mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting hybrid automatic repeat request-acknowledgement, HARQ-ACK, response information by a user equipment, UE, to a base station, BS, in a third generation partnership project, 3GPP,-based wireless communication system, the method comprising: generating (S3710, S3720), based on downlink assignment index, DAI, information, a single HARQ-ACK response for a plurality of downlink, DL, data signals each corresponding to different DL transmissions from the BS; and transmitting the single HARQ-ACK response to the BS, wherein the plurality of DL data signals include one or more code block group, CBG,-based DL data signals and one or more transport block, TB,-based DL data signals, and wherein the single HARQ-ACK response includes first HARQ-ACK information for the one or more CBG-based DL data signals and second HARQ-ACK information for the one or more TB-based DL data signals, characterized in that, the UE obtains a first counter DAI and a first total DAI based on CBG-based scheduling downlink control information, DCI, for the one or more CBG-based DL data signals, and obtains the second counter DAI and the second total DAI based on TB-based scheduling DCI for the one or more TB-based DL data signals, the CBG-based scheduling DCI being different from the TB-based scheduling DCI, and the single HARQ-ACK response is generated (S3710, S3720), based on the first counter DAI, the first total DAI, the second counter DAI, and the second total DAI. generating (S3710, S3720), based on downlink assignment index, DAI, information, a single HARQ-ACK response for a plurality of downlink, DL, data signals each corresponding to different DL transmissions from the BS; and transmitting the single HARQ-ACK response to the BS, wherein the plurality of DL data signals include one or more code block group, CBG,-based DL data signals and one or more transport block, TB,-based DL data signals, and wherein the single HARQ-ACK response includes first HARQ-ACK information for the one or more CBG-based DL data signals and second HARQ-ACK information for the one or more TB-based DL data signals, characterized in that, the UE obtains a first counter DAI and a first total DAI based on CBG-based scheduling downlink control information, DCI, for the one or more CBG-based DL data signals, and obtains the second counter DAI and the second total DAI based on TB-based scheduling DCI for the one or more TB-based DL data signals, the CBG-based scheduling DCI being different from the TB-based scheduling DCI, and the single HARQ-ACK response is generated (S3710, S3720), based on the first counter DAI, the first total DAI, the second counter DAI, and the second total DAI.
Capacitive component, comprising a component body and at least one connection element comprising a plastic body, which is connected to the component body via a metal layer.
A method of controlling a multiple-reaction zone, hydroformylation process for producing normal and iso aldehydes at a N:I ratio, the process comprising contacting an olefinically unsaturated compound with carbon monoxide, hydrogen and a catalyst comprising a transition metal, an organobisphosphite, and an organomonophosphite ligand, the contacting conducted in first and subsequent reaction zones and at hydroformylation conditions comprising an olefinically unsaturated compound partial pressure in each zone; wherein the catalyst comprises a stabilized complex of rhodium carbonyl hydride; bisphosphite ligand which is provided in the catalyst system at concentrations up to a 1:1 molar basis with respect to the rhodium metal component of the stabilized catalyst complex; and monodentate phosphite ligand which is provided in excess molar quantity with respect to the rhodium metal component of the stabilized catalyst complex; the method comprising changing the N:I ratio by changing the temperature in the first reaction zone; wherein the partial pressure of the olefinically unsaturated compound in the subsequent reaction zone is increased by decreasing the temperature in the first reaction zone, or the partial pressure of the olefinically unsaturated compound in the subsequent reaction zone is decreased by increasing the temperature in the first reaction zone.
A method of securing a mobile wireless telecommunication device to prevent or restrict access to data stored in the device, the device comprising an IP Multimedia Subsystem, IMS, client for interacting with an IMS network following IMS registration on the basis of a user's IMS subscription, the method being characterised by the steps of: performing IMS registration of the device with the IMS network and, whilst the device is registered with the IMS network, registering the device with a SIP Application Server of the IMS network in respect of said user whilst relying on the IMS registration to authenticate the user; in the event that said user wishes to prevent or restrict access to data stored on the device when the user does not have access to the device but has access to an alternative communication device, authenticating the user, via said alternative communication device, to said IMS network, on the basis of such authentication, allowing the user to access the server and sending from said alternative communication device to the server an instruction to lock said mobile wireless telecommunication device, upon receipt of said instruction at the server, causing a Session Initiation Protocol message containing a lock instruction to be sent over the air to said mobile wireless telecommunication device, the instruction containing an unlocking code, receiving said lock instruction at the device, causing the device to be locked, sending the unlocking code from the server to said alternative communication device, wherein, the mobile wireless telecommunication device can only be unlocked by a user entering said unlocking code. performing IMS registration of the device with the IMS network and, whilst the device is registered with the IMS network, registering the device with a SIP Application Server of the IMS network in respect of said user whilst relying on the IMS registration to authenticate the user; in the event that said user wishes to prevent or restrict access to data stored on the device when the user does not have access to the device but has access to an alternative communication device, authenticating the user, via said alternative communication device, to said IMS network, on the basis of such authentication, allowing the user to access the server and sending from said alternative communication device to the server an instruction to lock said mobile wireless telecommunication device, upon receipt of said instruction at the server, causing a Session Initiation Protocol message containing a lock instruction to be sent over the air to said mobile wireless telecommunication device, the instruction containing an unlocking code, receiving said lock instruction at the device, causing the device to be locked, sending the unlocking code from the server to said alternative communication device, wherein, the mobile wireless telecommunication device can only be unlocked by a user entering said unlocking code.
A method, comprising: applying a clamp element drive signal to a drive unit clamp element to engage a mover element; characterized by determining a first displacement of the mover element; determining a first compensation signal to be applied to one or more drive unit shear elements based at least in part on the first displacement; applying the first compensation signal to the one or more drive unit shear elements and the clamp element drive signal to the drive unit clamp element; determining a second displacement of the mover element in response to the first compensation signal and the clamp element drive signal; and comparing the second displacement to a preselected threshold; for a second displacement less than the preselected threshold, combining the first compensation signal with an initial shear element drive signal to produce a modified shear element drive signal; and for a second displacement greater than the preselected threshold, determining a second compensation signal to be applied to the one or more drive unit shear elements. applying a clamp element drive signal to a drive unit clamp element to engage a mover element; characterized by determining a first displacement of the mover element; determining a first compensation signal to be applied to one or more drive unit shear elements based at least in part on the first displacement; applying the first compensation signal to the one or more drive unit shear elements and the clamp element drive signal to the drive unit clamp element; determining a second displacement of the mover element in response to the first compensation signal and the clamp element drive signal; and comparing the second displacement to a preselected threshold; for a second displacement less than the preselected threshold, combining the first compensation signal with an initial shear element drive signal to produce a modified shear element drive signal; and for a second displacement greater than the preselected threshold, determining a second compensation signal to be applied to the one or more drive unit shear elements.
A vacuum cleaner bag assembly adapted to be removably disposed within a tank of a vacuum cleaner, the vacuum cleaner bag assembly comprising: a panel assembly forming an enclosure having an interior volume, wherein an aperture extends through the panel assembly, the aperture adapted to receive debris exiting an outlet end of a hose assembly such that the debris is retained within the interior volume, wherein the panel assembly comprises a first material; and a shield member disposed within the interior volume and secured to one or more portions of the panel assembly, wherein the shield member comprises a second material that is different than the first material, the shield member extends vertically from a first point at or adjacent to a top portion of the panel assembly to a second point vertically disposed between a bottom portion of the aperture and a bottom portion of the panel assembly, the shield member is disposed opposite the aperture in the panel assembly when the vacuum cleaner bag assembly is disposed within the tank such that the shield member protects a corresponding portion of the panel assembly from being impacted by debris passing through the aperture and into the interior volume, wherein the second material is a non-porous and non-absorbent flexible material, and a wicking barrier disposed along or impregnated into a portion of the panel assembly. a panel assembly forming an enclosure having an interior volume, wherein an aperture extends through the panel assembly, the aperture adapted to receive debris exiting an outlet end of a hose assembly such that the debris is retained within the interior volume, wherein the panel assembly comprises a first material; and a shield member disposed within the interior volume and secured to one or more portions of the panel assembly, wherein the shield member comprises a second material that is different than the first material, the shield member extends vertically from a first point at or adjacent to a top portion of the panel assembly to a second point vertically disposed between a bottom portion of the aperture and a bottom portion of the panel assembly, the shield member is disposed opposite the aperture in the panel assembly when the vacuum cleaner bag assembly is disposed within the tank such that the shield member protects a corresponding portion of the panel assembly from being impacted by debris passing through the aperture and into the interior volume, wherein the second material is a non-porous and non-absorbent flexible material, and a wicking barrier disposed along or impregnated into a portion of the panel assembly.
A method for setting up a bearer, comprising: receiving, by a serving general packet radio service support node, SGSN, a packet data protocol, PDP, context activation request from a user equipment, UE; sending, by the SGSN, a second bearer setup request to a serving gateway, SGW; sending, by the SGW, a first bearer setup request to a packet data network gateway, PGW; receiving, by the SGW, a first bearer setup response from the PGW; receiving, by the SGSN, a second bearer setup response from the SGW; sending, by the SGSN, a radio access bearer, RAB, assignment request to a radio access network, RAN, for the RAN to set up a radio bearer, RB, with the UE; receiving, by the SGSN, an RAB assignment response from the RAN; and returning, by the SGSN, a PDP context activation response to the UE; wherein the second bearer setup response comprises a first bearer identifier, ID, and the RAB assignment request comprises a second bearer ID. receiving, by a serving general packet radio service support node, SGSN, a packet data protocol, PDP, context activation request from a user equipment, UE; sending, by the SGSN, a second bearer setup request to a serving gateway, SGW; sending, by the SGW, a first bearer setup request to a packet data network gateway, PGW; receiving, by the SGW, a first bearer setup response from the PGW; receiving, by the SGSN, a second bearer setup response from the SGW; sending, by the SGSN, a radio access bearer, RAB, assignment request to a radio access network, RAN, for the RAN to set up a radio bearer, RB, with the UE; receiving, by the SGSN, an RAB assignment response from the RAN; and returning, by the SGSN, a PDP context activation response to the UE; wherein the second bearer setup response comprises a first bearer identifier, ID, and the RAB assignment request comprises a second bearer ID.
A method for processing data in a message, implemented by a mobile terminal, comprising: receiving an instant message sent from a wireless network, wherein the instant message carries data of multiple data formats; identifying the multiple data formats of the data; extracting a data attribute of the data from the instant message, wherein the data attribute is a sender of the instant message; automatically storing the data and the sender of the instant message into multiple function modules corresponding to the multiple data formats according to a corresponding relationship list, wherein the corresponding relationship list is a list of correspondence between data formats and function modules; and displaying the stored data according to a preset form and displaying the sender of the instant message in a specific display form. receiving an instant message sent from a wireless network, wherein the instant message carries data of multiple data formats; identifying the multiple data formats of the data; extracting a data attribute of the data from the instant message, wherein the data attribute is a sender of the instant message; automatically storing the data and the sender of the instant message into multiple function modules corresponding to the multiple data formats according to a corresponding relationship list, wherein the corresponding relationship list is a list of correspondence between data formats and function modules; and displaying the stored data according to a preset form and displaying the sender of the instant message in a specific display form.
A MEMS actuator device (100; 200) of a piezoelectric type, comprising a substrate and a base unit (22A; 122A), the base unit including: a base beam element having a first end, a second end, a main extension in an extension plane and a thickness in a thickness direction, perpendicular to the extension plane, smaller than the main extension; a piezoelectric region, on or in the beam element; an anchor region, fixed with respect to the base beam element and to the substrate; and a base constraint structure, connected to the second end of the base beam element, the constraint structure being configured to substantially allow a movement of the second end of the base beam element in the extension plane and prevent or substantially reduce a deformation of the base beam element in the thickness direction, wherein the base constraint structure comprises a base constraint element that is undeformable in the thickness direction and a base hinge structure (25; 125), arranged between the base beam element and the base constraint element. a base beam element having a first end, a second end, a main extension in an extension plane and a thickness in a thickness direction, perpendicular to the extension plane, smaller than the main extension; a piezoelectric region, on or in the beam element; an anchor region, fixed with respect to the base beam element and to the substrate; and a base constraint structure, connected to the second end of the base beam element, the constraint structure being configured to substantially allow a movement of the second end of the base beam element in the extension plane and prevent or substantially reduce a deformation of the base beam element in the thickness direction, wherein the base constraint structure comprises a base constraint element that is undeformable in the thickness direction and a base hinge structure (25; 125), arranged between the base beam element and the base constraint element.
An implantable apparatus comprising: a magnetoelectric film, wherein the magnetoelectric film comprises a central portion; a magnetic field generator (20, 130) configured to generate a magnetic field at an input frequency between 20-500 kHz; and an electrical circuit coupled to the magnetoelectric film, wherein: the magnetoelectric film is configured to produce an electrical output signal when the magnetoelectric film is stimulated by the magnetic field at the input frequency; the electrical circuit is coupled to the central portion of the magnetoelectric film; and the electrical circuit comprises electric components configured to modify the electrical output signal such that the electrical output signal has an output frequency between 0.5 - 1000 Hz. a magnetoelectric film, wherein the magnetoelectric film comprises a central portion; a magnetic field generator (20, 130) configured to generate a magnetic field at an input frequency between 20-500 kHz; and an electrical circuit coupled to the magnetoelectric film, wherein: the magnetoelectric film is configured to produce an electrical output signal when the magnetoelectric film is stimulated by the magnetic field at the input frequency; the electrical circuit is coupled to the central portion of the magnetoelectric film; and the electrical circuit comprises electric components configured to modify the electrical output signal such that the electrical output signal has an output frequency between 0.5 - 1000 Hz. the magnetoelectric film is configured to produce an electrical output signal when the magnetoelectric film is stimulated by the magnetic field at the input frequency; the electrical circuit is coupled to the central portion of the magnetoelectric film; and the electrical circuit comprises electric components configured to modify the electrical output signal such that the electrical output signal has an output frequency between 0.5 - 1000 Hz.
A prefilled syringe containing a pharmaceutical formulation comprising: (i) a human antibody that specifically binds to human interleukin-6 receptor (hIL-6R), wherein the antibody is at a concentration of from 5 mg/ml to 200 mg/ml and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:18 and a light chain variable region comprising the amino acid sequence of SEQ ID NO:26; (ii) histidine at a concentration of from 10 mM to 25 mM; (iii) arginine at a concentration of from 25 mM to 50 mM; (iv) sucrose in an amount of from 5% to 10% w/v; and (v) polysorbate 20 in an amount of from 0.1% to 0.2% w/v. (i) a human antibody that specifically binds to human interleukin-6 receptor (hIL-6R), wherein the antibody is at a concentration of from 5 mg/ml to 200 mg/ml and comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO:18 and a light chain variable region comprising the amino acid sequence of SEQ ID NO:26; (ii) histidine at a concentration of from 10 mM to 25 mM; (iii) arginine at a concentration of from 25 mM to 50 mM; (iv) sucrose in an amount of from 5% to 10% w/v; and (v) polysorbate 20 in an amount of from 0.1% to 0.2% w/v.
An AC switching system comprising: a first input and output terminal, I/O; a second I/O; a first segment including a first switch and a second switch, the first segment being connected to the first I/O, wherein the first switch and the second switch are connected at a first node; a second segment including a third switch and a fourth switch, the second segment being connected with the first segment and connected to the second I/O, wherein the first segment and the second segment meet at a second node, and wherein the third switch and the fourth switch are connected at a third node; a third segment comprising a first diode or a first diode in parallel to a switching device, the third segment being connected to the first I/O and one of the second node and the third node to form a current path from the one of the second node and the third node to the first I/O through the first diode; and a fourth segment comprising a second diode or a second diode in parallel to a switching device, the fourth segment being connected to the second I/O, and one of the first node and the second node to form a current path from the one of the first node and the second node to the second I/O through the second diode. a first input and output terminal, I/O; a second I/O; a first segment including a first switch and a second switch, the first segment being connected to the first I/O, wherein the first switch and the second switch are connected at a first node; a second segment including a third switch and a fourth switch, the second segment being connected with the first segment and connected to the second I/O, wherein the first segment and the second segment meet at a second node, and wherein the third switch and the fourth switch are connected at a third node; a third segment comprising a first diode or a first diode in parallel to a switching device, the third segment being connected to the first I/O and one of the second node and the third node to form a current path from the one of the second node and the third node to the first I/O through the first diode; and a fourth segment comprising a second diode or a second diode in parallel to a switching device, the fourth segment being connected to the second I/O, and one of the first node and the second node to form a current path from the one of the first node and the second node to the second I/O through the second diode.
An arrangement, for connecting high speed digital subscriber lines, comprising a digital subscriber line access multiplexer, DSLAM which is adapted to be in communication with a distribution arrangement interconnecting external trunk lines and internal subscriber lines, characterized in that the distribution arrangement is adapted to comprise or communicate with a detecting arrangement adapted to detect presence of a high frequency digital signal and a connector arrangement which in a second state is adapted to connect, or enable connection, of subscriber lines and a high frequency signal interface, the high frequency signal interface being connected to the subscriber lines via a high pass filter of the DSLAM, and in a first state is adapted to disable/disconnect the subscriber lines from the high frequency signal interface, and in that the distribution arrangement comprises switching or activating means for activating the second state of the connector arrangement at detecting the presence of a high frequency signal, wherein in the first state a narrowband network is directly connected to the subscriber lines, and the connector arrangement is in the second state adapted to connect the narrowband network to the subscriber lines via a low pass filter of a splitter of the DSLAM.