mhurhangee/patent-ind-claim-en huggingface dataset:
A control console for supplying a drive signal to the power generating unit of a surgical tool , said console including: a transformer with a primary winding across which an AC voltage is to be applied, and a secondary winding across which a drive signal is to be induced so the drive signal can be applied to the power generating unit of the surgical tool ; a matched current source consisting of a leakage control winding across which the AC signal that is present across the primary winding of the transformer is to induce a voltage and a capacitor connected between the leakage control winding and the secondary winding of the transformer , the matched current source designed to produce a current that at least partially cancels a leakage current present in the drive signal as a result of parasitic capacitance, characterized in that both the leakage control winding and the capacitor of the matched current source are internal to the transformer , and the capacitor includes at least one plate formed from a layer of conductive material wrapped around at least one of the primary winding and the secondary winding of the transformer . a transformer with a primary winding across which an AC voltage is to be applied, and a secondary winding across which a drive signal is to be induced so the drive signal can be applied to the power generating unit of the surgical tool ; a matched current source consisting of a leakage control winding across which the AC signal that is present across the primary winding of the transformer is to induce a voltage and a capacitor connected between the leakage control winding and the secondary winding of the transformer , the matched current source designed to produce a current that at least partially cancels a leakage current present in the drive signal as a result of parasitic capacitance, characterized in that both the leakage control winding and the capacitor of the matched current source are internal to the transformer , and the capacitor includes at least one plate formed from a layer of conductive material wrapped around at least one of the primary winding and the secondary winding of the transformer .
A user equipment, UE (111-116), in a wireless communication system, the UE comprising: a transceiver ; a processor coupled with the transceiver and configured to: receive, from a base station, BS, a synchronization signal block, SSB corresponding to an SSB index, the SSB including a primary synchronization signal, PSS, a secondary synchronization signal, SSS and a physical broadcast channel, PBCH, carrying a master information block, MIB, with a demodulation reference signal, DMRS, for demodulating the PBCH, wherein PBCH resource elements, REs, and DMRS REs are interleaved frequency-domain multiplexed, IFDMed, and the PBCH and the DMRS for demodulating the PBCH have wider bandwidth than a bandwidth of the PSS or the SSS, and identify at least full or partial SSB index based on a sequence of the DMRS. a transceiver ; a processor coupled with the transceiver and configured to: receive, from a base station, BS, a synchronization signal block, SSB corresponding to an SSB index, the SSB including a primary synchronization signal, PSS, a secondary synchronization signal, SSS and a physical broadcast channel, PBCH, carrying a master information block, MIB, with a demodulation reference signal, DMRS, for demodulating the PBCH, wherein PBCH resource elements, REs, and DMRS REs are interleaved frequency-domain multiplexed, IFDMed, and the PBCH and the DMRS for demodulating the PBCH have wider bandwidth than a bandwidth of the PSS or the SSS, and identify at least full or partial SSB index based on a sequence of the DMRS. receive, from a base station, BS, a synchronization signal block, SSB corresponding to an SSB index, the SSB including a primary synchronization signal, PSS, a secondary synchronization signal, SSS and a physical broadcast channel, PBCH, carrying a master information block, MIB, with a demodulation reference signal, DMRS, for demodulating the PBCH, wherein PBCH resource elements, REs, and DMRS REs are interleaved frequency-domain multiplexed, IFDMed, and the PBCH and the DMRS for demodulating the PBCH have wider bandwidth than a bandwidth of the PSS or the SSS, and identify at least full or partial SSB index based on a sequence of the DMRS.
Electrical equipment intended to be connected to at least one electromechanical braking actuator adapted to brake a wheel of an aircraft undercarriage and to at least one electromechanical driving actuator adapted to drive the wheel in rotation, characterised in that the electrical equipment includes a housing , means for fixing the housing to the undercarriage , and inside the housing: - a processor unit adapted to generate a braking motor control signal from a braking setpoint and a driving motor control signal from a taxiing setpoint; - a power supply unit adapted to generate an equipment power supply voltage for powering the electrical equipment , a braking power supply voltage, and a driving power supply voltage; - a power converter unit adapted to generate a braking control voltage from the braking motor control signal and the braking power supply voltage, and a drive control voltage from the driving motor control signal and the driving power supply voltage; - a distribution unit adapted to distribute the braking control voltage to the electromechanical braking actuator and the drive control voltage to the electromechanical driving actuator . - a processor unit adapted to generate a braking motor control signal from a braking setpoint and a driving motor control signal from a taxiing setpoint; - a power supply unit adapted to generate an equipment power supply voltage for powering the electrical equipment , a braking power supply voltage, and a driving power supply voltage; - a power converter unit adapted to generate a braking control voltage from the braking motor control signal and the braking power supply voltage, and a drive control voltage from the driving motor control signal and the driving power supply voltage; - a distribution unit adapted to distribute the braking control voltage to the electromechanical braking actuator and the drive control voltage to the electromechanical driving actuator .
A method for installing or removing components of a wind turbine , comprising separately fastening two or more wind turbine components to a respective receiving structure of the wind turbine, or separately releasing the components from the respective receiving structure , which comprises, before the fastening of the components , or subsequently to the releasing of the components, lifting the components simultaneously, so as to be carried by a lifting line of a crane , wherein the directional inter-relationship of the components, during the lifting of the components , is substantially the same as the directional inter-relationship of the components when fastened to the respective receiving structure and wherein, during the lifting of the components , an upper component is lifted above a lower component wherein, during the lifting of the components , a lower of the components is lifted below an upper of the components , and the lower component is suspended from the crane lifting line , characterized in that the upper component is at least partly supported on the lower component via at least one support element .
Segment of a handrail deflection belt for use with a w-shaped handrail guide profile , which comprises a first recess , an elevation and a second recess between two lateral walls , wherein the segment has a base body with a bearing surface for bearing on the elevation of the handrail guide profile , wherein an axle section for receiving a rolling body extends laterally of the bearing surface in each case in the transverse direction of extension of the base body , characterized in that a first engagement element and a second engagement element are arranged at least at one end of the base body with respect to its longitudinal extension direction , the first engagement element and the second engagement element being designed in such a way that the first engagement element and the second engagement element each extend towards the lateral walls of the handrail guide profile .
A transmission apparatus comprising: a transport stream generation unit configured to generate a transport stream containing MMT, MPEG media transport, packets in which a first transport packet including a transport media in a payload and a second transport packet including information related to the transport media in a payload are time-division multiplexed; a transport stream transmission unit configured to transmit the transport stream to a receiver through a predetermined transmission path; and a time information insertion unit configured to insert a value of a display time of the transport media included in the first transport packet to the second transport packet; wherein the transport media included in the first transport packet is configured from one or more access units, and the time information insertion unit inserts the value of the display time corresponding to a first access unit of the one or more access units; the time information insertion unit inserts an offset value from a decoding time to the display time corresponding to each of the access units; and the offset value is a relative offset value corresponding to an absolute offset value. a transport stream generation unit configured to generate a transport stream containing MMT, MPEG media transport, packets in which a first transport packet including a transport media in a payload and a second transport packet including information related to the transport media in a payload are time-division multiplexed; a transport stream transmission unit configured to transmit the transport stream to a receiver through a predetermined transmission path; and a time information insertion unit configured to insert a value of a display time of the transport media included in the first transport packet to the second transport packet; wherein the transport media included in the first transport packet is configured from one or more access units, and the time information insertion unit inserts the value of the display time corresponding to a first access unit of the one or more access units; the time information insertion unit inserts an offset value from a decoding time to the display time corresponding to each of the access units; and the offset value is a relative offset value corresponding to an absolute offset value.
A user equipment, UE , comprising: means for scrambling data including a Physical Uplink Shared Channel, PUSCH, and Cyclic Redundancy Check, CRC, for the PUSCH, using a parameter specific for Grant Free transmission; means for determining a Hybrid Automatic Repeat Request, HARQ, process number corresponding to a Grant Free transmission based on a resource in a predetermined radio frame and a parameter included in a Radio Resource Control, RRC, message; and means for transmitting the data to a base station, via the Grant Free transmission. means for scrambling data including a Physical Uplink Shared Channel, PUSCH, and Cyclic Redundancy Check, CRC, for the PUSCH, using a parameter specific for Grant Free transmission; means for determining a Hybrid Automatic Repeat Request, HARQ, process number corresponding to a Grant Free transmission based on a resource in a predetermined radio frame and a parameter included in a Radio Resource Control, RRC, message; and means for transmitting the data to a base station, via the Grant Free transmission.
A method of processing multi-layer video data comprising a series of Network Abstraction Layer, NAL, units, each having a layer identifier and a temporal identifier, wherein each layer of the multi-layer video data is defined as a set of NAL units that have the same layer identifier, the method comprising: obtaining multi-layer video data comprising more than one operation point, wherein each operation point has a set of layer identifiers and a temporal identifier, and includes each NAL unit whose layer identifier is included in the operation point's set of layer identifiers and whose temporal identifier is less than or equal to the operation point's temporal identifier; storing the multi-layer video data in a file format, wherein the file format includes an operation points information (oinf) box which identifies the operation points included in the multi-layer video data; storing an indicator of profile, tier, and level (PTL) information for each layer of each operation point of the multi-layer video data in the oinf box; and generating a file of video data formatted according to the file format; characterized in that the method further comprises: storing representation format information for each operation point of the multi-layer video data in the oinf box, wherein storing the representation format information comprises storing only one set of representation format information for each operation point, and wherein each set of representation format information comprises one or more of a spatial resolution, a bit depth, or a color format. obtaining multi-layer video data comprising more than one operation point, wherein each operation point has a set of layer identifiers and a temporal identifier, and includes each NAL unit whose layer identifier is included in the operation point's set of layer identifiers and whose temporal identifier is less than or equal to the operation point's temporal identifier; storing the multi-layer video data in a file format, wherein the file format includes an operation points information (oinf) box which identifies the operation points included in the multi-layer video data; storing an indicator of profile, tier, and level (PTL) information for each layer of each operation point of the multi-layer video data in the oinf box; and generating a file of video data formatted according to the file format; characterized in that the method further comprises: storing representation format information for each operation point of the multi-layer video data in the oinf box, wherein storing the representation format information comprises storing only one set of representation format information for each operation point, and wherein each set of representation format information comprises one or more of a spatial resolution, a bit depth, or a color format.
Electrical insulation bar for an electrical system , said electrical insulation bar comprising a body made of an electrically insulating material, having an L-shaped cross-section comprising two branches extending orthogonally to each other in respective directions orthogonal to the plane of said L-shaped cross-section, said two branches forming a right angle for receiving a connection terminal of said electrical system , a first branch of the electrical insulation bar being configured to be positioned directly or indirectly against a face of the connection terminal of the electrical system and a second branch , orthogonal to the first branch , being configured to extend facing the connection terminal of the electrical system in such a manner as to electrically insulate the connection terminal of the electrical system .
A method, performed in a microwave link controller, for controlling point-to point microwave transmission on a microwave link between a first and a second microwave network node, wherein the microwave link is configured for payload data transmission at a payload data rate, the method comprising: - obtaining (S41) information indicative of a current data rate capability of the microwave link; characterized in that the method comprises - comparing (S43) the current data rate capability to the configured payload data rate; and - when the current data rate capability is below the configured payload data rate, adapting transmission (S47) on the microwave link to comprise transmission of dummy data in lieu of the payload data on the microwave link between the first and second microwave network node. - obtaining (S41) information indicative of a current data rate capability of the microwave link; - comparing (S43) the current data rate capability to the configured payload data rate; and - when the current data rate capability is below the configured payload data rate, adapting transmission (S47) on the microwave link to comprise transmission of dummy data in lieu of the payload data on the microwave link between the first and second microwave network node.
A detector (104; 300) for sensing an intensity of an electron beam generated along a path, comprising: an exposed conductor attached to a support which is configured to locate the conductor within a path of an electron beam , a second conductor isolated from the exposed conductor , the conductor being connected to a voltage potential and partly surrounding the exposed conductor to form a plasma shield, the plasma shield having a window by which the exposed conductor is exposed to the electron beam , the window being positioned at least in a direction of the electron beam path; and characterized in that the detector further comprises an insulator formed in an H-shaped configuration, wherein the exposed conductor and the second conductor are isolated from one another by the insulator and wherein the second conductor is not directly exposed to the electron beam . an exposed conductor attached to a support which is configured to locate the conductor within a path of an electron beam , a second conductor isolated from the exposed conductor , the conductor being connected to a voltage potential and partly surrounding the exposed conductor to form a plasma shield, the plasma shield having a window by which the exposed conductor is exposed to the electron beam , the window being positioned at least in a direction of the electron beam path; and characterized in that the detector further comprises an insulator formed in an H-shaped configuration, wherein the exposed conductor and the second conductor are isolated from one another by the insulator and wherein the second conductor is not directly exposed to the electron beam .
A peptide-grafted antibody or antibody fragment comprising at least one peptide grafted into at least one CDR of the antibody or antibody fragment, the peptide comprising the sequence of exendin, GLP1, glucagon or oxyntomodulin peptide or a functional fragment thereof, wherein the peptide-grafted antibody has agonist activity against the GLP1 receptor, the glucagon receptor, or both, wherein the grafted peptide comprises a basic amino acid upstream and adjacent to the natural N-terminal histidine of the exendin, GLP1, glucagon or oxyntomodulin peptide, and wherein the basic amino acid is an arginine or a lysine.
Bellows for a transition device between two movably connected vehicle parts of a bus or a railway vehicle, the bellows having a plurality of surrounding frames and a plurality of corrugated or folded surface bodies which are received in the surrounding frames , - the outer contour (A) of the surface bodies , by means of a radius section (R), transitioning from a side area (S) into a roof area (D) without over-heightening the course of the roof area (D), - and the surrounding frames transitioning from the side area (S) into a head cover area (K), - characterized in that corrugated or folded cover surface bodies are received in the surrounding frames in the head cover area (K), whereby the surrounding frames in the head cover area (K), together with the cover surface bodies , form a frame-integrated head cover . - the outer contour (A) of the surface bodies , by means of a radius section (R), transitioning from a side area (S) into a roof area (D) without over-heightening the course of the roof area (D), - and the surrounding frames transitioning from the side area (S) into a head cover area (K), - characterized in that corrugated or folded cover surface bodies are received in the surrounding frames in the head cover area (K), whereby the surrounding frames in the head cover area (K), together with the cover surface bodies , form a frame-integrated head cover .
A method for manufacturing a secondary battery, the method comprising: an electrode supply process of supplying an electrode through an electrode supply part ; a first inspection process of detecting the supplied electrode to distinguish a normal electrode portion and an abnormal electrode portion through a first inspection part (V1); and a notching process of notching the electrode , which is subjected to the first inspection process, in a notching part , wherein the notching process perform the notching through a laser so that the normal electrode portion and the abnormal electrode portion, which are detected in the first inspection process, are divided from each other; wherein, in the first inspection process, the first inspection part (V1) divides the normal electrode portion from the abnormal electrode portion through a vision sensor to transmit a notching signal to the notching part through a main control system ; wherein, in the notching process, the notching part notches the normal electrode portion and the abnormal electrode portion, which are distinguished from each other in the first inspection part (V1), in different shapes based on the received notching signal. an electrode supply process of supplying an electrode through an electrode supply part ; a first inspection process of detecting the supplied electrode to distinguish a normal electrode portion and an abnormal electrode portion through a first inspection part (V1); and a notching process of notching the electrode , which is subjected to the first inspection process, in a notching part , wherein the notching process perform the notching through a laser so that the normal electrode portion and the abnormal electrode portion, which are detected in the first inspection process, are divided from each other; wherein, in the first inspection process, the first inspection part (V1) divides the normal electrode portion from the abnormal electrode portion through a vision sensor to transmit a notching signal to the notching part through a main control system ; wherein, in the notching process, the notching part notches the normal electrode portion and the abnormal electrode portion, which are distinguished from each other in the first inspection part (V1), in different shapes based on the received notching signal.
A pharmaceutical composition comprising 1.0% or 1.5% w/w oxymetazoline or a pharmaceutically acceptable salt thereof as the sole active ingredient for use in a method of treating facial erythema associated with rosacea in a patient in need of such treatment, comprising topically administering once daily to the site of erythema on the face of the patient..
An osmotic material-free article comprising a plurality of fibers wherein the article exhibits a CRT Rate of greater than 0.35 g/sec as measured according to the Absorptive Rate and Capacity (CRT) Test Method and a Dry Thick Compression of greater than 700 as measured according to the Dry Compressive Modulus Test Method, wherein the article comprises at least one co-formed fibrous structure and at least one mono-fibrous wet-laid fibrous structure said at least one co-formed fibrous structure exhibiting a basis weight of from 15 g/m 2 to 400 g/m 2 as measured according to the Basis Weight Test Method and comprising a core component being a co-formed fibrous structure comprising a plurality of filaments and a plurality of pulp fibers with a weight ratio of filaments to pulp fibers of at least 1:10, said filaments comprising a thermoplastic polymer and said pulp fibers comprised in the core component being selected from the group consisting of softwood kraft pulp fibers, hardwood fibers, and mixtures thereof, said at least one mono-fibrous wet-laid fibrous structure comprising hardwood and softwood pulp fibers.