mhurhangee/patent-ind-claim-en huggingface dataset:
A plaster, in particular intended for acoustic correction, comprising: - at least one mineral binder, - aggregates, including: ∘ light aggregates, the density of which is at most 700 kg/m3, in a content of at least 4% and of at most 20% by weight relative to the weight of the plaster, ∘ heavy aggregates, the density of which is at least 1500 kg/m3, in a content of at least 50% by weight relative to the weight of the plaster, the weight fraction of aggregates having a size of at least 0.5 mm being at least 40%, wherein the size of the aggregates is understood to mean the equivalent diameter determined by dry screening, said plaster having a density ranging from 700 to 1200 kg/m 3 and an air flow resistivity according to the standard ISO 9053:1991 ranging from 1×10 4 N.s.m -4 to 5×10 5 N.s.m -4 . - at least one mineral binder, - aggregates, including: ∘ light aggregates, the density of which is at most 700 kg/m3, in a content of at least 4% and of at most 20% by weight relative to the weight of the plaster, ∘ heavy aggregates, the density of which is at least 1500 kg/m3, in a content of at least 50% by weight relative to the weight of the plaster, ∘ light aggregates, the density of which is at most 700 kg/m3, in a content of at least 4% and of at most 20% by weight relative to the weight of the plaster, ∘ heavy aggregates, the density of which is at least 1500 kg/m3, in a content of at least 50% by weight relative to the weight of the plaster, the weight fraction of aggregates having a size of at least 0.5 mm being at least 40%, wherein the size of the aggregates is understood to mean the equivalent diameter determined by dry screening, said plaster having a density ranging from 700 to 1200 kg/m 3 and an air flow resistivity according to the standard ISO 9053:1991 ranging from 1×10 4 N.s.m -4 to 5×10 5 N.s.m -4 .
A system for moving a wire-carrying support for supply lines of operating heads , in particular for robotic systems, in which the support is configured to receive bundles of wires and/or tubes of the supply line and extends between an end at which it is connected to a source and an opposite end at which it is connected to the head and is movable in conjunction therewith, comprising: an actuator device which is operatively associated with the support in order to guide the support during movement, a sensor device for detecting the position of the support relative to a reference system, a control unit of the actuator device , in which there is stored a table or correlation function between positions which are taken up by the operating head and corresponding positions of the wire-carrying support which are requested following the movement of the head for the suitable displacement of the supply line, the control unit being configured to control the actuator device during the movement of the operating head as long as the position of the wire-carrying support which is detected by the sensor device does not correspond to the position of the support which can be derived from the table or correlation function on the basis of the position of the operating head so that the wire-carrying support can correspondingly follow the movement of the operating head. an actuator device which is operatively associated with the support in order to guide the support during movement, a sensor device for detecting the position of the support relative to a reference system, a control unit of the actuator device , in which there is stored a table or correlation function between positions which are taken up by the operating head and corresponding positions of the wire-carrying support which are requested following the movement of the head for the suitable displacement of the supply line, the control unit being configured to control the actuator device during the movement of the operating head as long as the position of the wire-carrying support which is detected by the sensor device does not correspond to the position of the support which can be derived from the table or correlation function on the basis of the position of the operating head so that the wire-carrying support can correspondingly follow the movement of the operating head.
A medical system for reconstructing medical images, comprising a computational system and a memory , the memory storing machine executable instructions including a trained first machine learning module configured to output in response to receiving a medical image as input a saliency map as output when the machine executable intructions are run on the computational system, the saliency map being predictive of a distribution of user attention over the medical image ; wherein execution of the machine executable instructions further causes the computational system to: - provide test maps for a test medical image of a pre-defined type of anatomical structure for which the medical image is to be reconstructed, each of the test maps being assigned to a different one of the reconstruction methods, each of the test maps identifying sections of the test image comprising anatomical sub-structures of the pre-defined type of anatomical structure for which a quality of image reconstruction is the highest compared to other anatomical sub-structures of the pre-defined type of anatomical structure, when using the assigned reconstruction method; - compare the test maps with the saliency map ; - determine one of the test maps having a highest level of structural similarity with the saliency map ; - select the reconstruction method assigned to the determined test map; - reconstruct the medical image using the selected reconstruction method. - provide test maps for a test medical image of a pre-defined type of anatomical structure for which the medical image is to be reconstructed, each of the test maps being assigned to a different one of the reconstruction methods, each of the test maps identifying sections of the test image comprising anatomical sub-structures of the pre-defined type of anatomical structure for which a quality of image reconstruction is the highest compared to other anatomical sub-structures of the pre-defined type of anatomical structure, when using the assigned reconstruction method; - compare the test maps with the saliency map ; - determine one of the test maps having a highest level of structural similarity with the saliency map ; - select the reconstruction method assigned to the determined test map; - reconstruct the medical image using the selected reconstruction method.
A system for monitoring at least presence of a bioanalyte , comprising: a substrate having a skin contact surface , a microneedle outwardly protruding from said skin contact surface , a sensing complex positioned in said microneedle , and a circuit attached to said substrate ; wherein said sensing complex comprises a nanostructure modified by a functional moiety covalently attached thereto, and an affinity moiety effective to react specifically with the bioanalyte to produce a reaction product ; and wherein said circuit is configured for applying voltage to said nanostructure and monitoring changes in an electrical property of said nanostructure responsively to reaction between said reaction product and said functional moiety . a substrate having a skin contact surface , a microneedle outwardly protruding from said skin contact surface , a sensing complex positioned in said microneedle , and a circuit attached to said substrate ; wherein said sensing complex comprises a nanostructure modified by a functional moiety covalently attached thereto, and an affinity moiety effective to react specifically with the bioanalyte to produce a reaction product ; and wherein said circuit is configured for applying voltage to said nanostructure and monitoring changes in an electrical property of said nanostructure responsively to reaction between said reaction product and said functional moiety .
A heat exchanger comprising a casing , said casing including a top inlet part for receiving hot solid particles and a bottom outlet part for discharging the solid particles after cooling ; and a plurality of spaced apart adjacent heat transfer tubes disposed in the casing between the top inlet part and the bottom outlet part , assembled in at least one tube bundle and intended for the circulation of a coolant fluid, for cooling the solid particles that flow downwards by gravity from the inlet, between the spaced apart adjacent heat transfer tubes , to the outlet, wherein the spaced apart adjacent heat transfer tubes are arranged in rows substantially transverse to the flow direction of the solid particles, wherein the tube bundle is supported in the casing by at least two tubesheets disposed vertically and laterally near each of both ends of the tubes and characterised in that each tubesheet is composed of independent plates corresponding to the individual tube rows, adjacent plates being stacked on top of each other thanks to insulated sliding pieces .
A side cover structure for a motorcycle , which is to be arranged for covering a lateral side of the motorcycle at a position between a fuel tank and an engine , comprising: a side cover that covers a lateral side of an air cleaner above said engine and includes a window for allowing vision therethrough, wherein said side cover is provided with: a side lower cover , which covers below said side cover , wherein said side lower cover includes a surface portion for attaching from inside of said window of said side cover , and a garnish , which is made attachable/detachable to/from the outside of said window , wherein said surface portion of said side lower cover carries a design shape thereon for being seen when said garnish is taken off from said side cover at said window . a side cover that covers a lateral side of an air cleaner above said engine and includes a window for allowing vision therethrough, wherein said side cover is provided with: a side lower cover , which covers below said side cover , wherein said side lower cover includes a surface portion for attaching from inside of said window of said side cover , and a garnish , which is made attachable/detachable to/from the outside of said window , a side lower cover , which covers below said side cover , wherein said side lower cover includes a surface portion for attaching from inside of said window of said side cover , and a garnish , which is made attachable/detachable to/from the outside of said window , wherein said surface portion of said side lower cover carries a design shape thereon for being seen when said garnish is taken off from said side cover at said window .
Propulsion assembly comprising a turbomachine attached to a pylon , and a fire-fighting system , the turbomachine comprising a plurality of fire zones (Z1, Z2), the fire-fighting system comprising two reservoirs (R1, R2) of pressurized extinguishing agent that are situated in the pylon and a distribution line that connects each of the reservoirs (R1, R2) to nozzles situated in the fire zones (Z1, Z2), the distribution line comprising a set of pipes that are connected to one another and having at least one low point between the reservoirs (R1, R2) and the nozzles, and, for each low point, a fluid drainage device for evacuating a fluid from the distribution line , characterized in that the drainage device comprises a fluid passage (P) for evacuation of the fluid out of the distribution line and a mechanism for shutting off the fluid passage (P), said mechanism being able to move under the effect of the pressure prevailing in the distribution line , between a first standby position in which it opens the fluid passage (P) and a second position in which it closes the fluid passage (P), the second position being reached when the pressure in the distribution line is greater than or equal to a predetermined pressure.
An apparatus for cooling, the apparatus comprising: an annular cooling ring operable for receiving a flow of a molten film bubble and expelling a flow of cooling gas, the annular cooling ring comprising a middle lip and an adjacent radially spaced apart outer lip , the middle lip having an extended length longer than the outer lip , a radially inner surface of the outer lip and a radially outer surface of the middle lip define a channel operable to allow the flow of cooling gas along the radially outer surface of the middle lip , wherein the middle lip is located radially intermediate the channel and the molten film bubble , and wherein the middle lip isolates the molten film bubble from the flow of cooling gas until the flow of cooling gas passes beyond the extended length of the middle lip , the apparatus further comprising an open air zone defined by a portion of the extended length of the middle lip that extends beyond a length of the outer lip and an area radially outward from the radially outer surface of the middle lip , optionally wherein the open air zone allows the flow of cooling gas to flow along only the middle lip , characterised in that the outer lip and middle lip are adjustable to increase and decrease the extended length.
A mobile electronic apparatus comprising: a first sensor; a second sensor having a consumption current lower than that of the first sensor with respect to a predetermined voltage; and at least one processor configured to: change an operating state of the first sensor from an active mode to a sleep mode in accordance with a stationary condition of the electronic apparatus, change the operating state of the first sensor from the sleep mode to the active mode in accordance with an motion signal from the second sensor, wherein power supplied to the first sensor in the active mode is higher than power supplied to the first sensor in the sleep mode, wherein power enough to cause the second sensor to send the motion signal is supplied to the second sensor while the first sensor is in the sleep mode, wherein the first sensor is an optical image sensor, and wherein the optical image sensor is configured to acquire an image of a part of a surrounding view of the mobile apparatus. a first sensor; a second sensor having a consumption current lower than that of the first sensor with respect to a predetermined voltage; and at least one processor configured to: change an operating state of the first sensor from an active mode to a sleep mode in accordance with a stationary condition of the electronic apparatus, change the operating state of the first sensor from the sleep mode to the active mode in accordance with an motion signal from the second sensor, change an operating state of the first sensor from an active mode to a sleep mode in accordance with a stationary condition of the electronic apparatus, change the operating state of the first sensor from the sleep mode to the active mode in accordance with an motion signal from the second sensor, wherein power supplied to the first sensor in the active mode is higher than power supplied to the first sensor in the sleep mode, wherein power enough to cause the second sensor to send the motion signal is supplied to the second sensor while the first sensor is in the sleep mode, wherein the first sensor is an optical image sensor, and wherein the optical image sensor is configured to acquire an image of a part of a surrounding view of the mobile apparatus.
A combination comprising a therapeutically effective amount of one or more insulins and a subcutaneously effective amount of iloprost for use in the treatment of diabetes, comprising simultaneously administering said one or more insulins and iloprost subcutaneously to the same site in a subject in need thereof, wherein the iloprost is administered at a dose of about 1 nmol.
A method for allocating resource units in a wireless LAN, comprising: generating, by an access point, AP , a PHY layer protocol data unit, PPDU (1700 to 1770), that is to be transmitted to a plurality of stations, STAs ; and transmitting, by the AP , the PPDU (1700 to 1770) to the plurality of STAs through at least one container that is allocated within an available frequency bandwidth, wherein the PPDU (1700 to 1770) includes resource allocation information , wherein the resource allocation information includes first information on a number of STAs being allocated to each of the at least one container, wherein each of the at least one container includes one first resource unit or a plurality of second resource units, wherein a number of tones related to the first resource unit is greater than a number of tones related to the plurality of the second resource units, and wherein when a container of the at least one container includes only the first resource unit and multiple user multiple input multiple output, MU MIMO, is performed for the first resource unit, the resource allocation information further includes second information on a number of STAs performing the MU MIMO. generating, by an access point, AP , a PHY layer protocol data unit, PPDU (1700 to 1770), that is to be transmitted to a plurality of stations, STAs ; and transmitting, by the AP , the PPDU (1700 to 1770) to the plurality of STAs through at least one container that is allocated within an available frequency bandwidth, wherein the PPDU (1700 to 1770) includes resource allocation information , wherein the resource allocation information includes first information on a number of STAs being allocated to each of the at least one container, wherein each of the at least one container includes one first resource unit or a plurality of second resource units, wherein a number of tones related to the first resource unit is greater than a number of tones related to the plurality of the second resource units, and wherein when a container of the at least one container includes only the first resource unit and multiple user multiple input multiple output, MU MIMO, is performed for the first resource unit, the resource allocation information further includes second information on a number of STAs performing the MU MIMO.
An image encoding device for encoding image data including a base layer and at least one enhancement layer comprising: a generation section configured to generate control information designating, for a tile of an enhancement layer, a permitted reference area in the base layer, wherein each of the base layer, the at least one enhancement layer, and the permitted reference area comprise one or more tiles, wherein for each of the base layer and the at least one enhancement layer a picture of the image data is divided into the tiles which are independently decodable; an encoding section configured to encode the tile of the enhancement layer with reference to encoding-related information of the permitted reference area in the base layer according to the control information generated by the generation section; and a transmission section configured to transmit encoded data of the image data generated by the encoding section and the control information generated by the generation section. a generation section configured to generate control information designating, for a tile of an enhancement layer, a permitted reference area in the base layer, wherein each of the base layer, the at least one enhancement layer, and the permitted reference area comprise one or more tiles, wherein for each of the base layer and the at least one enhancement layer a picture of the image data is divided into the tiles which are independently decodable; an encoding section configured to encode the tile of the enhancement layer with reference to encoding-related information of the permitted reference area in the base layer according to the control information generated by the generation section; and a transmission section configured to transmit encoded data of the image data generated by the encoding section and the control information generated by the generation section.
A method for light microscopic examination of a sample marked with reference markers in a light microscope , wherein the examination comprises sequential illumination of the sample with focused laser light at a plurality of illumination positions, characterized in that the examination of the sample is repeatedly interrupted between the illumination at the illumination positions and the position of at least one reference marker is determined according to a MINFLUX method in order to detect the drift of the reference marker relative to an optical imaging system of the light microscope, wherein the reference marker is illuminated with an intensity distribution of a scanning light inducing or modulating a light emission of the reference marker , the intensity distribution comprising a local minimum, at a plurality of scanning positions arranged in a close range around the reference marker .
Head-up display device for a motor vehicle, having a housing part , in which an image-generating unit of the display device is arranged, wherein the image-generating unit is designed to project an image onto a light-permeable projection surface, and having a cover element , which is connected to the housing part and covers regions of the housing part with respect to the surroundings of the display device , wherein the cover element has a peg element , which is inserted into a corresponding receptacle formed in the housing part , characterized in that the peg element is expanded by means of a spreading piece inserted into the peg element , wherein the peg element is fixed in the receptacle as a result of the expansion.
An electronic device comprising: a memory ; and at least one processor configured to: execute a first application among at least one application stored in the memory , determine whether to permit to provide to a virtual file system meta information for first data included in a folder of a directory, based on first user information with which the first application is executed, wherein the meta information includes information for accessing the first data related to a first function of the first application stored in the memory , , and provide the virtual file system with the meta information for the first data based on the determination, wherein the at least one processor is further configured to block providing the virtual file system with the meta information for the first data loaded onto a native file system in the memory as per an operation of the first function of the first application , upon not permitting to provide the meta information for the first data. a memory ; and at least one processor configured to: execute a first application among at least one application stored in the memory , determine whether to permit to provide to a virtual file system meta information for first data included in a folder of a directory, based on first user information with which the first application is executed, wherein the meta information includes information for accessing the first data related to a first function of the first application stored in the memory , , and provide the virtual file system with the meta information for the first data based on the determination, wherein the at least one processor is further configured to block providing the virtual file system with the meta information for the first data loaded onto a native file system in the memory as per an operation of the first function of the first application , upon not permitting to provide the meta information for the first data. execute a first application among at least one application stored in the memory , determine whether to permit to provide to a virtual file system meta information for first data included in a folder of a directory, based on first user information with which the first application is executed, wherein the meta information includes information for accessing the first data related to a first function of the first application stored in the memory , , and provide the virtual file system with the meta information for the first data based on the determination, wherein the at least one processor is further configured to block providing the virtual file system with the meta information for the first data loaded onto a native file system in the memory as per an operation of the first function of the first application , upon not permitting to provide the meta information for the first data.