g/L L-Tryptophan, 0.45-0.54 g/L L-Tyrosine, and 6.53-7.98 g/L L-Valine, and wherein the second chamber comprises a dextrose formulation having a pH of from 3.2 to 6.5 at 25°C, wherein the dextrose is provided in a concentration of between 26.6% and 41.0%.
Blade for a thrust reverser, characterized in that it comprises: - a longitudinally elongate rigid body (C) comprising a longitudinally elongate cellular structure bounded laterally by a transverse wall surrounding said structure and forming a rim of the cellular structure , - a longitudinally elongate rigid upper wall (Psup) disposed on the body (C); - a longitudinally elongate rigid lower wall (Pinf) disposed beneath the body (C); and in that each upper and lower wall (Psup, Pinf) has continuous unidirectional reinforcing fibres agglomerated by a matrix made of thermoplastic resin ensuring the assembly and cohesion between the body (C) and the upper and lower walls (Pinf, Psup). - a longitudinally elongate rigid body (C) comprising a longitudinally elongate cellular structure bounded laterally by a transverse wall surrounding said structure and forming a rim of the cellular structure , - a longitudinally elongate rigid upper wall (Psup) disposed on the body (C); - a longitudinally elongate rigid lower wall (Pinf) disposed beneath the body (C);
Facade element for climatizing a building with a working medium, wherein the façade element comprises: a support frame , a plurality of latent heat storage devices connected to the support frame, which contain at least one latent heat storage material , and a line arrangement for the working medium, characterised in that the line arrangement comprises an inlet and an outlet for the working medium, which are arranged adjacent to each other, and the line arrangement is designed such that the working medium can flow around and/or flow through the latent heat storage devices , and wherein the façade element further has one or more fastening means for rotatably attaching the façade element to a building, in order to allow the façade element to be folded away from or folded against the building, as necessary. a support frame , a plurality of latent heat storage devices connected to the support frame, which contain at least one latent heat storage material , and a line arrangement for the working medium, characterised in that the line arrangement comprises an inlet and an outlet for the working medium, which are arranged adjacent to each other, and the line arrangement is designed such that the working medium can flow around and/or flow through the latent heat storage devices , and wherein the façade element further has one or more fastening means for rotatably attaching the façade element to a building, in order to allow the façade element to be folded away from or folded against the building, as necessary.
Drainage device for removing fluid from a body cavity of a patient, the device comprising a drainage tube , and a pressure sensing means (24; 370), the drainage tube being connectable to a pump unit , the pump unit being configured to apply a suction pressure to the fluid in the body cavity , and the pressure sensing means (24; 370) being configured to detect when the applied suction pressure is at or above a predetermined threshold level, characterised in that the pressure sensing means comprises a pressure sensor and a memory metal valve configured to control the suction pressure applied to the fluid in the body cavity .
Method for picking individual items having the method steps of - creating an order list comprising a plurality of individual items by means of a control unit , wherein the order list has at least one order, - conveying the individual items in the order list from an item store to an order interim storage , - temporarily storing the individual items in the order interim storage , - conveying the individual items in the order list from the order interim storage to a sorting unit , - picking the individual items for the at least one order in the order list by means of the sorting unit , - conveying the individual items picked for an order from the sorting unit to a packing station , characterised by creating a new order list after a time interval has elapsed, which can be varied, wherein the time interval starts when the previous order list is created and wherein the size of the time interval depends on the sorting capacity of the sorting unit . - creating an order list comprising a plurality of individual items by means of a control unit , wherein the order list has at least one order, - conveying the individual items in the order list from an item store to an order interim storage , - temporarily storing the individual items in the order interim storage , - conveying the individual items in the order list from the order interim storage to a sorting unit , - picking the individual items for the at least one order in the order list by means of the sorting unit , - conveying the individual items picked for an order from the sorting unit to a packing station , characterised by creating a new order list after a time interval has elapsed, which can be varied, wherein the time interval starts when the previous order list is created and wherein the size of the time interval depends on the sorting capacity of the sorting unit .
A method, performed by an Extensible Authentication Protocol, EAP, authenticator in a communication network, the method comprising: obtaining an identification of at least one EAP method supported by a home EAP authentication server providing an EAP authentication service to the EAP authenticator, wherein the identification is obtained from a network entity of the communication network; saving the identification of the at least one supported EAP method, and broadcasting the identification of the at least one supported EAP method to a device operable to request communication network access from the EAP authenticator, wherein obtaining the identification comprises: sending a request to the network entity for identification of EAP methods supported by the home EAP authentication server; and receiving from the network entity a response identifying - at least one EAP method supported by the home EAP authentication server and - any EAP methods supported by remote EAP authentication servers trusted by the home EAP authentication server. obtaining an identification of at least one EAP method supported by a home EAP authentication server providing an EAP authentication service to the EAP authenticator, wherein the identification is obtained from a network entity of the communication network; saving the identification of the at least one supported EAP method, and broadcasting the identification of the at least one supported EAP method to a device operable to request communication network access from the EAP authenticator, wherein obtaining the identification comprises: sending a request to the network entity for identification of EAP methods supported by the home EAP authentication server; and receiving from the network entity a response identifying - at least one EAP method supported by the home EAP authentication server and - any EAP methods supported by remote EAP authentication servers trusted by the home EAP authentication server. sending a request to the network entity for identification of EAP methods supported by the home EAP authentication server; and receiving from the network entity a response identifying - at least one EAP method supported by the home EAP authentication server and - any EAP methods supported by remote EAP authentication servers trusted by the home EAP authentication server. - at least one EAP method supported by the home EAP authentication server and - any EAP methods supported by remote EAP authentication servers trusted by the home EAP authentication server.
A terminal device comprising: a transmitting unit configured to transmit, to a base station device , a demodulation reference signal associated with transmission of a physical uplink shared channel, a demodulation reference signal sequence of the demodulation reference signal associated with the transmission of the physical uplink shared channel being given by a reference signal sequence, the reference signal sequence being defined by a cyclic shift of a base sequence, a plurality of base sequences being divided into groups, the base sequence being given by a group number of the group and a base sequence number within the group, a pseudo-random sequence of the base sequence number being initialized with a first parameter, wherein the value of the first parameter is given by a value of first information in a case that the value of the first information is configured by a Radio Resource Control, RRC, signaling and the transmission of the physical uplink shared channel corresponds to downlink control information to which Cyclic Redundancy Check, CRC, parity bits scrambled by a Cell-Radio Network Temporary Identifier, C-RNTI, are attached, the value of the first parameter is given by a physical layer cell identity in a case that no value of the first information is configured by the RRC signaling, and the value of the first parameter is given by the physical layer cell identity in a case that the transmission of the physical uplink shared channel corresponds to a random access response grant. a transmitting unit configured to transmit, to a base station device , a demodulation reference signal associated with transmission of a physical uplink shared channel, a demodulation reference signal sequence of the demodulation reference signal associated with the transmission of the physical uplink shared channel being given by a reference signal sequence, the reference signal sequence being defined by a cyclic shift of a base sequence, a plurality of base sequences being divided into groups, the base sequence being given by a group number of the group and a base sequence number within the group, a pseudo-random sequence of the base sequence number being initialized with a first parameter, wherein the value of the first parameter is given by a value of first information in a case that the value of the first information is configured by a Radio Resource Control, RRC, signaling and the transmission of the physical uplink shared channel corresponds to downlink control information to which Cyclic Redundancy Check, CRC, parity bits scrambled by a Cell-Radio Network Temporary Identifier, C-RNTI, are attached, the value of the first parameter is given by a physical layer cell identity in a case that no value of the first information is configured by the RRC signaling, and the value of the first parameter is given by the physical layer cell identity in a case that the transmission of the physical uplink shared channel corresponds to a random access response grant.
A steering control unit comprising; a control unit that controls driving of a motor on a basis of an operation state quantity that changes in response to a steering operation that a driver performs to operate a steering mechanism of a vehicle, the motor being a source of an assist force supplied to the steering mechanism, wherein the control unit calculates, on the basis of the operation state quantity, an assist component (Ta*) indicative of the assist force that the motor needs to produce, characterized in that the control unit obtains a vertical force (Fz) that is information about a vertical load on a steered wheel of the vehicle, the vertical load being obtained by a bearing device that rotatably supports the steered wheel and that has a sensor for detecting a force applied to the steered wheel , and the control unit compensates the assist component (Ta*) by using the obtained vertical force (Fz), to reduce a change in load on the driver that is caused when the vertical load on the steered wheel changes.
A medicament delivery compartment adapted to be attached to a vibrating ingestible capsule having a first housing portion and adapted to operate in a vibrating mode of operation, for delivery of a flowable ingestible medicament into the gastrointestinal tract of a user, the medicament delivery compartment including: a second housing portion adapted to be attached to said first housing portion of said vibrating ingestible capsule, and having a portal formed therein; a flexible and collapsible medicament reservoir dimensioned to contain the flowable ingestible medicament; a reservoir biasing mechanism adapted to apply pressure to said flexible and collapsible medicament reservoir; a conduit extending from said medicament reservoir to said portal, and sealing said portal; and a valve including a weight and a valve biasing mechanism adapted, in a closed operative orientation, to bias said weight against said conduit so as to block flow through said conduit, and in an open operative orientation to remove the weight from said conduit so as to allow fluid to flow through said conduit. a second housing portion adapted to be attached to said first housing portion of said vibrating ingestible capsule, and having a portal formed therein; a flexible and collapsible medicament reservoir dimensioned to contain the flowable ingestible medicament; a reservoir biasing mechanism adapted to apply pressure to said flexible and collapsible medicament reservoir; a conduit extending from said medicament reservoir to said portal, and sealing said portal; and a valve including a weight and a valve biasing mechanism adapted, in a closed operative orientation, to bias said weight against said conduit so as to block flow through said conduit, and in an open operative orientation to remove the weight from said conduit so as to allow fluid to flow through said conduit.
A system comprising: an imaging device to: acquire positron emission tomography data associated with an object including a moving radiation source; a processing system to: determine a plurality of locations within the object, each of the plurality of locations associated with a respective time at which the radiation source was located at the location, wherein the plurality of locations are determined without user input of the plurality of locations; determine a respective time period associated with each of the plurality of locations; determine, for each of the determined time periods, a frame of the positron emission tomography data associated with the determined time period; for each frame of the positron emission tomography data, generate an image based on the frame and on the location associated with the time period associated with the frame; and display the images, characterized in that , the determination of the plurality of locations within the object comprises: determination of the plurality of locations based on anatomical features of the object and on travel characteristics of the radiation source. an imaging device to: acquire positron emission tomography data associated with an object including a moving radiation source; a processing system to: determine a plurality of locations within the object, each of the plurality of locations associated with a respective time at which the radiation source was located at the location, wherein the plurality of locations are determined without user input of the plurality of locations; determine a respective time period associated with each of the plurality of locations; determine, for each of the determined time periods, a frame of the positron emission tomography data associated with the determined time period; for each frame of the positron emission tomography data, generate an image based on the frame and on the location associated with the time period associated with the frame; and display the images, determine a plurality of locations within the object, each of the plurality of locations associated with a respective time at which the radiation source was located at the location, wherein the plurality of locations are determined without user input of the plurality of locations; determine a respective time period associated with each of the plurality of locations; determine, for each of the determined time periods, a frame of the positron emission tomography data associated with the determined time period; for each frame of the positron emission tomography data, generate an image based on the frame and on the location associated with the time period associated with the frame; and display the images, characterized in that , the determination of the plurality of locations within the object comprises: determination of the plurality of locations based on anatomical features of the object and on travel characteristics of the radiation source.