mhurhangee/patent-ind-claim-en huggingface dataset:
A heterophasic propylene copolymer composition comprising a heterophasic propylene copolymer (HECO), comprising (a) a matrix (A) comprising a propylene homo- or copolymer, said propylene homo- or copolymer comprises at least three propylene homo- and/or copolymer fractions, propylene homo- or copolymer fraction (A1), propylene homo- or copolymer fraction (A2) and propylene homo- or copolymer fraction (A3), wherein propylene homo- or copolymer fraction (A1) has a melt flow rate MFR 2 (230°C) in the range of from 300 g/10min to 600 g/10min, propylene homo- or copolymer fraction (A2) has a melt flow rate MFR 2 (230°C) in the range of from 100 to 250 g/10 min, and propylene homo- or copolymer fraction (A3) has a melt flow rate MFR 2 (230°C) in the range of from 0.5 to 25 g/10 min, preferably in the range of from 1 to 20 g/10min; and (b) an elastomeric propylene copolymer (B), preferably a uni- or bimodal elastomeric propylene copolymer, more preferably a unimodal elastomeric propylene copolymer, dispersed in said matrix (A), wherein (i) the heterophasic propylene copolymer composition has a melt flow rate MFR 2 (230°C) of at least 80 g/10 min; (ii) the amount of propylene homo- or copolymer fraction (A3) is in the range of from 5.0 wt.% to less than 15.0 wt.% based on the total amount of all propylene homo- and/or copolymer fractions present in the matrix (A); and (iii) the soluble fraction (SF) according to CRYSTEX of the heterophasic propylene copolymer composition comprises less than 18.0 wt.% of the total heterophasic propylene copolymer composition (HECO). (a) a matrix (A) comprising a propylene homo- or copolymer, said propylene homo- or copolymer comprises at least three propylene homo- and/or copolymer fractions, propylene homo- or copolymer fraction (A1), propylene homo- or copolymer fraction (A2) and propylene homo- or copolymer fraction (A3), wherein propylene homo- or copolymer fraction (A1) has a melt flow rate MFR 2 (230°C) in the range of from 300 g/10min to 600 g/10min, propylene homo- or copolymer fraction (A2) has a melt flow rate MFR 2 (230°C) in the range of from 100 to 250 g/10 min, and propylene homo- or copolymer fraction (A3) has a melt flow rate MFR 2 (230°C) in the range of from 0.5 to 25 g/10 min, preferably in the range of from 1 to 20 g/10min; and (b) an elastomeric propylene copolymer (B), preferably a uni- or bimodal elastomeric propylene copolymer, more preferably a unimodal elastomeric propylene copolymer, dispersed in said matrix (A), (i) the heterophasic propylene copolymer composition has a melt flow rate MFR 2 (230°C) of at least 80 g/10 min; (ii) the amount of propylene homo- or copolymer fraction (A3) is in the range of from 5.0 wt.% to less than 15.0 wt.% based on the total amount of all propylene homo- and/or copolymer fractions present in the matrix (A); and (iii) the soluble fraction (SF) according to CRYSTEX of the heterophasic propylene copolymer composition comprises less than 18.0 wt.% of the total heterophasic propylene copolymer composition (HECO).
A method for managing communications between software defined radio communications systems, the method comprising: identifying a set of data channels available for use in exchanging data between a software defined radio communications system and a set of software defined radio communications systems; identifying a number of constraints based on a number of selected criteria for a modulation waveform based on the set of data channels identified and environmental information about a communications environment for the communications between a software defined radio and a set of software defined radios; forming an optimization problem by using the number of constraints identified; solving the optimization problem such that solving the optimization problem satisfies the number of constraints for the set of data channels; designing and generating on-demand, using a solution to the optimization problem, a sampled form of the modulation waveform that meets the number of constraints, wherein the sampled form of the modulation waveform is configured for use in exchanging the data between the communications system and the set of communications systems over the set of data channels; and sending an identification of the sampled form of the modulation waveform to the set of software defined radio communications systems. identifying a set of data channels available for use in exchanging data between a software defined radio communications system and a set of software defined radio communications systems; identifying a number of constraints based on a number of selected criteria for a modulation waveform based on the set of data channels identified and environmental information about a communications environment for the communications between a software defined radio and a set of software defined radios; forming an optimization problem by using the number of constraints identified; solving the optimization problem such that solving the optimization problem satisfies the number of constraints for the set of data channels; designing and generating on-demand, using a solution to the optimization problem, a sampled form of the modulation waveform that meets the number of constraints, wherein the sampled form of the modulation waveform is configured for use in exchanging the data between the communications system and the set of communications systems over the set of data channels; and sending an identification of the sampled form of the modulation waveform to the set of software defined radio communications systems.
Glucose labeled with at least one isotope of C or a composition comprising glucose labeled with at least one isotope of C as an active ingredient for use in determination of a stage before onset of diabetes with a breath test, wherein the glucose is converted in the body into labeled carbon dioxide that is excreted in expired air, the determination of a stage before onset of diabetes being performed by a method comprising steps (a) to (c') below: (a) administering a composition to a subject and collecting expired air, the composition comprising, as an active ingredient, glucose labeled with at least one isotope of C, wherein the glucose is converted in the body into labeled carbon dioxide that is excreted in expired air; (b) determining the ratio of labeled CO 2 amount to unlabeled CO 2 amount contained in the expired air or the ratio of labeled CO 2 amount to total CO 2 amount contained in the expired air; and (c') comparing the ratio of labeled CO 2 amount to unlabeled CO 2 amount contained in the expired air (Δ% 13 C (atom%) or the ratio of labeled CO 2 amount to total CO 2 amount contained in the expired air (Δ 13 C value (‰)) obtained in the subject in step (b) (subject value) with the corresponding ratio of labeled CO 2 amount to unlabeled CO 2 amount contained in the expired air (Δ% 13 C (atom%) or the corresponding ratio of labeled CO 2 amount to total CO 2 amount contained in the expired air (Δ 13 C value (‰)) of a healthy subject (control value), and determining that the former subject is in a stage before onset of diabetes when the subject value is higher than the control value. (a) administering a composition to a subject and collecting expired air, the composition comprising, as an active ingredient, glucose labeled with at least one isotope of C, wherein the glucose is converted in the body into labeled carbon dioxide that is excreted in expired air; (b) determining the ratio of labeled CO 2 amount to unlabeled CO 2 amount contained in the expired air or the ratio of labeled CO 2 amount to total CO 2 amount contained in the expired air; and (c') comparing the ratio of labeled CO 2 amount to unlabeled CO 2 amount contained in the expired air (Δ% 13 C (atom%) or the ratio of labeled CO 2 amount to total CO 2 amount contained in the expired air (Δ 13 C value (‰)) obtained in the subject in step (b) (subject value) with the corresponding ratio of labeled CO 2 amount to unlabeled CO 2 amount contained in the expired air (Δ% 13 C (atom%) or the corresponding ratio of labeled CO 2 amount to total CO 2 amount contained in the expired air (Δ 13 C value (‰)) of a healthy subject (control value), and determining that the former subject is in a stage before onset of diabetes when the subject value is higher than the control value.
Device for connecting two conductive elements of a conductor rail comprising a sliding contact surface , the device comprising: - two connection tabs formed by one end of each of the two conductive elements , the connection tabs being arranged to be placed in respective parallel planes and offset with respect to the sliding contact surface of the rail, - a junction piece of the two connection tabs comprising at least one contact surface placed level with the sliding contact surface of the conductors , characterised in that the junction piece comprises a jumper structure which positions its legs on either side of the connection tabs in contact so as to grip the connection tabs of the conductive elements, while making an electrical connection between at least the connection tab of a conductive element and the contact surface of the junction piece placed level with the sliding contact surface of the conductors. - two connection tabs formed by one end of each of the two conductive elements , the connection tabs being arranged to be placed in respective parallel planes and offset with respect to the sliding contact surface of the rail, - a junction piece of the two connection tabs comprising at least one contact surface placed level with the sliding contact surface of the conductors , characterised in that the junction piece comprises a jumper structure which positions its legs on either side of the connection tabs in contact so as to grip the connection tabs of the conductive elements, while making an electrical connection between at least the connection tab of a conductive element and the contact surface of the junction piece placed level with the sliding contact surface of the conductors.
A cold storage box comprising: a storage part capable of housing at least one stored object ; a lid part covering an opening part of the storage part ; and a cooling device cooling the storage part , the cold storage box comprising: an RF tag provided for the stored object and equipped with a temperature sensor ; a first antenna part provided inside the storage part ; and a control part communicating with the RF tag at appropriate time intervals via the first antenna part , the control part storing ID information of the RF tag and temperature information sensed by the temperature sensor of the RF tag , characterized by a second antenna part on an inner surface side of the lid part , wherein when the stored object is taken out from or is put in the storage part in a state in which the lid part is opened, the control part communicates with the RF tag of the stored object via the second antenna part and stores the ID information of the RF tag and taken-out or put-in time information. an RF tag provided for the stored object and equipped with a temperature sensor ; a first antenna part provided inside the storage part ; and a control part communicating with the RF tag at appropriate time intervals via the first antenna part , the control part storing ID information of the RF tag and temperature information sensed by the temperature sensor of the RF tag , characterized by a second antenna part on an inner surface side of the lid part , wherein when the stored object is taken out from or is put in the storage part in a state in which the lid part is opened, the control part communicates with the RF tag of the stored object via the second antenna part and stores the ID information of the RF tag and taken-out or put-in time information.
A method for wireless communication at a first device , the method characterized by comprising: transmitting a reference signal to a second device during a first transmission time interval, TTI , of a carrier component ; receiving an indication of an interference pattern experienced by the second device for a duration of the first TTI , the indication being based on the reference signal ; receiving from the second device a request message for mission-critical, MiCri, data; and transmitting MiCri data to the second device during the first TTI of the carrier component using a hybrid automated repeat request, HARQ, block based on the indication. transmitting a reference signal to a second device during a first transmission time interval, TTI , of a carrier component ; receiving an indication of an interference pattern experienced by the second device for a duration of the first TTI , the indication being based on the reference signal ; receiving from the second device a request message for mission-critical, MiCri, data; and transmitting MiCri data to the second device during the first TTI of the carrier component using a hybrid automated repeat request, HARQ, block based on the indication.
A communication method for switching one or more protocol data unit, PDU, sessions with a same data network name, DNN, of a 5th Generation, 5G, network to one or more packet data network, PDN, connections with a same access point name, APN, of a 4th generation, 4G, network, wherein the communication method comprises: determining , by a network device based on switching indication information of established PDU sessions of a terminal in the 5G network, a target PDU session from the established PDU sessions, wherein the switching indication information is obtained by the network device, wherein the established PDU sessions have a same DNN, the switching indication information of the established PDU sessions indicates at least one PDU session that is switchable to the 4G network in the established PDU sessions, the established PDU sessions having the same DNN are anchored to different control plane function network elements, and the target PDU session is a PDU session that can be switched to the 4G network; and wherein the method further comprises sending , by the network device, session information of the target PDU session to a mobility management entity device in the 4G network, wherein the session information of the target PDU session comprises an identifier of a control plane function network element corresponding to the target PDU session and a DNN of the target PDU session, wherein the network device is a user data management network element. determining , by a network device based on switching indication information of established PDU sessions of a terminal in the 5G network, a target PDU session from the established PDU sessions, wherein the switching indication information is obtained by the network device, wherein the established PDU sessions have a same DNN, the switching indication information of the established PDU sessions indicates at least one PDU session that is switchable to the 4G network in the established PDU sessions, the established PDU sessions having the same DNN are anchored to different control plane function network elements, and the target PDU session is a PDU session that can be switched to the 4G network; and wherein the method further comprises sending , by the network device, session information of the target PDU session to a mobility management entity device in the 4G network, wherein the session information of the target PDU session comprises an identifier of a control plane function network element corresponding to the target PDU session and a DNN of the target PDU session, wherein the network device is a user data management network element.
A method of wireless communication, comprising, at a network service center : transmitting a request for at least one bit rate for allocating network resources of a session to a network coordination entity ; receiving an adjusted bit rate from the network coordination entity , the adjusted bit rate for transmitting data based on an adjusted network resource allocation determined by the network coordination entity ; and transmitting data based on the adjusted bit rate. transmitting a request for at least one bit rate for allocating network resources of a session to a network coordination entity ; receiving an adjusted bit rate from the network coordination entity , the adjusted bit rate for transmitting data based on an adjusted network resource allocation determined by the network coordination entity ; and transmitting data based on the adjusted bit rate.
Trailer coupling for a towing vehicle with a coupling support including in particular a coupling arm , at the free end of which is arranged a coupling body , in particular a coupling ball , for attaching a trailer and which is mounted movably or immovably on a holder which is or may be fixed to the towing vehicle , and with a sensor array having at least one sensor for detecting a tensile force (Fx) and/or thrust force which may be caused by a tensile load acting on the coupling element during towing of the trailer , and for the output of a force signal (fx) representing the tensile force (Fx) and/or thrust force, and with an evaluation unit which has evaluation means to determine a trailer mass value (ah) of the trailer with the aid of the force signal (fx), characterised in that the evaluation means are designed to determine the trailer mass value (ah) with the aid of an evaluation of at least one spring parameter (c) which represents at least one spring property of the trailer coupling , in particular of the coupling support , wherein the spring parameter (c) forms part of an equation evaluated by the evaluation unit , namely a differential equation, which includes as further component the product of the trailer mass value (ah) and a trailer acceleration value (ah) representing the acceleration of the trailer , and/or a towing vehicle acceleration value (afzg) representing the acceleration of the towing vehicle .
Pharmaceutical composition in the form of a solid oral dosage form comprising solifenacin or a pharmaceutically acceptable salt thereof as a pharmaceutically active ingredient and excipient granules, wherein the composition is obtained by a process comprising the method steps of: i) preparing excipient granules from at least two pharmaceutical excipients by wet granulation, ii) mixing said excipient granules with the pharmaceutically active ingredient and optionally with additional pharmaceutical excipients to obtain a mixture, iii) subjecting the mixture obtained in method step (ii) to compression, and iv) optionally milling the compacted mass obtained in method step (iii), optionally mixing the milled mass with pharmaceutical excipients, and subjecting the milled mass/mixture to compression. i) preparing excipient granules from at least two pharmaceutical excipients by wet granulation, ii) mixing said excipient granules with the pharmaceutically active ingredient and optionally with additional pharmaceutical excipients to obtain a mixture, iii) subjecting the mixture obtained in method step (ii) to compression, and iv) optionally milling the compacted mass obtained in method step (iii), optionally mixing the milled mass with pharmaceutical excipients, and subjecting the milled mass/mixture to compression.
An apparatus comprising: a controller board configured to couple to a carrier board , the carrier board including first and second Ethernet ports (628a-628b), wherein the controller board is further configured to physically and communicably couple to the carrier board through a connector ; computer processing circuitry including first and second media access controls (MAC) (534-532) and configured to select to transmit a packet to the first Ethernet port through the first MAC and to alternatively select to transmit the packet to the second Ethernet port through the second MAC ; a third PHY configured to receive the packet from the second MAC and transmit the packet to the second Ethernet port , an Ethernet switch configured to receive the packet from the first MAC and transmit the packet to the first Ethernet port, the Ethernet switch comprises: a first switch port that includes a third MAC coupled to the first MAC of the processing circuitry; a second switch port that includes an exposed PHY configured to couple the Ethernet switch to the first Ethernet port ; and a third switch port that includes a non-exposed PHY configured to couple the first Ethernet port to the PHY of another controller board ; wherein the computer processing circuitry, the Ethernet switch, and the third PHY are mounted on the controller board. a controller board configured to couple to a carrier board , the carrier board including first and second Ethernet ports (628a-628b), wherein the controller board is further configured to physically and communicably couple to the carrier board through a connector ; computer processing circuitry including first and second media access controls (MAC) (534-532) and configured to select to transmit a packet to the first Ethernet port through the first MAC and to alternatively select to transmit the packet to the second Ethernet port through the second MAC ; a third PHY configured to receive the packet from the second MAC and transmit the packet to the second Ethernet port , an Ethernet switch configured to receive the packet from the first MAC and transmit the packet to the first Ethernet port, the Ethernet switch comprises: a first switch port that includes a third MAC coupled to the first MAC of the processing circuitry; a second switch port that includes an exposed PHY configured to couple the Ethernet switch to the first Ethernet port ; and a third switch port that includes a non-exposed PHY configured to couple the first Ethernet port to the PHY of another controller board ; a first switch port that includes a third MAC coupled to the first MAC of the processing circuitry; a second switch port that includes an exposed PHY configured to couple the Ethernet switch to the first Ethernet port ; and a third switch port that includes a non-exposed PHY configured to couple the first Ethernet port to the PHY of another controller board ; wherein the computer processing circuitry, the Ethernet switch, and the third PHY are mounted on the controller board.
An energy storage module comprising a plurality of energy storage devices electrically connected together in series; and a plurality of electronics boards distributed across the module, in electrical contact with one or more of the energy storage devices; the module further comprising a plurality of flexible printed circuit boards whereby each of the plurality of electronics boards is electrically connected together in series with a neighbouring one of the plurality of electronics boards by a different one of the plurality of flexible printed circuit boards ; and for each electronics board and for each flexible printed circuit board, a ground plane is provided, whereby the ground planes provide electrical grounding at substantially the same potential across all the electronics boards and all the flexible printed circuit boards.
Seal for a housing of a plug-type connector with an annular seal body having an elongated shape along an axial direction (A), wherein the seal comprises at least one mounting projection for mounting the seal to the housing , wherein at least one mounting projection projects from the seal body in an axial direction (A) and wherein the at least one mounting projection forms a recess for a complementary formed positive locking feature of a housing , characterized in that the recess opens in the axial direction (A) for receiving a complementary formed positive locking feature of the housing and has an entrance opening with a smaller diameter than the remaining recess perpendicular to the axial direction (A).