mhurhangee/patent-ind-claim-en huggingface dataset:
A peptide, which derives from the human dermcidin amino acid sequence (DDP), according to the following consecutive sequence of formula (I) or (II) S-S-L-L-X1-K-G-L-X2-X3-X4-X5-X6-X7 (I) or S - S - L - L - X1 - K - Z1 (II) retro-, inverso- and retroinverso-form or pharmaceutically acceptable salts or solvates thereof, wherein X1 is any L- or D-amino acid; X2 is any L- or D-amino acid or is absent; X3 is any L- or D-amino acid or is absent; X4 is absent or an amino acid sequence comprising from 1 to 10 amino acids of the consecutive amino acid sequence A-Y1-Y2-A-V-G-G-L-G-Y3, wherein Y1, Y2 and Y3 are any L- or D-amino acid; X5 is absent or an amino acid sequence comprising from 1 to 10 amino acids of the consecutive amino acid sequence L-G-Y4-Y5-A-V-E-D-L-E, wherein Y4 and Y5 are any L- or D-amino acid; X6 is absent or an amino acid sequence comprising from 1 to 10 amino acids of the consecutive amino acid sequence S-V-G-K-G-A-V-H-D-V; X7 is absent or an amino acid sequence comprising from 1 to 8 amino acids of the consecutive amino acid sequence K-D-V-L-D-S-V-L; wherein in the case that one of X2 to X6 is absent the subsequent amino acids X3 to X7 are also absent; Z1 is G or g or is absent; wherein capital letters represent L-amino acids and small letters represent D-amino acids and wherein one or more L-amino acids in the formula (I) or (II) may be replaced by its corresponding D-form; for the use as a cell-penetrating agent as a medicament, in therapy and in vivo diagnostics. X1 is any L- or D-amino acid; X2 is any L- or D-amino acid or is absent; X3 is any L- or D-amino acid or is absent; X4 is absent or an amino acid sequence comprising from 1 to 10 amino acids of the consecutive amino acid sequence A-Y1-Y2-A-V-G-G-L-G-Y3, wherein Y1, Y2 and Y3 are any L- or D-amino acid; X5 is absent or an amino acid sequence comprising from 1 to 10 amino acids of the consecutive amino acid sequence L-G-Y4-Y5-A-V-E-D-L-E, wherein Y4 and Y5 are any L- or D-amino acid; X6 is absent or an amino acid sequence comprising from 1 to 10 amino acids of the consecutive amino acid sequence S-V-G-K-G-A-V-H-D-V; X7 is absent or an amino acid sequence comprising from 1 to 8 amino acids of the consecutive amino acid sequence K-D-V-L-D-S-V-L; Z1 is G or g or is absent; wherein capital letters represent L-amino acids and small letters represent D-amino acids and wherein one or more L-amino acids in the formula (I) or (II) may be replaced by its corresponding D-form; for the use as a cell-penetrating agent as a medicament, in therapy and in vivo diagnostics.
A method for performing a 2-step random access procedure by a terminal in a communication system, the method comprising: identifying that the 2-step random access procedure is selected; in case that a random access preambles group has not been selected during the 2-step random access procedure, identifying one of a first random access preambles group or a second random access preambles group; in case that the random access preambles group has been selected during the 2-step random access procedure, identifying a same random access preambles group that was previously selected; identifying a random access preamble associated with a message A, MsgA, based on the identified random access preambles group; transmitting, to a base station, the random access preamble associated with the MsgA on a physical random access channel, PRACH; and transmitting, to the base station, a payload associated with the MsgA on a physical uplink shared channel, PUSCH. identifying that the 2-step random access procedure is selected; in case that a random access preambles group has not been selected during the 2-step random access procedure, identifying one of a first random access preambles group or a second random access preambles group; in case that the random access preambles group has been selected during the 2-step random access procedure, identifying a same random access preambles group that was previously selected; identifying a random access preamble associated with a message A, MsgA, based on the identified random access preambles group; transmitting, to a base station, the random access preamble associated with the MsgA on a physical random access channel, PRACH; and transmitting, to the base station, a payload associated with the MsgA on a physical uplink shared channel, PUSCH.
A semiconductor device , comprising: a semiconductor substrate having a first major surface ; a trench extending from the first major surface into the semiconductor substrate and having a base and a side wall extending form the base to the first major surface ; a field plate arranged in the trench ; an enclosed cavity in the trench , wherein the enclosed cavity is defined by insulating material , is laterally positioned between a side wall of the field plate and the side wall of the trench and the enclosed cavity being bounded by the insulating material completely filling the region between the base of the trench and the field plate , characterised in that the insulating material is arranged on the side wall of the field plate , on the side wall of the trench and on the base of the trench and extends from a side wall of the field plate to the side wall of the trench to cap the enclosed cavity , and the insulating material comprises silicon oxide. a semiconductor substrate having a first major surface ; a trench extending from the first major surface into the semiconductor substrate and having a base and a side wall extending form the base to the first major surface ; a field plate arranged in the trench ; an enclosed cavity in the trench , wherein the enclosed cavity is defined by insulating material , is laterally positioned between a side wall of the field plate and the side wall of the trench and the enclosed cavity being bounded by the insulating material completely filling the region between the base of the trench and the field plate , characterised in that the insulating material is arranged on the side wall of the field plate , on the side wall of the trench and on the base of the trench and extends from a side wall of the field plate to the side wall of the trench to cap the enclosed cavity , and the insulating material comprises silicon oxide.
A section for a gas turbine engine comprising: a rotating structure; a stationary structure ; a flow guide assembly arranged generally between the rotating structure and the stationary structure such that a flow path is defined between the flow guide assembly and one of the rotating structure and the stationary structure , the flow guide assembly including a plurality of apertures configured to disrupt acoustic waves of air in the flow path ; and a seal configured to establish a sealing relationship between the rotating structure and the stationary structure , wherein an inlet to the flow path is adjacent the seal , wherein a point (P) is defined along a length (L) of the flow guide assembly , and the plurality of apertures are arranged between the point (P) and an outlet portion of the flow guide assembly , wherein the point (P) is a distance from an outlet portion of the flow guide assembly that is approximately equal to an acoustic wavelength associated with an acoustic-structural coincidence frequency in the flow path . a rotating structure; a stationary structure ; a flow guide assembly arranged generally between the rotating structure and the stationary structure such that a flow path is defined between the flow guide assembly and one of the rotating structure and the stationary structure , the flow guide assembly including a plurality of apertures configured to disrupt acoustic waves of air in the flow path ; and a seal configured to establish a sealing relationship between the rotating structure and the stationary structure , wherein an inlet to the flow path is adjacent the seal , wherein a point (P) is defined along a length (L) of the flow guide assembly , and the plurality of apertures are arranged between the point (P) and an outlet portion of the flow guide assembly , wherein the point (P) is a distance from an outlet portion of the flow guide assembly that is approximately equal to an acoustic wavelength associated with an acoustic-structural coincidence frequency in the flow path .
Device for conversion of mechanical energy from sea waves to electric energy, comprising: - at least a float and two rigid rods disposed symmetrically with respect to a vertical axis , anchored at one end to the seabed through respective hinges , and at the other end to the float through flexible cables ; two respective ballasts , where each of the ballasts is attached to the free end of one of said respective rods, so that there is a resulting traction of the free ends of said rods , that are free to rotate around their hinges , as a resulting effect of the weight of ballasts directed towards the sea bed combined with the pulling force of said float directed upwards to the sea surface, combined with reaction of hinges , characterized in that said device further comprises: - at least two cables, or two chains that connect the free ends of the rods to a transmission shaft of a generator, or other device able to convert and/or transmit the energy, that is placed along the vertical axis of system symmetry, so that the vertical, horizontal or rotary oscillatory motion of float , caused by the waves actions, generates an oscillatory motion of rods , which are pivoted on their respective hinges , and generates therefore the rotary motion of the transmission shaft of the generator of electric energy. - at least a float and two rigid rods disposed symmetrically with respect to a vertical axis , anchored at one end to the seabed through respective hinges , and at the other end to the float through flexible cables ; two respective ballasts , where each of the ballasts is attached to the free end of one of said respective rods, so that there is a resulting traction of the free ends of said rods , that are free to rotate around their hinges , as a resulting effect of the weight of ballasts directed towards the sea bed combined with the pulling force of said float directed upwards to the sea surface, combined with reaction of hinges , - at least two cables, or two chains that connect the free ends of the rods to a transmission shaft of a generator, or other device able to convert and/or transmit the energy, that is placed along the vertical axis of system symmetry, so that the vertical, horizontal or rotary oscillatory motion of float , caused by the waves actions, generates an oscillatory motion of rods , which are pivoted on their respective hinges , and generates therefore the rotary motion of the transmission shaft of the generator of electric energy.
Cleaning apparatus, comprising at least one cleaning tool for cleaning an object to be cleaned, an operating unit for a user, which comprises at least one operating element for operating the cleaning apparatus , a control unit for processing operating instructions, a receptacle , arranged on the operating unit , for an external accessory that can be associated with the cleaning apparatus and that has a display device with an image display , wherein the accessory is removably positionable in the receptacle in a defined position, as well as a communication unit by way of which display information for being displayed on the image display are transmittable from the cleaning apparatus to the accessory positioned in the receptacle .
A solid hybrid material comprising ▪ 50-90 wt-% nanoparticles selected from the group of titanates; ▪ 1-20 wt-% surfactants selected from the group of monocarboxylic acids comprising a polyether tail and phosphate esters of alkyl ethers; ▪ 9-49 wt-% polymeric matrix selected from the group of acrylate polymers, sulfone polymers, epoxy polymers, vinyl polymers, urethane polymers and imide polymers, characterized in that ▪ the nanoparticles are of a core-shell structure and the core and the shell are composed of different oxides, and ▪ the nanoparticle's core is composed of titanates according to formula (I), M x Ti y O z (I), wherein: M represents alkaline- or alkaline earth metal, x represents 0, a real number below 1 or 1, y represents 1 or, a real number below 1 but excluding 0, z represents a real number below 1 but excluding 0, provided that: z=x/2+2*y if M represents an alkaline metal or z=x+2*y if M represents an alkaline earth metal or z=2*y if x=0; and ▪ the material preferably shows a refractive index >1.75; and ▪ the nanoparticle's shell preferably amounts to less than 20 wt-% (based on oxide weight) of the whole nanoparticle. ▪ 50-90 wt-% nanoparticles selected from the group of titanates; ▪ 1-20 wt-% surfactants selected from the group of monocarboxylic acids comprising a polyether tail and phosphate esters of alkyl ethers; ▪ 9-49 wt-% polymeric matrix selected from the group of acrylate polymers, sulfone polymers, epoxy polymers, vinyl polymers, urethane polymers and imide polymers, ▪ the nanoparticles are of a core-shell structure and the core and the shell are composed of different oxides, and ▪ the nanoparticle's core is composed of titanates according to formula (I), M x Ti y O z (I), wherein: M represents alkaline- or alkaline earth metal, x represents 0, a real number below 1 or 1, y represents 1 or, a real number below 1 but excluding 0, z represents a real number below 1 but excluding 0, provided that: z=x/2+2*y if M represents an alkaline metal or z=x+2*y if M represents an alkaline earth metal or z=2*y if x=0; and M represents alkaline- or alkaline earth metal, x represents 0, a real number below 1 or 1, y represents 1 or, a real number below 1 but excluding 0, z represents a real number below 1 but excluding 0, z=x/2+2*y if M represents an alkaline metal or z=x+2*y if M represents an alkaline earth metal or z=2*y if x=0; and ▪ the material preferably shows a refractive index >1.75; and ▪ the nanoparticle's shell preferably amounts to less than 20 wt-% (based on oxide weight) of the whole nanoparticle.
Optical transceiver module comprising a first light source , a first photodetector and a glass multimode optical fibre , the first light source being configured to emit a first emission beam at a first wavelength (λ 1 ), the optical fibre comprising a core , an optical cladding , an optical axis , characterised in that the optical fibre has: - a first end surface , inclined at an angle of 45° with respect to the optical axis of the optical fibre, comprising a mirror , - a first notch , extending from an outer surface of the optical cladding to the core of the optical fibre, and having a first face comprising a first dichroic filter configured to reflect a light beam of wavelength equal to a second wavelength (λ 2 ), distinct from the first wavelength (λ 1 ), called first reception beam, in that the first light source is arranged relative to the mirror in such a way that the first emission beam emitted by said first light source passes through the optical cladding , is reflected by the mirror and is transmitted into the optical fibre , and in that the first photodetector and the first face of the first notch are positioned one with respect to the other in such a way that the first reception beam reflected by the first dichroic filter passes through the optical cladding and is directed to the first photodetector. - a first end surface , inclined at an angle of 45° with respect to the optical axis of the optical fibre, comprising a mirror , - a first notch , extending from an outer surface of the optical cladding to the core of the optical fibre, and having a first face comprising a first dichroic filter configured to reflect a light beam of wavelength equal to a second wavelength (λ 2 ), distinct from the first wavelength (λ 1 ), called first reception beam, in that the first light source is arranged relative to the mirror in such a way that the first emission beam emitted by said first light source passes through the optical cladding , is reflected by the mirror and is transmitted into the optical fibre , and in that the first photodetector and the first face of the first notch are positioned one with respect to the other in such a way that the first reception beam reflected by the first dichroic filter passes through the optical cladding and is directed to the first photodetector.
A surgical instrument , in particular a hend-held milling cutter, comprising: at least one roller bearing , in particular a ball bearing, configured for forwarding or transmitting electrical signals, and having at least one roller bearing signal line or roller bearing signal path integrated in the roller bearing .
An aircraft motion assessment system comprising: a plurality of polling devices configured to be mounted within an internal cabin of an aircraft , wherein the plurality of polling devices are configured to be associated with passenger seats onboard the aircraft ; a motion assessment control unit communicatively coupled to the plurality of polling devices , wherein the motion assessment control unit is configured to receive passenger-input motion effects data from the plurality of polling devices ; and at least one motion sensor configured to be mounted onboard the aircraft and in communication with the motion assessment control unit , wherein the motion assessment control unit is configured to output a motion effects polling signal in response to at least one motion signal received from the at least one motion sensor, and to compare the at least one motion signal and passenger-input motion effects data received from the plurality of polling devices . a plurality of polling devices configured to be mounted within an internal cabin of an aircraft , wherein the plurality of polling devices are configured to be associated with passenger seats onboard the aircraft ; a motion assessment control unit communicatively coupled to the plurality of polling devices , wherein the motion assessment control unit is configured to receive passenger-input motion effects data from the plurality of polling devices ; and at least one motion sensor configured to be mounted onboard the aircraft and in communication with the motion assessment control unit , wherein the motion assessment control unit is configured to output a motion effects polling signal in response to at least one motion signal received from the at least one motion sensor, and to compare the at least one motion signal and passenger-input motion effects data received from the plurality of polling devices .
A drive system comprising: a current sensor configured to generate a first current signal representative of a current flowing in one or more electrical devices (126-136) electrically coupled together through a power supply bus , a power output bus, and a common ground; a voltage sensor configured to generate a first voltage signal representative of an AC input voltage including a common-mode component in the one or more electrical devices (126-136); a common-mode choke; and a means configured to extract the common-mode component from the first voltage signal, the common-mode component representing a voltage drop across the common-mode choke due to ground fault currents when a ground fault is present; the system is characterized in that it comprises a controller configured to: determine the ground fault in the one or more electrical devices (126-136) based on a change of phase in at least one of the first current signal and the common-mode component of the first voltage signal, and generate a signal that initiates an electrical isolation of the one or more electrical devices (126-136) having the ground fault. a current sensor configured to generate a first current signal representative of a current flowing in one or more electrical devices (126-136) electrically coupled together through a power supply bus , a power output bus, and a common ground; a voltage sensor configured to generate a first voltage signal representative of an AC input voltage including a common-mode component in the one or more electrical devices (126-136); a common-mode choke; and a means configured to extract the common-mode component from the first voltage signal, the common-mode component representing a voltage drop across the common-mode choke due to ground fault currents when a ground fault is present; the system is characterized in that it comprises a controller configured to: determine the ground fault in the one or more electrical devices (126-136) based on a change of phase in at least one of the first current signal and the common-mode component of the first voltage signal, and generate a signal that initiates an electrical isolation of the one or more electrical devices (126-136) having the ground fault. determine the ground fault in the one or more electrical devices (126-136) based on a change of phase in at least one of the first current signal and the common-mode component of the first voltage signal, and generate a signal that initiates an electrical isolation of the one or more electrical devices (126-136) having the ground fault.
A method, performed by a proxy server, for enabling remote management of a profile in an identity module in a Narrowband Internet of Things (NB-loT) device, wherein the proxy server is configured with access to a database of one or more external identifiers each associated with a respective one of one or more NB-loT devices, wherein the one or more external identifiers are each used to address the respective one of the one or more NB-loT devices via an exposure function in a core network, the method comprising: receiving a request to deliver a triggering message to the NB-loT device, wherein the request comprises a device identifier of the NB-loT device; determining, from the database, an external identifier of the NB-loT device based on the received device identifier; and transmitting the triggering message along with the external identifier to the exposure function for forwarding to the NB-loT device using a Non-IP Data Delivery, NIDD, service, wherein the triggering message either comprises: a profile download triggering message configured to trigger the NB-loT device to download a profile from a profile management server or a profile management triggering message configured to trigger an identity module in the NB-loT device to perform a profile management operation. receiving a request to deliver a triggering message to the NB-loT device, wherein the request comprises a device identifier of the NB-loT device; determining, from the database, an external identifier of the NB-loT device based on the received device identifier; and transmitting the triggering message along with the external identifier to the exposure function for forwarding to the NB-loT device using a Non-IP Data Delivery, NIDD, service, wherein the triggering message either comprises: a profile download triggering message configured to trigger the NB-loT device to download a profile from a profile management server or a profile management triggering message configured to trigger an identity module in the NB-loT device to perform a profile management operation.