mhurhangee/patent-ind-claim-en huggingface dataset:
A data transmitting node for transmitting data over a wireless interface in a 3GPP communication system to a data receiving node , comprising: a third layer processing unit for performing an automatic repeat request, ARQ, retransmission according to a status report feedback from the data receiving node and for re-segmenting data to be retransmitted, wherein the re-segmenting is based on segment length information included in the status report, and includes adding to the data a segmentation control information, wherein the third layer is a Packet Data Convergence Protocol, PDCP, layer or a Radio Link Control, RLC, layer or a layer comprising functions of both, the PDCP and the RLC layer; a second layer processing unit for receiving, from the third layer processing unit , a third layer data unit, segmenting the third layer data unit based on a resource allocation and forming a plurality of second layer data units including the respective segments of the third layer data unit and the segmentation control information which is modified when re-segmentation is applied, wherein the second layer is a Medium Access Control, MAC, layer; a first layer processing unit for receiving from the second layer one or more of the plurality of the second layer data units and mapping the one or more of the plurality of the second layer data units onto the resources allocated for data transmission, wherein the first layer is a physical layer; and a transmitter for transmitting the data mapped onto the allocated resources. a third layer processing unit for performing an automatic repeat request, ARQ, retransmission according to a status report feedback from the data receiving node and for re-segmenting data to be retransmitted, wherein the re-segmenting is based on segment length information included in the status report, and includes adding to the data a segmentation control information, wherein the third layer is a Packet Data Convergence Protocol, PDCP, layer or a Radio Link Control, RLC, layer or a layer comprising functions of both, the PDCP and the RLC layer; a second layer processing unit for receiving, from the third layer processing unit , a third layer data unit, segmenting the third layer data unit based on a resource allocation and forming a plurality of second layer data units including the respective segments of the third layer data unit and the segmentation control information which is modified when re-segmentation is applied, wherein the second layer is a Medium Access Control, MAC, layer; a first layer processing unit for receiving from the second layer one or more of the plurality of the second layer data units and mapping the one or more of the plurality of the second layer data units onto the resources allocated for data transmission, wherein the first layer is a physical layer; and a transmitter for transmitting the data mapped onto the allocated resources.
A wound dressing comprising: a dressing layer having a first side and a second, wound-facing side, the dressing layer comprising: an absorbent layer which is inelastic when wet configured to absorb wound fluid and having a first side and a second, wound-facing side; and an elastic film welded to the first side of the inelastic absorbent layer such that the dressing layer elastically stretches when a stretching force is applied to the wound dressing and elastically recovers when the stretching force is removed; and a backing layer adhered to the first side of the dressing layer , and a non-adherent layer coupled to the second, wound-facing side of the inelastic absorbent layer . an absorbent layer which is inelastic when wet configured to absorb wound fluid and having a first side and a second, wound-facing side; and an elastic film welded to the first side of the inelastic absorbent layer such that the dressing layer elastically stretches when a stretching force is applied to the wound dressing and elastically recovers when the stretching force is removed; and a backing layer adhered to the first side of the dressing layer , and a non-adherent layer coupled to the second, wound-facing side of the inelastic absorbent layer .
A planetary gear module for a swing drive, preferably a swing reducer (50; 50', 50") of a construction machine , the module being configured to be integrated in-between first and second adjacent planetary gear modules (1'; 1"), the module comprising: a planetary gear stage ; and a stage support for supporting the planetary gear stage ; the stage support comprising an input support interface for stacking the first adjacent planetary gear module onto the module and an output support interface for stacking the module onto the second adjacent planetary gear module; the planetary gear stage comprising an input gear interface for operatively connecting the module to a gear of the first adjacent module and an output gear interface for operatively connecting the module to a gear of the second adjacent module; wherein the output support interface and the input support interface as well as the output gear interface and the input gear interface of the module are configured to match to each other, wherein the planetary gear stage comprises a sun gear , a planetary carrier , and a ring gear , and wherein the ring gear forms the stage support. a planetary gear stage ; and a stage support for supporting the planetary gear stage ; the stage support comprising an input support interface for stacking the first adjacent planetary gear module onto the module and an output support interface for stacking the module onto the second adjacent planetary gear module; the planetary gear stage comprising an input gear interface for operatively connecting the module to a gear of the first adjacent module and an output gear interface for operatively connecting the module to a gear of the second adjacent module; wherein the output support interface and the input support interface as well as the output gear interface and the input gear interface of the module are configured to match to each other, wherein the planetary gear stage comprises a sun gear , a planetary carrier , and a ring gear , and wherein the ring gear forms the stage support.
A free space optical node configured to receive a received optical beam from and transmit a transmitted optical beam to a remote free space optical node, comprising: a fore optic positioned along an optical path of at least a portion of the received optical beam, the fore optic directing a first portion of the received optical beam at a first plane and a second portion of the optical beam at a second plane; an alignment sensor having a detecting surface positioned at the first plane that receives the first portion of the received optical beam, the alignment sensor defining an aperture along the first plane; and a receiver , coupled to receive electronics, positioned at the second plane and with respect to the aperture such that the receiver receives the second portion of the received optical beam. a fore optic positioned along an optical path of at least a portion of the received optical beam, the fore optic directing a first portion of the received optical beam at a first plane and a second portion of the optical beam at a second plane; an alignment sensor having a detecting surface positioned at the first plane that receives the first portion of the received optical beam, the alignment sensor defining an aperture along the first plane; and a receiver , coupled to receive electronics, positioned at the second plane and with respect to the aperture such that the receiver receives the second portion of the received optical beam.
A method of configuring a management unit connected to at least one home automation installation comprising at least one home automation device (D) and at least one central control unit (U), the method being implemented by the management unit (Sv) and comprising the following steps: - Configuration (EcfSv2) of an alert (Al) corresponding to the triggering of a notification (N) and/or action (Ac) upon fulfillment of a trigger condition (Cnd, Cndp) relating to at least one state variable (S) for the at least one home automation device (D), a group of home automation devices (D), a home automation device type (DT) or a group of home automation device types (DT); the step of configuring the alert (Al) being carried out based on the instructions of a first user (Usr1) having a user profile of a first type (UsrT1); - Recording (EcfSv3) of a first correspondence (MAI) between said alert (Al) and said at least one home automation device (D), said group of home automation devices (D), said home automation device type (DT) or said group of home automation device types (DT); - Declaration (ECfUsr25) of the supervision of a set (SDS) of home automation devices (D) comprising the at least one home automation device (D), the group of home automation devices (D), the home automation device type (DT), or the group of home automation device types (DT), for which the alert (Al) has been defined by a second user (Usr2) having a user profile of a second type (UsrT2). - Configuration (EcfSv2) of an alert (Al) corresponding to the triggering of a notification (N) and/or action (Ac) upon fulfillment of a trigger condition (Cnd, Cndp) relating to at least one state variable (S) for the at least one home automation device (D), a group of home automation devices (D), a home automation device type (DT) or a group of home automation device types (DT); the step of configuring the alert (Al) being carried out based on the instructions of a first user (Usr1) having a user profile of a first type (UsrT1); - Recording (EcfSv3) of a first correspondence (MAI) between said alert (Al) and said at least one home automation device (D), said group of home automation devices (D), said home automation device type (DT) or said group of home automation device types (DT); - Declaration (ECfUsr25) of the supervision of a set (SDS) of home automation devices (D) comprising the at least one home automation device (D), the group of home automation devices (D), the home automation device type (DT), or the group of home automation device types (DT), for which the alert (Al) has been defined by a second user (Usr2) having a user profile of a second type (UsrT2).
A method for estimating a center of mass of an aircraft via a shock strut system comprising: receiving, by a processor , a first gas pressure of a first shock strut from a takeoff phase to a landing phase of the aircraft from a first gas pressure sensor; receiving, by the processor, a second gas pressure of a second shock strut from the takeoff phase to the landing phase of the aircraft from a second gas pressure sensor; receiving, by the processor, a third gas pressure of a third shock strut from the takeoff phase to the landing phase of the aircraft from a third gas pressure sensor; determining, by the processor, the center of mass of the aircraft based on the first gas pressure, the second gas pressure, the third gas pressure, a wheel tread distance along a wheel tread axis, and a wheelbase distance along a wheelbase axis; and transmitting, by the processor, the center of mass of the aircraft to a device; and wherein the takeoff phase includes a vertical takeoff, the landing phase includes a vertical landing, and the takeoff phase to landing phase occurs within a predetermined period of time. receiving, by a processor , a first gas pressure of a first shock strut from a takeoff phase to a landing phase of the aircraft from a first gas pressure sensor; receiving, by the processor, a second gas pressure of a second shock strut from the takeoff phase to the landing phase of the aircraft from a second gas pressure sensor; receiving, by the processor, a third gas pressure of a third shock strut from the takeoff phase to the landing phase of the aircraft from a third gas pressure sensor; determining, by the processor, the center of mass of the aircraft based on the first gas pressure, the second gas pressure, the third gas pressure, a wheel tread distance along a wheel tread axis, and a wheelbase distance along a wheelbase axis; and transmitting, by the processor, the center of mass of the aircraft to a device; and wherein the takeoff phase includes a vertical takeoff, the landing phase includes a vertical landing, and the takeoff phase to landing phase occurs within a predetermined period of time.
Equipment for the reset, calibration and measurement of measuring instruments, comprising: - at least one basic frame ; - at least one pair of measuring stops associated with said basic frame , mutually movable and defining between them at least one measuring seat of at least one measuring instrument (M), said measuring stops comprising at least one fixed stop locked together with said basic frame and at least one movable stop movable in a sliding manner on said basic frame to adjust the width of said measuring seat; - manual movement means of said movable stop , associated with said basic frame and manually operable by an operator; - at least one automatic drive system , associable with said manual movement means and adapted to move said movable stop automatically; and - removable connecting means , adapted to connect/disconnect said automatic drive system to/from said manual movement means . - at least one basic frame ; - at least one pair of measuring stops associated with said basic frame , mutually movable and defining between them at least one measuring seat of at least one measuring instrument (M), said measuring stops comprising at least one fixed stop locked together with said basic frame and at least one movable stop movable in a sliding manner on said basic frame to adjust the width of said measuring seat; - manual movement means of said movable stop , associated with said basic frame and manually operable by an operator; - at least one automatic drive system , associable with said manual movement means and adapted to move said movable stop automatically; and - removable connecting means , adapted to connect/disconnect said automatic drive system to/from said manual movement means .
An acoustic coupling interface for use between a flexible ultrasound transducing device and a curved object to be examined; wherein said interface is in the form of a sheet having a bending flexibility that permits the sheet to form a continuous contact with said curved object during operation of the flexible ultrasound transducing device , and wherein said sheet comprises a bulk material , characterized in that it comprises a plurality of acoustic waveguiding structures arranged in said bulk material , wherein the plurality of acoustic waveguiding structures is for providing bidirectional coupling of ultrasound signals emitted by the ultrasound transducing device , wherein the acoustic waveguiding structures are configured as an acoustic lens for an ultrasonic wave emitted by the ultrasonic transducing device and for the echo signal received from the curved object to be examined; wherein the plurality of acoustic waveguiding structures comprises waveguiding structures having an elongated form and thus form pillars extending through part or the whole bulk material.
A method of engineering a metal substrate surface, comprising: combining an oxidizer and a combustible gas to form a gas mixture, wherein the combustible gas comprises natural gas, methane, propane, butane, or a combination thereof; igniting the gas mixture to form a premixed laminar flame; feeding a chemical precursor and a chemical additive into the premixed laminar flame to form a surface engineering flame, wherein the chemical precursor comprises a silicon-containing compound; directing the surface engineering flame onto the metal substrate surface, wherein a thin film is deposited onto the metal substrate surface, wherein the thin film is a dense amorphous silicate thin film in contact with greater than 80% of the surface or the surface engineered metal substrate, wherein the surface engineered metal substrate is a 1xxx series aluminum alloy, a 2xxx series aluminum alloy, a 3xxx series aluminum alloy, a 4xxx series aluminum alloy, a 5xxx series aluminum alloy, a 6xxx series aluminum alloy, 7xxx series aluminum alloy, or an 8xxx series aluminum alloy, wherein the aluminum alloy is provided in an F temper, and wherein the oxidizer and the combustible gas are present in the gas mixture in a molar ratio of from 1:1 to 10:1. combining an oxidizer and a combustible gas to form a gas mixture, wherein the combustible gas comprises natural gas, methane, propane, butane, or a combination thereof; igniting the gas mixture to form a premixed laminar flame; feeding a chemical precursor and a chemical additive into the premixed laminar flame to form a surface engineering flame, wherein the chemical precursor comprises a silicon-containing compound; directing the surface engineering flame onto the metal substrate surface, wherein a thin film is deposited onto the metal substrate surface, wherein the thin film is a dense amorphous silicate thin film in contact with greater than 80% of the surface or the surface engineered metal substrate, wherein the surface engineered metal substrate is a 1xxx series aluminum alloy, a 2xxx series aluminum alloy, a 3xxx series aluminum alloy, a 4xxx series aluminum alloy, a 5xxx series aluminum alloy, a 6xxx series aluminum alloy, 7xxx series aluminum alloy, or an 8xxx series aluminum alloy, wherein the aluminum alloy is provided in an F temper, and wherein the oxidizer and the combustible gas are present in the gas mixture in a molar ratio of from 1:1 to 10:1.
A method comprising: detecting, by a base station, BS, a failure of an interface between the BS and a core network , BS-core network interface, ; sending, by the BS , a failure notification message to one or more mobile stations, MSs, of a cell indicating the failure of the BS-core network interface ; selecting, by the BS , one or more of the MSs to be a security agent, SA , wherein the SA is capable of authenticating other MSs ; and sending a SA configuration message to one or more of the MSs , the SA configuration message including a service identification identifying one or more services, one or more user group IDs identifying one or more user groups for which the MS has been configured as a security agent to perform the one or more identified services, and a BS access key to allow one or more other MSs to access or establish a connection with the BS . detecting, by a base station, BS, a failure of an interface between the BS and a core network , BS-core network interface, ; sending, by the BS , a failure notification message to one or more mobile stations, MSs, of a cell indicating the failure of the BS-core network interface ; selecting, by the BS , one or more of the MSs to be a security agent, SA , wherein the SA is capable of authenticating other MSs ; and sending a SA configuration message to one or more of the MSs , the SA configuration message including a service identification identifying one or more services, one or more user group IDs identifying one or more user groups for which the MS has been configured as a security agent to perform the one or more identified services, and a BS access key to allow one or more other MSs to access or establish a connection with the BS .
Rebamipide for use in a method of preventive treatment of a synucleinopathy in persons suffering from increased intestinal permeability or in persons who are at risk of increased intestinal permeability.
A passenger restraint system for a roller coaster, designed to maintain a passenger (P) in an essentially upright posture, the passenger restraint system comprising a fixed column and a seat column designed to support and hold the passenger (P), which seat column is coupled to the fixed column so as to be movable relative to the fixed column and to be adjustable to the size of the passenger (P) during an embarkation phase, characterized in that the seat column is coupled to the fixed column by means of an articulated linkage , and in that the passenger restraint system further comprises a device for balancing the seat column , which balancing device comprises a cylinder fixed, at a first articulated end , to the fixed column and, at a second articulated end , to the seat column .
A method of authenticating an electronic mail, comprising: parsing a header of the electronic mail to obtain a header IP address of an originator of the electronic mail and to obtain a purported domain name of a purported sender of the electronic mail ; interrogating a "WHOIS" database with the purported domain name to obtain an associated IP address associated with the purported domain name; comparing the header IP address and the associated IP address; and generating an authenticity indicator for the electronic mail for presentation to a recipient of the electronic mail , the authenticity indicator being generated based on the comparison of the header IP address and the associated IP address, the authenticity indicator indicating a likelihood that the electronic mail was sent from the purported sender of the electronic mail . parsing a header of the electronic mail to obtain a header IP address of an originator of the electronic mail and to obtain a purported domain name of a purported sender of the electronic mail ; interrogating a "WHOIS" database with the purported domain name to obtain an associated IP address associated with the purported domain name; comparing the header IP address and the associated IP address; and generating an authenticity indicator for the electronic mail for presentation to a recipient of the electronic mail , the authenticity indicator being generated based on the comparison of the header IP address and the associated IP address, the authenticity indicator indicating a likelihood that the electronic mail was sent from the purported sender of the electronic mail .
The use of an adhesion promotor P for improving adhesion on a substrate surface of a Real Michael Addition (RMA) crosslinkable coating composition comprising a reactive component A with at least two acidic protons C-H in activated methylene or methine groups, a reactive component B with at least two activated unsaturated C=C groups, a catalyst C for catalyzing the RMA crosslinking reaction between components A and B, optionally a reactivity moderator D and optionally an organic solvent T, said adhesion promotor P comprising a moiety comprising one or more functional groups X or precursors thereof reactable with component A or component B and a moiety comprising one or more functional groups Y or precursors thereof that adsorb or react with the substrate surface not being an alkoxysilane group.