mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing noble metal-supported powder, comprising: preparing a slurry by mixing noble metal-supported powder particles and a binder with each other in a liquid; and dispersing the noble metal-supported powder particles by applying vibrations to the slurry, and thereafter, spray drying the slurry while keeping a state where the noble metal-supported powder particles are dispersed, wherein degree of dispersion of the noble metal-supported powder particles in the slurry is set at 33% or more by applying the vibrations to the slurry, as the binder , one containing inorganic oxide as a main component, in which a mean particle diameter is within a range from 1/10 to 10 times a mean particle diameter of the noble metal-supported powder particles , is used, a mixing ratio of the noble metal-supported powder particles and the binder is set within a range from 10:90 to 90:10, and a mean particle diameter of the noble metal-supported powder particles is 90 nm or more to 550 nm or less. preparing a slurry by mixing noble metal-supported powder particles and a binder with each other in a liquid; and dispersing the noble metal-supported powder particles by applying vibrations to the slurry, and thereafter, spray drying the slurry while keeping a state where the noble metal-supported powder particles are dispersed, wherein degree of dispersion of the noble metal-supported powder particles in the slurry is set at 33% or more by applying the vibrations to the slurry, as the binder , one containing inorganic oxide as a main component, in which a mean particle diameter is within a range from 1/10 to 10 times a mean particle diameter of the noble metal-supported powder particles , is used, a mixing ratio of the noble metal-supported powder particles and the binder is set within a range from 10:90 to 90:10, and a mean particle diameter of the noble metal-supported powder particles is 90 nm or more to 550 nm or less.
A Lactobacillus rhamnosus strain deposited as CBS141584, or mutants derived therefrom, wherein said mutants have the same or improved antimicrobial, antifungal and/or anti-yeast properties as strain CBS141584.
A channel measurement method, comprising: configuring , by a base station, a second reference signal resource mapping diagram of K2 second reference signal resource mapping diagrams, and obtaining a reference signal according to the second reference signal resource mapping diagram; sending , by the base station, the second reference signal resource mapping diagram to user equipment, UE; and receiving , by the base station, channel state information fed back by the UE, wherein the second reference signal resource mapping diagram is a location to which a time-frequency resource of the reference signal is mapped, wherein the second reference signal resource mapping diagram of the K2 second reference resource mapping diagrams comprises time-frequency resources of at least two of K1 first reference signal resource mapping diagrams, wherein K2 is a quantity of the second reference signal resource mapping diagrams, K1 is a quantity of the first reference signal resource mapping diagrams, and K1 and K2 are integers greater than or equal to 1; and each of the first reference signal resource mapping diagram is a Y-port reference signal resource mapping diagram, the second reference signal resource mapping diagram is an X-port reference signal resource mapping diagram, wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer greater than 8, or wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer less than 8 not satisfying 2 n . configuring , by a base station, a second reference signal resource mapping diagram of K2 second reference signal resource mapping diagrams, and obtaining a reference signal according to the second reference signal resource mapping diagram; sending , by the base station, the second reference signal resource mapping diagram to user equipment, UE; and receiving , by the base station, channel state information fed back by the UE, wherein the second reference signal resource mapping diagram is a location to which a time-frequency resource of the reference signal is mapped, wherein the second reference signal resource mapping diagram of the K2 second reference resource mapping diagrams comprises time-frequency resources of at least two of K1 first reference signal resource mapping diagrams, wherein K2 is a quantity of the second reference signal resource mapping diagrams, K1 is a quantity of the first reference signal resource mapping diagrams, and K1 and K2 are integers greater than or equal to 1; and each of the first reference signal resource mapping diagram is a Y-port reference signal resource mapping diagram, the second reference signal resource mapping diagram is an X-port reference signal resource mapping diagram, wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer greater than 8, or wherein Y is an integer less than or equal to 8 and satisfying 2 n and X is an integer less than 8 not satisfying 2 n .
A method for testing at least one sheath voltage limiter for at least one high-voltage cable of a high-voltage cable system, wherein a respective sheath voltage limiter of the at least one sheath voltage limiter (39-41) is connected between a cable shield (27-29) of a respective high-voltage cable of the at least one high-voltage cable (21-23) and a ground terminal, the method comprising: - injecting an electrical test signal at the ground terminal, - detecting at least one electrical measurement signal, wherein a respective electrical measurement signal of the at least one electrical measurement signal is detected at the cable shield (27-29) of a respective high-voltage cable of the at least one high-voltage cable (21-23), and - determining a functional capability of the at least one sheath voltage limiter (39-41) depending on the at least one detected electrical measurement signal. - injecting an electrical test signal at the ground terminal, - detecting at least one electrical measurement signal, - determining a functional capability of the at least one sheath voltage limiter (39-41) depending on the at least one detected electrical measurement signal.
An airstair system for an aircraft , the airstair system comprising: a deployable upper step movable between a stowed configuration when a door of the aircraft is closed and a deployed configuration when the door is open; a primary deployment device resiliently biasing the deployable upper step toward the deployed configuration; and a secondary deployment device movable in coordination with a movement of the door and configured to drive the deployable upper step toward the deployed configuration during opening of the door and during a failure of the primary deployment device . a deployable upper step movable between a stowed configuration when a door of the aircraft is closed and a deployed configuration when the door is open; a primary deployment device resiliently biasing the deployable upper step toward the deployed configuration; and a secondary deployment device movable in coordination with a movement of the door and configured to drive the deployable upper step toward the deployed configuration during opening of the door and during a failure of the primary deployment device .
A portable frame apparatus and chair , wherein the portable frame apparatus comprises: a frame including a first support member and a second support member ; at least one connecting member configured to be coupled to the first support member at a first end of the connecting member and to the second support member at a second end of the connecting member ; wherein the first support member , the second support member and the connecting member form a rigid structure providing support to a user of the portable frame apparatus , wherein the connecting member is rotatably coupled to at least one of the first and second support members , wherein the first and second support members are each supported by a leg and wherein the apparatus is positioned adjacent to and around the chair thereby providing arm support to the user. a first support member and a second support member ; at least one connecting member configured to be coupled to the first support member at a first end of the connecting member and to the second support member at a second end of the connecting member ; wherein the first support member , the second support member and the connecting member form a rigid structure providing support to a user of the portable frame apparatus , wherein the connecting member is rotatably coupled to at least one of the first and second support members , wherein the first and second support members are each supported by a leg and wherein the apparatus is positioned adjacent to and around the chair thereby providing arm support to the user.
A method for fabricating a laminate having an interior security feature , - in which at least one translucent or opaque substrate layer is provided, - in which at least one further translucent or transparent layer is provided, - in which the at least one substrate layer and the at least one further layer are brought together and laminated together so as to form a laminate , - in which depressions are introduced into a top surface and/or bottom surface of the at least one substrate layer before it is brought together with the at least one further translucent or transparent layer , and - in which the at least one transparent or translucent layer is applied onto the top surface and/or bottom surface of the substrate layer provided with depressions and in which at least a subset of the depressions is filled with the at least one transparent and/or translucent layer said filled depressions forming the interior security feature , characterised in that prior to the introduction of the depressions into the at least one translucent or opaque substrate layer , a pattern or grid with a material which has a higher melting point than the material of the substrate layer is applied onto said substrate layer , and in that said pattern or grid remains intact when the depressions are introduced into the substrate layer . - in which at least one translucent or opaque substrate layer is provided, - in which at least one further translucent or transparent layer is provided, - in which the at least one substrate layer and the at least one further layer are brought together and laminated together so as to form a laminate , - in which depressions are introduced into a top surface and/or bottom surface of the at least one substrate layer before it is brought together with the at least one further translucent or transparent layer , and - in which the at least one transparent or translucent layer is applied onto the top surface and/or bottom surface of the substrate layer provided with depressions and in which at least a subset of the depressions is filled with the at least one transparent and/or translucent layer said filled depressions forming the interior security feature ,
A method of performing facial recognition by fitting a three dimensional 3D model to a human face in a two dimensional 2D image, the method comprising: detecting a plurality of image landmarks on a human face in the 2D image; estimating 3D geometric information of the plurality of image landmarks from the 2D image and known geometric information of a generic 3D model, by projecting the plurality of image landmarks onto the surface of the generic 3D model in order to estimate a depth of said image landmark in 3D space; refining the geometric information of the generic 3D model so as to reduce a cost function related to the depth information of the image landmarks projected into 3D space and known geometric information of the corresponding model landmarks in 3D space indicative of a distance between said image landmarks projected into 3D space and corresponding model landmarks in 3D space; rotating the 2D image to a frontal view using the 3D model; extracting local features from the rotated frontal view of the 2D image; and comparing the local features with images in a database. detecting a plurality of image landmarks on a human face in the 2D image; estimating 3D geometric information of the plurality of image landmarks from the 2D image and known geometric information of a generic 3D model, by projecting the plurality of image landmarks onto the surface of the generic 3D model in order to estimate a depth of said image landmark in 3D space; refining the geometric information of the generic 3D model so as to reduce a cost function related to the depth information of the image landmarks projected into 3D space and known geometric information of the corresponding model landmarks in 3D space indicative of a distance between said image landmarks projected into 3D space and corresponding model landmarks in 3D space; rotating the 2D image to a frontal view using the 3D model; extracting local features from the rotated frontal view of the 2D image; and comparing the local features with images in a database.
A seawater mineral extract derived from seawater having a salinity of from 3.4% Brix to 3.6% Brix, wherein the seawater mineral extract comprises a mineral salt content of from 25% to 55% of the overall seawater mineral extract by weight characterised in that the seawater mineral extract is an inorganic concentrated liquid ionized composition having a magnesium concentration of at least 40 g/l.
Sports footwear , of the kind comprising a shell and a cuff hinged to each other, wherein said sports footwear comprises a locking device , for preventing/allowing the relative movement of said shell and said cuff relative to each other, said locking device comprising a male member and a female member , which members are provided with respective engaging means adapted to cooperate with each other and at least one of which is arranged movably and is connected to actuating means (3;3') of said locking device, wherein one of said male and female members of said locking device is stationarily mounted on said shell / said cuff and the other one of said male and female members of said locking device is movably mounted on said cuff / said shell and is actuated by said actuating means (3; 3'), said actuating means (3; 3') being actuatable for moving the locking device from a first configuration in which the engaging means of the male member are engaged with the engaging means of the female member for preventing rotation of said cuff relative to said shell, to a second configuration in which the engaging means of the male member are disengaged from the engaging means of the female member so as to leave said cuff free to rotate relative to said shell, and vice versa, characterized in that the engaging means of said male member and/or the engaging means of said female member have a tapered or conical shape so as to make a coupling without clearance when the engaging means of said male member are engaged with the engaging means of said female member .
A reciprocating pump , comprising: a power end configured to generate pumping power; a fluid end configured to deliver a fluid from an inlet bore to an outlet bore as the power end drives motion of a reciprocating element ; and characterised by comprising a mount plate disposed proximate the power end , the mount plate including a first set of openings and a second set of openings , wherein the first set of openings is configured to receive a first set of couplers that couple the mount plate to the power end and the second set of openings is configured to receive a second set of couplers that couple the mount plate to the fluid end in a spaced relationship. a power end configured to generate pumping power; a fluid end configured to deliver a fluid from an inlet bore to an outlet bore as the power end drives motion of a reciprocating element ; and characterised by comprising a mount plate disposed proximate the power end , the mount plate including a first set of openings and a second set of openings , wherein the first set of openings is configured to receive a first set of couplers that couple the mount plate to the power end and the second set of openings is configured to receive a second set of couplers that couple the mount plate to the fluid end in a spaced relationship.
An apparatus for drying loose wood material, comprising a rotating drum dryer provided with an inlet and an outlet for loose wood material (M) and with an intake port and a discharge port for a first stream (F 1 ) of heated air, a belt dryer provided with an entry opening and an exit opening for loose wood material (M) and with at least one intake opening and at least one discharge opening for a second stream (F 2 ) of heated air, conveyor means for transferring the loose wood material (M), which are interposed between said drum dryer and said belt dryer , and means for conveying the first stream (F 1 ) in output from said discharge port toward said at least one intake opening , wherein said belt dryer comprises a conveyor belt which is permeable to air, is interposed between said at least one intake opening and said at least one discharge opening , and is adapted to filter said second stream (F 2 ) for direct introduction into the environment, and wherein said at least one intake opening and said at least one discharge opening are arranged respectively above and below said conveyor belt . a rotating drum dryer provided with an inlet and an outlet for loose wood material (M) and with an intake port and a discharge port for a first stream (F 1 ) of heated air, a belt dryer provided with an entry opening and an exit opening for loose wood material (M) and with at least one intake opening and at least one discharge opening for a second stream (F 2 ) of heated air, conveyor means for transferring the loose wood material (M), which are interposed between said drum dryer and said belt dryer , and means for conveying the first stream (F 1 ) in output from said discharge port toward said at least one intake opening , wherein said belt dryer comprises a conveyor belt which is permeable to air, is interposed between said at least one intake opening and said at least one discharge opening , and is adapted to filter said second stream (F 2 ) for direct introduction into the environment, and wherein said at least one intake opening and said at least one discharge opening are arranged respectively above and below said conveyor belt .
A rotary joint (D) which is suitable for use in household appliances (A) having at least one body (A1) and at least one chamber (A2) mounted in the body (A1) rotatable around an axis, which is configured to supply a fluid received from a source into the chamber (A2) and which comprises at least one main body having at least a first inlet being adapted to let the fluid from the source enter into the main body and at least a first outlet being adapted to let the fluid received from the first inlet exit from the main body , characterized in that the rotary joint (D) further comprises: - at least one placement compartment provided at the main body , wherein the first outlet is located at the placement compartment ; - at least one fluid passage which is located in the main body , has an "L" form, connected on one side to the first inlet and on another side to the placement compartment , and directs the fluid received from the first inlet towards the first outlet ; - at least one sealing element located at the placement compartment to fit in an inner surface of the placement compartment , the sealing element having at least a first hole through which fluid from the fluid passage can pass; - at least one bearing which is located at the placement compartment such that it fits in an inner surface of the placement compartment and the sealing element remains between the bearing and the fluid passage , the bearing having at least a second hole through which fluid from the fluid passage can pass; and - at least one shaft inserted through the first hole and the second hole into the placement compartment and having therein at least one channel through which fluid from the fluid passage passes, wherein one end of the shaft is connected to the fluid passage and another opposite end thereof is connected to the first outlet . - at least one placement compartment provided at the main body , wherein the first outlet is located at the placement compartment ; - at least one fluid passage which is located in the main body , has an "L" form, connected on one side to the first inlet and on another side to the placement compartment , and directs the fluid received from the first inlet towards the first outlet ; - at least one sealing element located at the placement compartment to fit in an inner surface of the placement compartment , the sealing element having at least a first hole through which fluid from the fluid passage can pass; - at least one bearing which is located at the placement compartment such that it fits in an inner surface of the placement compartment and the sealing element remains between the bearing and the fluid passage , the bearing having at least a second hole through which fluid from the fluid passage can pass; and - at least one shaft inserted through the first hole and the second hole into the placement compartment and having therein at least one channel through which fluid from the fluid passage passes, wherein one end of the shaft is connected to the fluid passage and another opposite end thereof is connected to the first outlet .
A method operational on a master device, comprising: Providing a clock signal on a clock line, SCL line of a bus, wherein the clock signal controls data transmissions on a data line, SDA line of the bus; Generating a receive clock from transitions on the SCL line when a slave device is transmitting data on the SDA line ; calibrating a delay based on a duration of time measured between an edge of the clock signal provided on the SCL line and at least one transition produced on the SDA line by the slave device in response to the edge of the clock signal; providing an SDA clock by adding the delay to the receive clock; and receiving data from the SDA line using the SDA clock; and characterized in that : the SCL line is a serial clock line, and the bus is a serial bus, and the SDA line is a serial data line, wherein in at least one time period the clock signal provided on the SCL line controls double data rate transmissions on the SDA line. Providing a clock signal on a clock line, SCL line of a bus, wherein the clock signal controls data transmissions on a data line, SDA line of the bus; Generating a receive clock from transitions on the SCL line when a slave device is transmitting data on the SDA line ; calibrating a delay based on a duration of time measured between an edge of the clock signal provided on the SCL line and at least one transition produced on the SDA line by the slave device in response to the edge of the clock signal; providing an SDA clock by adding the delay to the receive clock; and receiving data from the SDA line using the SDA clock; and characterized in that : the SCL line is a serial clock line, and the bus is a serial bus, and the SDA line is a serial data line, wherein in at least one time period the clock signal provided on the SCL line controls double data rate transmissions on the SDA line. the SCL line is a serial clock line, and the bus is a serial bus, and the SDA line is a serial data line, wherein in at least one time period the clock signal provided on the SCL line controls double data rate transmissions on the SDA line.