mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a spool ; a turbine coupled with said spool ; a propulsor coupled to be rotated at a design speed about an axis by said turbine through said spool ; and a gear assembly coupled between said propulsor and said spool such that rotation of said turbine drives said propulsor at a different speed than said spool , wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub , each of said propulsor blades includes an airfoil body that extends in a radial span between a root and a tip , in a chord direction between a leading edge and a trailing edge and in a thickness direction between a pressure side and a suction side, characterized in that : said leading edge of the airfoil body has a swept profile such that, at the design speed, a component of a relative velocity vector of a working gas that is normal to the leading edge is subsonic along the entire radial span, said swept profile being as illustrated in Figure 4A of the drawings. a spool ; a turbine coupled with said spool ; a propulsor coupled to be rotated at a design speed about an axis by said turbine through said spool ; and a gear assembly coupled between said propulsor and said spool such that rotation of said turbine drives said propulsor at a different speed than said spool , wherein said propulsor includes a hub and a row of propulsor blades that extend from said hub , each of said propulsor blades includes an airfoil body that extends in a radial span between a root and a tip , in a chord direction between a leading edge and a trailing edge and in a thickness direction between a pressure side and a suction side, characterized in that : said leading edge of the airfoil body has a swept profile such that, at the design speed, a component of a relative velocity vector of a working gas that is normal to the leading edge is subsonic along the entire radial span, said swept profile being as illustrated in Figure 4A of the drawings. said leading edge of the airfoil body has a swept profile such that, at the design speed, a component of a relative velocity vector of a working gas that is normal to the leading edge is subsonic along the entire radial span, said swept profile being as illustrated in Figure 4A of the drawings.
A method in a Network Exposure Function, NEF, entity for facilitating provision of Location Service, LCS, comprising: - receiving from an Application Function, AF, entity a monitoring event subscription message requesting for location reporting of a current location of a terminal device; - transmitting a monitoring event configuration request to configure location reporting on an Access and Mobility Management Function, AMF, entity; - receiving from the AMF entity a monitoring event indication containing an indication of a cell in which the terminal device is currently located, wherein the receipt of the monitoring event indication indicates that the terminal device is currently reachable; - when the monitoring event indication is received from the AMF entity, transmitting to an LCS node a request for the current location of the terminal device; - receiving from the LCS node the current location of the terminal device; and - transmitting to the AF entity a monitoring event subscription response message containing the current location of the terminal device. - receiving from an Application Function, AF, entity a monitoring event subscription message requesting for location reporting of a current location of a terminal device; - transmitting a monitoring event configuration request to configure location reporting on an Access and Mobility Management Function, AMF, entity; - receiving from the AMF entity a monitoring event indication containing an indication of a cell in which the terminal device is currently located, wherein the receipt of the monitoring event indication indicates that the terminal device is currently reachable; - when the monitoring event indication is received from the AMF entity, transmitting to an LCS node a request for the current location of the terminal device; - receiving from the LCS node the current location of the terminal device; and - transmitting to the AF entity a monitoring event subscription response message containing the current location of the terminal device.
A method of controlling an antenna system configuration to provide a satisfactory communication link with a target, the method comprising: turning on a first powered antenna, thereby entering a first antenna system configuration; determining if the first antenna system configuration can provide the satisfactory communication link with the target; and if the first antenna system configuration cannot provide the satisfactory communication link entering a second antenna system configuration, wherein in addition to the first powered antenna at least one further antenna is used to form a portion of a directed array in order to steer an antenna system beam towards the target, the further antenna being selectably configurable into one of a powered mode in which the further antenna operates as a second powered antenna in the second antenna system configuration and a resonating mode in which the further antenna operates as a directionally tuned parasitic antenna in the second antenna system configuration, the further antenna also having an inactive mode in which the further antenna is disconnected from the antenna system in the first antenna system configuration. turning on a first powered antenna, thereby entering a first antenna system configuration; determining if the first antenna system configuration can provide the satisfactory communication link with the target; and if the first antenna system configuration cannot provide the satisfactory communication link entering a second antenna system configuration, wherein in addition to the first powered antenna at least one further antenna is used to form a portion of a directed array in order to steer an antenna system beam towards the target, the further antenna being selectably configurable into one of a powered mode in which the further antenna operates as a second powered antenna in the second antenna system configuration and a resonating mode in which the further antenna operates as a directionally tuned parasitic antenna in the second antenna system configuration, the further antenna also having an inactive mode in which the further antenna is disconnected from the antenna system in the first antenna system configuration.
A hinge for a building door frame, comprising a fixed frame and a door leaf pivoting relative to the fixed frame, said hinge including a male portion provided with a revolving pin and a female portion provided with a base receiving and cooperating with said pin so as to form a pivot connection between the door leaf and the fixed frame, said female portion being adapted to be fastened to a crosspiece of the fixed frame, said hinge further including a cap concealing the pin and the base at least partially, characterised in that said male portion comprises a lower insert and a locking insert , and is adapted to be fastened in a post of the door leaf by screws of the hinge which, in the mounted state, clamp, in that order, the lower insert and the locking insert against a profile of the post, said locking insert being a profile which, in the mounted state, is completely housed within an internal volume of said post, the base including a bore receiving at least one first portion of the pin , at least one second portion of said pin opposite to said first portion is, in turn, housed within a bore of the lower insert .
Method for operating a PFC circuit , with the method steps: - applying (S1) a supply voltage (V in ); - comparing (S2) an output value (V Bus ) of the PFC circuit with a first threshold value (TH2); and - activating (S3) a PFC switching signal (clk) to a switching element (M1) of the PFC circuit in order to start (S4) the power factor correction if the output value (V Bus ) of the PFC circuit is above the first threshold value (TH2).. wherein, after the activation step (S3), the output value (V Bus ) of the PFC circuit is compared (S5) with a second threshold value (TH1), and wherein a safety shutdown is activated if the output value (V Bus ) of the PFC circuit is below the second threshold value (TH1). - applying (S1) a supply voltage (V in ); - comparing (S2) an output value (V Bus ) of the PFC circuit with a first threshold value (TH2); and - activating (S3) a PFC switching signal (clk) to a switching element (M1) of the PFC circuit in order to start (S4) the power factor correction if the output value (V Bus ) of the PFC circuit is above the first threshold value (TH2)..
A table comprising: a table top ; a heating appliance comprising a fire box with a fire box chamber and a chamber opening at a top of said fire box for placing inside said fire box combustible fuel with which said heating appliance is used, said fire box chamber having a combustible fuel holder , and said heating appliance having a first air inlet for supplying an air flow to said fire box chamber for combusting said combustible fuel, said first air inlet being through a side wall of said fire box ; and a heating appliance holder holding said heating appliance , said heating appliance holder comprising a holder main body , and a table top holder for holding said table top , characterized in that said heating appliance includes a fire door for closing said opening ; said heating appliance includes a second air inlet for supplying an air flow to said fire box chamber for combusting said combustible fuel, wherein said second air inlet is through said side wall of said fire box , and said first air inlet is above said combustible fuel holder and said second air inlet is below said combustible fuel holder ; said heating appliance includes a first control valve adjacent said side wall of said fire box for controlling the supply of air through said first and second air flow inlets , and a first actuator for actuating said first control valve , wherein said first actuator extends above said holder main body ; and said table top holder is spaced apart from said holder main body by at least one gap . said heating appliance includes a fire door for closing said opening ; said heating appliance includes a second air inlet for supplying an air flow to said fire box chamber for combusting said combustible fuel, wherein said second air inlet is through said side wall of said fire box , and said first air inlet is above said combustible fuel holder and said second air inlet is below said combustible fuel holder ; said heating appliance includes a first control valve adjacent said side wall of said fire box for controlling the supply of air through said first and second air flow inlets , and a first actuator for actuating said first control valve , wherein said first actuator extends above said holder main body ; and said table top holder is spaced apart from said holder main body by at least one gap .
A process for the preparation of Hexanoic acid, 6-(nitrooxy)-, -3-[ -2-[ -7-(ethylammo)-7-oxo-2-hepten-1-yl]-3,5-dihydroxycyclopentyl]-1-(2-phenylethyl)-2-propen-1-yl ester of formula (I): said process comprising the following steps: a) reacting compound of formula (II): with 6-(nitrooxy)hexanoyl chloride of formula (IV): in the presence of 4-dimethylaminopyridine in free form, to obtain compound of formula (III): b) removing the boronate protective group of compound of formula (III) to obtain compound of formula (I). a) reacting compound of formula (II): with 6-(nitrooxy)hexanoyl chloride of formula (IV): in the presence of 4-dimethylaminopyridine in free form, to obtain compound of formula (III): b) removing the boronate protective group of compound of formula (III) to obtain compound of formula (I).
A motor comprising a motor carrier made at least partially from a sheet metal material , a movable motor part (120; 140), a spring element (121; 122; 141; 142) that couples the movable motor part (120; 140) with the motor carrier , characterized in that the sheet metal material comprises at least one coupling area (111A; 112A) where the sheet metal material is folded so that two layers (113B, 114B; 115B, 116B) of sheet metal material are arranged vis-à-vis to each other and each of the two layers comprises a slot , which slots are aligned with each other and through which aligned slots a connection extension (1411B; 1412B) of the spring element extends (121; 122; 141; 142). a motor carrier made at least partially from a sheet metal material , a movable motor part (120; 140), a spring element (121; 122; 141; 142) that couples the movable motor part (120; 140) with the motor carrier , characterized in that the sheet metal material comprises at least one coupling area (111A; 112A) where the sheet metal material is folded so that two layers (113B, 114B; 115B, 116B) of sheet metal material are arranged vis-à-vis to each other and each of the two layers comprises a slot , which slots are aligned with each other and through which aligned slots a connection extension (1411B; 1412B) of the spring element extends (121; 122; 141; 142).
A composition comprising a fructosamine-3-kinase and adenosine tri phosphate (ATP) for use to treat age-related macular degeneration, diabetic retinopathy and/or diabetic macular edema in a human or an animal.
An article (100; 130; 160; 400), comprising: a substrate including an optical unit (12A'/12M' - 12A"/12M'; 112a-112b; 136a-136b;172a-172b; 175a-175d;182; 185; 187a-187e; 197; 200; 300; 402) disposed on a surface of the substrate, wherein the optical unit includes a first base unit and one or more second units positioned on one or more areas of the first base unit, wherein the first base unit imparts a first structural color , wherein each of the second units impart one or more second structural colors , wherein each second unit imparts the same or a different second structural color, wherein the first structural color and the one or more second structural colors are different in a hue, a lightness, a chroma, or any combination thereof when viewed from the same angle of observation by someone with 20 20 visual acuity, wherein the first base unit includes at least one layer (412A-412E), wherein the at least one second unit includes at least one layer (422A-422D, 424A-424D), wherein the at least one second unit positioned on one or more areas does not cover the entire area of the first base unit.
A method of recognizing gestures for real-time interaction with a screen , comprising: capturing, with a motion and depth sensor, three-dimensional, 3D, data describing pose, speed, and movement information of skeletal joints of a user ; detecting, with a processor, a pointing action by the user from the 3D data; computing, with the processor, an initial estimate of a location pointed by the user ; highlighting, with the processor, a portion of the screen around the initial estimate; tracking, with the processor, the pointing action of the user to obtain the direction of motion; and performing, with the processor, a series of iterations of modifying the highlighted region, wherein in every iteration, the highlighted region expands or shrinks based on the detected pointing action, so as to obtain real-time feedback from the user to obtain the accurate location that the user intends to point to. capturing, with a motion and depth sensor, three-dimensional, 3D, data describing pose, speed, and movement information of skeletal joints of a user ; detecting, with a processor, a pointing action by the user from the 3D data; computing, with the processor, an initial estimate of a location pointed by the user ; highlighting, with the processor, a portion of the screen around the initial estimate; tracking, with the processor, the pointing action of the user to obtain the direction of motion; and performing, with the processor, a series of iterations of modifying the highlighted region, wherein in every iteration, the highlighted region expands or shrinks based on the detected pointing action, so as to obtain real-time feedback from the user to obtain the accurate location that the user intends to point to.
A child resistant laminate package comprising a first panel and at least two second panels joined to the first panel , wherein the second panels are disposed in a plane which is different from the plane of the first panel, and wherein the first and at least two second panels comprise: an inner layer; an outer layer; an adhesive layer disposed between the inner layer and the outer layer; wherein the outer film layer is scored to form at least one peelable flap portion comprising at least one tab which is continuous with the peelable flap portion , wherein the at least one tab is disposed at least partially on one of the at least two second panels ; wherein the inner layer is scored to form at least one access point into the package , wherein the at least one access point is disposed at least partially within the location of the peelable flap portion ; wherein the access point is disposed at least partially in the first panel ; characterised in that at least one decoy tab is disposed on at least one of the second panels such that the at least one decoy tab is not scoredly continuous with the peelable flap portion . an inner layer; an outer layer; an adhesive layer disposed between the inner layer and the outer layer; wherein the outer film layer is scored to form at least one peelable flap portion comprising at least one tab which is continuous with the peelable flap portion , wherein the at least one tab is disposed at least partially on one of the at least two second panels ; wherein the inner layer is scored to form at least one access point into the package , wherein the at least one access point is disposed at least partially within the location of the peelable flap portion ; wherein the access point is disposed at least partially in the first panel ; characterised in that at least one decoy tab is disposed on at least one of the second panels such that the at least one decoy tab is not scoredly continuous with the peelable flap portion .
Method for manufacturing a battery , in particular for a motor vehicle, in the case of which electrical connections of a plurality of battery cells , which have respectively one single galvanic element accommodated in a battery cell housing of the respective battery cell , are connected by means of at least one electrically conductive connecting element such that a nominal voltage is provided by the battery which is greater than the nominal voltage of one of the battery cells , characterised in that after the connecting of the electrical connections of at least two battery cells at least one switching element of one of the battery cells , which is disposed within the battery cell housing between an arrester of the galvanic element and at least one of the electrical connections of the battery cell , is converted into a switching state, in which an electrically conducting connection is established between the arrester and the at least one electrical connection of the battery cell , wherein the arrester of the galvanic element leads to one of the electrical connections of the battery cell , wherein a control unit , disposed in the same way as the switching element within the battery cell housing , of the battery cell having the at least one switching element actuates the switching element in order to convert the switching element into the switching state in which the electrically conducting connection is established, wherein a command is transmitted from a superordinate control device of the battery to the control unit to actuate the switching element , and wherein by means of the control unit criteria are predetermined, at the fulfilling of which the at least one switching element is switched such that the electrically conducting connection is established.
A transmission device comprising: an optoelectrical converter that performs high dynamic range optoelectrical conversion on high dynamic range video data to obtain transmission video data; an encoding unit that applies encoding processing to the transmission video data to obtain a video stream; a transmitter that transmits a container in a predetermined format including the video stream; and an information inserter that inserts meta information indicating an electrooptical conversion characteristic corresponding to a characteristic of the high dynamic range optoelectrical conversion into a parameter set field in the video stream; wherein the information inserter further inserts meta information for display control into a field different from the parameter set field in the video stream; wherein the meta information for display control includes one or more of (a) peak brightness information; (b) field information indicating a field where the display brightness adjustment is allowed; and (c) information indicating whether display brightness adjustment for the video stream is prohibited. an optoelectrical converter that performs high dynamic range optoelectrical conversion on high dynamic range video data to obtain transmission video data; an encoding unit that applies encoding processing to the transmission video data to obtain a video stream; a transmitter that transmits a container in a predetermined format including the video stream; and an information inserter that inserts meta information indicating an electrooptical conversion characteristic corresponding to a characteristic of the high dynamic range optoelectrical conversion into a parameter set field in the video stream; wherein the information inserter further inserts meta information for display control into a field different from the parameter set field in the video stream; wherein the meta information for display control includes one or more of (a) peak brightness information; (b) field information indicating a field where the display brightness adjustment is allowed; and (c) information indicating whether display brightness adjustment for the video stream is prohibited.