mhurhangee/patent-ind-claim-en huggingface dataset:
Blade of a turbomachine comprising: a blade body of composite material having a fiber reinforcement having a three-dimensional weave and densified by a matrix, the fiber reinforcement having a longitudinal direction corresponding to the longitudinal direction of the blade and having, in this longitudinal direction, a first part extended by a second, end, part, the second part comprising two segments separated from each other from the junction between the first and second parts to a free end of the fiber reinforcement; and an insert having a pi-shaped section, the insert having a platform part extending perpendicularly to the longitudinal direction, and two longitudinal flanges separated from each other by a space, the platform part comprising a housing delimited by a bottom wall and a rim, the bottom wall including an opening communicating with the space between the two flanges, the first part of the fiber reinforcement of the blade body being clamped between the two flanges of the insert, the segments of the second part of the fiber reinforcement being folded on either side of the first part against the bottom wall of the housing of the insert. a blade body of composite material having a fiber reinforcement having a three-dimensional weave and densified by a matrix, the fiber reinforcement having a longitudinal direction corresponding to the longitudinal direction of the blade and having, in this longitudinal direction, a first part extended by a second, end, part, the second part comprising two segments separated from each other from the junction between the first and second parts to a free end of the fiber reinforcement; and an insert having a pi-shaped section, the insert having a platform part extending perpendicularly to the longitudinal direction, and two longitudinal flanges separated from each other by a space, the platform part comprising a housing delimited by a bottom wall and a rim, the bottom wall including an opening communicating with the space between the two flanges, the first part of the fiber reinforcement of the blade body being clamped between the two flanges of the insert, the segments of the second part of the fiber reinforcement being folded on either side of the first part against the bottom wall of the housing of the insert.
A CSP system comprising a reflector, the reflector being a parabolic trough, and a receiver, the receiver being a receiver tube, for concentrating the solar radiation incident on the reflector onto the receiver, comprising a shadow blind, the shadow blind being the receiver tube, and a shadow receiver as well as a colour and/or brightness digitizing sensor and a tracking means configured to adapt the position of the reflector and the receiver according to a deviation of an actual shadow position from a target shadow position, characterized in that the sensor is a camera arranged to detect the shadow of the shadow blind on the shadow receiver in order to determine the deviation of the actual shadow position from the target shadow position by digital image processing.
A software application configured to run on a computing platform , wherein the software application performs a method of generating a routable open area map based on an end user-generated digital image of a layout of a walkable area, the image including lines depicting barriers in the walkable area, the method comprising: applying, as a grid layer, a grid on a pedestrian-accessible area within the image, the grid comprising a plurality of contiguous tiles ; and generating a routable map by: identifying a plurality of reference image objects in the image , the reference image objects defined by barriers in the image and corresponding to rooms, areas or spaces in the walkable area; generating, in a spatial layer separate from the grid layer, a plurality of reference regions by forming borders corresponding to the barriers defining the respective reference image objects; and compiling the plurality of reference regions with the grid by linking one or more corresponding tiles of the grid with each of the plurality of reference regions, wherein the routable map is configured to be useable to generate a path between two points of the layout associated with different reference regions, the path being comprised of adjacent tiles of the grid. applying, as a grid layer, a grid on a pedestrian-accessible area within the image, the grid comprising a plurality of contiguous tiles ; and generating a routable map by: identifying a plurality of reference image objects in the image , the reference image objects defined by barriers in the image and corresponding to rooms, areas or spaces in the walkable area; generating, in a spatial layer separate from the grid layer, a plurality of reference regions by forming borders corresponding to the barriers defining the respective reference image objects; and compiling the plurality of reference regions with the grid by linking one or more corresponding tiles of the grid with each of the plurality of reference regions, wherein the routable map is configured to be useable to generate a path between two points of the layout associated with different reference regions, the path being comprised of adjacent tiles of the grid. identifying a plurality of reference image objects in the image , the reference image objects defined by barriers in the image and corresponding to rooms, areas or spaces in the walkable area; generating, in a spatial layer separate from the grid layer, a plurality of reference regions by forming borders corresponding to the barriers defining the respective reference image objects; and compiling the plurality of reference regions with the grid by linking one or more corresponding tiles of the grid with each of the plurality of reference regions, wherein the routable map is configured to be useable to generate a path between two points of the layout associated with different reference regions, the path being comprised of adjacent tiles of the grid.
An autoinjector comprising an external shell , a reservoir containing fluid product and comprising a piston and a needle, such as a prefilled syringe (A), said autoinjector comprising a piston rod adapted to cooperate with the piston of said reservoir, said piston rod being moveable between a loaded position and an injection position in which said piston rod has moved the piston of the reservoir to inject the fluid product through the needle, an injection spring being provided to stress said piston rod towards its injection position, the autoinjector comprising a mobile element (1004; 1006), containing at least partially said piston rod and said injection spring , said piston rod being moveable relative to said mobile element (1004; 1006) during the injection phase, said autoinjector comprising a sound and/or tactile indication device comprising a key , said key comprising a rod part that extends inside the piston rod , and a head part , characterized in that said mobile element comprises at least one deformable tab (1510; 1520), said head part of said key cooperating prior to injection with said at least one deformable tab (1510; 1520) to prevent any radial deformation thereof, blocking said mobile element (1004; 1006) relative to said external shell , said piston rod , on completion of injection, exerting via said rod part of said key traction on said head part of said key , causing movement of said key relative to said at least one deformable tab (1510; 1520), accordingly enabling radial deformation of said at least one deformable tab (1510; 1520) and axial movement of said mobile element (1004; 1006) under the effect of said injection spring , said movement generating a sound and/or tactile indication for the user.
Fuel cell system with a fuel cell stack , a starter burner , an afterburner module and a fresh air-exhaust gas heat exchanger , wherein in the fuel cell stack an electrochemical reaction takes place from which electric current flows, the exhaust gases of the fuel cell stack are directed into the afterburner module , the fresh air-exhaust gas heat exchanger is connected on one side to the afterburner output of the afterburner module and an exhaust gas output and on the other side to a fresh air supply and the fresh air inlet of the fuel cell stack , and the starter burner is connected to the fuel cell stack such that the exhaust gases of the starter burner are directed to the fuel cell stack , characterised in that the starter burner has a first combustion chamber in a starter burner module , the afterburner module has a second combustion chamber , the fuel cell stack , the afterburner module and the starter burner module are connected next to one another, and in that in the first combustion chamber of the starter burner module a first load island is located which is positioned directly below a second load island in the second combustion chamber of the afterburner module .
An air-fuel ratio control system of a multi-cylinder internal combustion engine provided with, as an intake air amount control means, a throttle valve and an opening characteristic control means for controlling a working angle and/or valve lift of at least one of an intake valve and exhaust valve , which system controls a fuel injection amount based on an output of a sensor detecting an air-fuel ratio of exhaust gas flowing through an exhaust passage and/or a sensor detecting an oxygen concentration of exhaust gas flowing through an exhaust passage so as to perform air-fuel ratio feedback control, wherein in said feedback control, learning control is performed in which a relationship of the output of said sensor and a feedback value is corrected based on a feedback learning correction value learned and determined based on the output of said sensor during said feedback control, said air-fuel ratio control system of a multi-cylinder internal combustion engine being characterized in that said feedback learning correction value is newly learned and determined only when said working angle and/or valve lift is a predetermined value or more, wherein said predetermined value is determined so that the effect on the intake air amount due to difference in the working angle and/or valve lift is sufficiently small.
A method of processing received signals by a multiple input multiple output, MIMO, receiver including a plurality of antennas, the method comprising: selecting a reference resource element, RE, from an RE group including a plurality of REs; generating a common filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; detecting primary signals, from which channel influence is removed, of the plurality of REs by applying the common filter to received signals of the plurality of REs; generating secondary signals by compensating for primary signals of REs except for the reference RE among the plurality of REs using a conjugate gradient, CG, algorithm, based on channel information of each REs repeatedly until errors between results computed using the channel information of each REs instead of the common filter and the compensated primary signals are less than a threshold; and decoding the primary signal of the reference RE and the secondary signals of the REs except for the reference RE among the plurality of REs. selecting a reference resource element, RE, from an RE group including a plurality of REs; generating a common filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; detecting primary signals, from which channel influence is removed, of the plurality of REs by applying the common filter to received signals of the plurality of REs; generating secondary signals by compensating for primary signals of REs except for the reference RE among the plurality of REs using a conjugate gradient, CG, algorithm, based on channel information of each REs repeatedly until errors between results computed using the channel information of each REs instead of the common filter and the compensated primary signals are less than a threshold; and decoding the primary signal of the reference RE and the secondary signals of the REs except for the reference RE among the plurality of REs.
A method for use in monitoring, over an extended period, the respiration rate of produce contained in a container, the container having an atmosphere control system including sensor means to measure the concentration of one or more constituent gases in the container, and a controller programmed to operate in one of two modes, namely atmosphere control mode and respiration rate monitoring mode, wherein: atmosphere control mode (CA mode) involves measuring the concentration of one or more constituent gases at prescribed atmosphere control (CA mode) sampling intervals; and effecting adjustment of the atmosphere in the container in response to said measurement, respiration rate monitoring mode (RRM mode) involves measuring the concentration of one or more constituent gases in the container as the produce respires at prescribed respiration rate (RRM mode) sampling intervals, and wherein the method includes, at intervals during said extended period, suspending said CA mode and initiating said RRM mode and, in accordance with a set RRM mode end trigger, discontinuing said RRM mode and recommencing said CA mode. atmosphere control mode (CA mode) involves measuring the concentration of one or more constituent gases at prescribed atmosphere control (CA mode) sampling intervals; and effecting adjustment of the atmosphere in the container in response to said measurement, respiration rate monitoring mode (RRM mode) involves measuring the concentration of one or more constituent gases in the container as the produce respires at prescribed respiration rate (RRM mode) sampling intervals, and wherein the method includes, at intervals during said extended period, suspending said CA mode and initiating said RRM mode and, in accordance with a set RRM mode end trigger, discontinuing said RRM mode and recommencing said CA mode.
A system for filling a toner container with toner, the system comprising: a base ; a receiving portion supported by the base and defining a chamber , the receiving portion including an opened end configured to receive the toner container; and a vacuum source in fluid communication with the chamber, wherein the chamber has a first pressure and the toner container has a second pressure, and the vacuum source is configured to create a pressure differential between the first pressure and the second pressure, so that the filling of the toner container with the toner is at least partially performed by the pressure differential between the first pressure and the second pressure. a base ; a receiving portion supported by the base and defining a chamber , the receiving portion including an opened end configured to receive the toner container; and a vacuum source in fluid communication with the chamber,
Underwater ultrasound transducer for underwater communications comprising an assembly of a backing structure, characterised in that it further comprises a plurality of multi-layer piezoelectric polymer films (S) attached to a surface of said backing structure, wherein said surface has a shape of a torus or of part of a torus and each said film has a shape of part of a cylindrical segment, wherein said films are arranged in and around the outer half-surface of the torus shape.
A speckle-image-correlation optical displacement sensing readhead , the readhead providing speckle pattern images used to determine a relative displacement measurement along at least a first measurement axis relative to a member having a surface that gives rise to speckles when illuminated with coherent radiation, the readhead comprising: a coherent light source that emits a light beam that illuminates a portion of the surface to produce a speckle pattern that corresponds to the illuminated portion, the illuminated portion depending on the relative displacement; a readhead optical system having a nominal focal plane, the readhead optical system including an image detector positioned along an optical path of the readhead optical system to receive an image of the speckle pattern; and at least one stabilizing element, wherein the stabilizing element stabilizes the speckle pattern images used to determine the relative displacement measurement with respect to potential changes in the speckle pattern that might otherwise occur due to causes other than the relative displacement along at least a first measurement axis, the at least one stabilizing element comprising a warm-up period monitoring system that provides a signal when the speckle pattern images used to determine a relative displacement measurement are nominally stable. a coherent light source that emits a light beam that illuminates a portion of the surface to produce a speckle pattern that corresponds to the illuminated portion, the illuminated portion depending on the relative displacement; a readhead optical system having a nominal focal plane, the readhead optical system including an image detector positioned along an optical path of the readhead optical system to receive an image of the speckle pattern; and at least one stabilizing element, wherein the stabilizing element stabilizes the speckle pattern images used to determine the relative displacement measurement with respect to potential changes in the speckle pattern that might otherwise occur due to causes other than the relative displacement along at least a first measurement axis, the at least one stabilizing element comprising a warm-up period monitoring system that provides a signal when the speckle pattern images used to determine a relative displacement measurement are nominally stable.
A cable tie comprising a head and a strap , wherein the head is configured to be coupled to a section of the strap when a rear end of the strap is guided through the head , wherein the head further comprises a reception space configured to receive a bolt element , wherein a front end of the strap is attached to a base of the head via a curved section in the uncoupled state of the cable tie , with the strap extending in parallel to a depth of the reception space in said uncoupled state, wherein the head comprises a pawl to couple the head to the section of the strap , when the rear end of the strap is guided through the head , and wherein the pawl is disposed on the side of the head remote from the base , with the reception space being formed between the pawl and the base .
Component for a fluid flow engine, such as a gas turbine , comprising a first side , e.g. a top side and a second side , e.g. a bottom side, wherein the component further comprises a mesh of interior channels for guiding a fluid through the component , wherein a fluid inlet being in fluid communication with channels of the mesh is provided at the first side and at the second side , respectively, and wherein the mesh is further arranged and configured such that channels originating from the fluid inlet of the first side and channels originating from the fluid inlet of the second side are interlaced such that a fluid entering the component is at least partly guided according to opposing directions (FD) in the mesh , characterised in that the channels taper or lead into smaller channels of the mesh in a direction corresponding to a fluid flow direction (FD), and wherein the mesh is configured such that the channels are branched and configured such that each channel leads into a plurality of fluid outlets .
A lubricating oil composition comprising a base oil, a thiophosphate compound (A) represented by the following general formula (I) and two or more kinds of phosphate compound (B) not containing a sulfur atom selected from triphosphate or acid phosphate compound represented by the following general formula (b1), wherein the lubricating oil composition does not substantially contain a molybdenum-based compound, and wherein the content of the component (A) is, based on the total amount of the lubricating oil composition, 0.1 % by mass or more and 1.0 % by mass or less, the content of the component (B) is, based on the total amount of the lubricating oil composition, 0.1 % by mass or more and 1.5 % by mass or less, and the molybdenum atom-equivalent content of the molybdenum-based compound is less than 100 ppm by mass based on the total amount of the lubricating oil composition: wherein R 1 , R 2 and R 3 each independently represent an aryl group having 6 to 12 ring carbon atoms, and the aryl group may be substituted with an alkyl group having 1 to 3 carbon atoms; and wherein R 14 represents a hydrocarbon group having 2 to 24 carbon atoms, m represents 1, 2 or 3, and when m is 2 or 3, plural R 14 O's may be the same as or different from each other. two or more kinds of phosphate compound (B) not containing a sulfur atom selected from triphosphate or acid phosphate compound represented by the following general formula (b1), wherein the lubricating oil composition does not substantially contain a molybdenum-based compound, and wherein the content of the component (A) is, based on the total amount of the lubricating oil composition, 0.1 % by mass or more and 1.0 % by mass or less, the content of the component (B) is, based on the total amount of the lubricating oil composition, 0.1 % by mass or more and 1.5 % by mass or less, and the molybdenum atom-equivalent content of the molybdenum-based compound is less than 100 ppm by mass based on the total amount of the lubricating oil composition: wherein R 1 , R 2 and R 3 each independently represent an aryl group having 6 to 12 ring carbon atoms, and the aryl group may be substituted with an alkyl group having 1 to 3 carbon atoms; and wherein R 14 represents a hydrocarbon group having 2 to 24 carbon atoms, m represents 1, 2 or 3, and when m is 2 or 3, plural R 14 O's may be the same as or different from each other.
An apparatus comprising: means for processing a data block to obtain multiple output blocks; means for generating at least two bursts for each output block, wherein the at least two bursts comprise overhead fields, wherein the overhead fields include training sequence fields, guard periods, stealing flag fields, and tail bit fields, combining or aggregating of at least two time slots of a respective frame, wherein the at least two bursts sent in these time slots share or remove overhead fields such that the data capacity of the at least two bursts is increased; and means for sending the at least two bursts for each output block in the at least two time slots of the respective frame, one burst in each time slot, and wherein bursts for different output blocks are sent in different frames. means for processing a data block to obtain multiple output blocks; means for generating at least two bursts for each output block, wherein the at least two bursts comprise overhead fields, wherein the overhead fields include training sequence fields, guard periods, stealing flag fields, and tail bit fields, combining or aggregating of at least two time slots of a respective frame, wherein the at least two bursts sent in these time slots share or remove overhead fields such that the data capacity of the at least two bursts is increased; and means for sending the at least two bursts for each output block in the at least two time slots of the respective frame, one burst in each time slot, and wherein bursts for different output blocks are sent in different frames.