mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a memory ; and a processor configured to: receive a first frame from an access point, AP, supporting Hotspot 2.0 before being connected to the AP , if the first frame received from the AP includes identification information indicating a plurality of servers that are connected to the AP , transmit, to the AP , a generic advertisement service, GAS, Request frame including a request for each of data information desired to be received from each of the plurality of servers by the electronic device in response to the first frame, and receive a response frame responding to the GAS Request frame from the AP , the response frame including the data information received from each of the plurality of servers . a memory ; and a processor configured to: receive a first frame from an access point, AP, supporting Hotspot 2.0 before being connected to the AP , if the first frame received from the AP includes identification information indicating a plurality of servers that are connected to the AP , transmit, to the AP , a generic advertisement service, GAS, Request frame including a request for each of data information desired to be received from each of the plurality of servers by the electronic device in response to the first frame, and receive a response frame responding to the GAS Request frame from the AP , the response frame including the data information received from each of the plurality of servers . receive a first frame from an access point, AP, supporting Hotspot 2.0 before being connected to the AP , if the first frame received from the AP includes identification information indicating a plurality of servers that are connected to the AP , transmit, to the AP , a generic advertisement service, GAS, Request frame including a request for each of data information desired to be received from each of the plurality of servers by the electronic device in response to the first frame, and receive a response frame responding to the GAS Request frame from the AP , the response frame including the data information received from each of the plurality of servers .
Fastening structure comprising a toothed strap (9; 51) made of a synthetic material, a receiving member (10; 52) through which said toothed strap (9; 51) is detachably passable, and a locking mechanism for anti-theft protection, said locking mechanism being configured for temporarily preventing a detachability of said toothed strap (9; 51) from said receiving member (10; 52), said receiving member (10; 52) being adapted to receive said toothed strap (9; 51) by passing a portion of said toothed strap (9; 51) through the same, wherein said locking mechanism comprises a stop element for blocking a passing of said toothed strap (9; 51) through said receiving member (10; 52) in a direction opposite to the insertion direction, said stop element being non-movably mountable on said toothed strap (9; 51) by locking the same on said toothed strap (9; 51) upon completion of passing said toothed strap (9; 51) through said receiving member (10; 52) and comprising a dimension which does not allow a passing of said stop element through said receiving member (10; 52) thereby preventing a releasement of said toothed strap (9; 51) from said receiving member (10; 52), and wherein said stop element is dismountable from said toothed strap (9; 51) by unlocking the same and removing the same from said toothed strap (9; 51).
A method of making a serum-free cell culture media, feed or supplement composition, the method comprising: adding a minimal volume of an aqueous solution to a dry powder of the serum-free media, feed or supplement to make a paste; mixing the paste vigorously to form a microsuspension; encapsulating the microsuspension, or the mixture, in a suitable capsular material such that a microcapsule or bead is formed; drying the microcapsule or bead, wherein the serum-free cell culture media, feed or supplement composition comprises a labile substance; and wherein the method comprises irradiation of the serum-free cell culture media, feed or supplement composition with gamma-rays. adding a minimal volume of an aqueous solution to a dry powder of the serum-free media, feed or supplement to make a paste; mixing the paste vigorously to form a microsuspension; encapsulating the microsuspension, or the mixture, in a suitable capsular material such that a microcapsule or bead is formed; drying the microcapsule or bead, wherein the serum-free cell culture media, feed or supplement composition comprises a labile substance; and wherein the method comprises irradiation of the serum-free cell culture media, feed or supplement composition with gamma-rays.
Video production server comprising at least one hardware node and a storage, wherein software modules composed of executable program code are loaded into a working memory of the at least one hardware node, wherein the hardware nodes are synchronized over a network; wherein each software module, when executed by the at least one hardware node, provides an elementary service (501-504, 509,510;302); wherein a concatenation of elementary services provides a functionality involving processing of video and/or audio signals needed for producing a broadcast program, wherein the execution of the elementary services within the video production server is performed in an asynchronous manner by the at least one hardware node, wherein the video production server is dynamically reconfigured as an ingest server ingesting signals , including video and/or audio signals, received as streams of data frames from acquisition devices in synchronicity with the output of acquisition devices, wherein the video production server is equipped with an ingest module assigning time stamps to each incoming data frame, wherein the video production server includes a storage enabling direct access to any data frame after the data frame has been stored, wherein the elementary services are mapped on the hardware nodes of the video production server, wherein the hardware nodes are synchronized over a network, wherein each software module of the video production server has defined application programming data interfaces {API} prescribing a unitary data format for video, audio, meta-data and control data at the input and the output of the software modules enabling a user defined sequence of elementary services (501-504, 509,510;302), wherein the video production server executes an algorithm which detects hardware failures and automatically re-maps the software modules such that the software modules are no longer mapped on the failed hardware, that the mapping of the software modules is performed from one data frame to the next data frame of a received signal stream.
A hinge for doors of electrical household appliances, comprising: - a first element and a second element pivoted to each other and movable relative to each other in tilting fashion, said first and second elements being fixable one to a frame and the other to a door of an appliance, to make the door movable with respect to the frame between a closed position and an open position, said second element being made of sheet metal, - a connecting lever to connect said first and second elements , said connecting lever being pivoted on said first element , - at least one elastic element operatively connected to said lever to oppose the weight force of the door during the opening of the door, characterised in that it comprises a slot for housing said at least one elastic element made in said second element , and means for containing and guiding said at least one elastic element configured to guide the extension/compression movement of said elastic element along said slot , said slot being defined by a gap of material in the metal sheet of said second element . - a first element and a second element pivoted to each other and movable relative to each other in tilting fashion, said first and second elements being fixable one to a frame and the other to a door of an appliance, to make the door movable with respect to the frame between a closed position and an open position, said second element being made of sheet metal, - a connecting lever to connect said first and second elements , said connecting lever being pivoted on said first element , - at least one elastic element operatively connected to said lever to oppose the weight force of the door during the opening of the door, characterised in that it comprises a slot for housing said at least one elastic element made in said second element , and means for containing and guiding said at least one elastic element configured to guide the extension/compression movement of said elastic element along said slot , said slot being defined by a gap of material in the metal sheet of said second element .
A tank assembly for the transport of hazardous fluid materials, of the type adapted to be mounted on a chassis provided with wheels , comprising a substantially cylindrical tank , delimited by an inner surface and an outer surface , closed at the ends and inside which at least a compartment is defined, wherein said compartment comprises at least two open diaphragms which defines respective adjacent zones of the same compartment, wherein each of said at least two open diaphragms comprises a bulkhead connected to the inner surface of the tank , said bulkhead being provided with an opening which establishes communication between the two adjacent zones of the compartment, said opening being delimited by two lateral edges which extend in a substantially vertical direction upwards and downwards into the vicinity of the inner surface of the tank , the tank assembly being characterised by the centre line axes of the openings of two consecutive open diaphragms being shifted from the centre line (M) of the tank towards opposite sides respectively.
Method for producing a squirrel-cage rotor for an asynchronous machine comprising the following steps: - The provision of a laminated rotor core having essentially axially running grooves , - The insertion of conductor rods into the grooves made from a first conductive material in such a manner that the conductor rods protrude from the end faces of the laminated rotor core , - The provision of a short circuit ring disc made from a second conductive material which is heated above the recrystallization temperature, - The axial pressing of the short circuit ring disc onto the conductor rods projecting from the end face of the laminated rotor core , taking into account the temperature range of deformation and the rate of deformation, wherein the permissible shear stresses of these materials are locally exceeded and wherein material transitions are caused by diffusion at the interface between the conductor rod and the short circuit ring, which lead to microwelding, - The subsequent or simultaneous hot shaping of the short circuit ring disc which has been axially pressed on. - The provision of a laminated rotor core having essentially axially running grooves , - The insertion of conductor rods into the grooves made from a first conductive material in such a manner that the conductor rods protrude from the end faces of the laminated rotor core , - The provision of a short circuit ring disc made from a second conductive material which is heated above the recrystallization temperature, - The axial pressing of the short circuit ring disc onto the conductor rods projecting from the end face of the laminated rotor core , taking into account the temperature range of deformation and the rate of deformation, wherein the permissible shear stresses of these materials are locally exceeded and wherein material transitions are caused by diffusion at the interface between the conductor rod and the short circuit ring, which lead to microwelding, - The subsequent or simultaneous hot shaping of the short circuit ring disc which has been axially pressed on.
An X-ray image acquisition method, comprising: acquiring a captured target image of a target region (S21); when it is determined that there is at least one to-be-optimized region in the target image, calculating, for each to-be-optimized region, a pixel average of the to-be-optimized region in the target image; determining a to-be-optimized region received dose corresponding to the pixel average of the to-be-optimized region according to a relationship between a predetermined pixel average and an X-ray received dose of an X-ray receiver; adjusting an X-ray emission dose of an X-ray source according to a principle of making the to-be-optimized region received dose reach a predetermined X-ray reference received dose, and acquiring an optimized image of the target region captured based on the X-ray emission dose adjusted to meet a requirement (S22~S24), wherein the at least one to-be-optimized region comprises an overexposed bright region and/or an underexposed dark region; and adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region, or adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region and the target image, to obtain an X-ray image of the target region (S25). acquiring a captured target image of a target region (S21); when it is determined that there is at least one to-be-optimized region in the target image, calculating, for each to-be-optimized region, a pixel average of the to-be-optimized region in the target image; determining a to-be-optimized region received dose corresponding to the pixel average of the to-be-optimized region according to a relationship between a predetermined pixel average and an X-ray received dose of an X-ray receiver; adjusting an X-ray emission dose of an X-ray source according to a principle of making the to-be-optimized region received dose reach a predetermined X-ray reference received dose, and acquiring an optimized image of the target region captured based on the X-ray emission dose adjusted to meet a requirement (S22~S24), wherein the at least one to-be-optimized region comprises an overexposed bright region and/or an underexposed dark region; and adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region, or adding and synthesizing at least one optimized image corresponding to the at least one to-be-optimized region and the target image, to obtain an X-ray image of the target region (S25).
An aortic embolic filter apparatus , comprising: a) an elongated catheter having a length, proximal and distal end portions and a catheter lumen with a catheter central, longitudinal axis; b) a catheter hub mounted on the catheter; c) a tip hub spaced distally of the catheter hub; d) a filter basket attached to the hubs and positioned distally of the catheter hub and proximally of the tip hub; e) the filter basket including multiple filter supports that each span from the catheter hub to the tip hub; f) a filter material that is supported by the filter supports ; g) the filter basket having concave and convex surfaces, first and second edge portions, and a filter basket opening that spans most of the distance between the hubs and in between the filter material first and second edge portions; h) one of the supports being a movable support that is longitudinally movable relative to the catheter hub wherein the movable support slides relative to the catheter hub; and i) an operator that enables the movable support to change length between the hubs to put more or less of a curvature to the filter basket; wherein each of the hubs have a hub opening for receiving a guidewire extending through the hub openings and catheter lumen . a) an elongated catheter having a length, proximal and distal end portions and a catheter lumen with a catheter central, longitudinal axis; b) a catheter hub mounted on the catheter; c) a tip hub spaced distally of the catheter hub; d) a filter basket attached to the hubs and positioned distally of the catheter hub and proximally of the tip hub; e) the filter basket including multiple filter supports that each span from the catheter hub to the tip hub; f) a filter material that is supported by the filter supports ; g) the filter basket having concave and convex surfaces, first and second edge portions, and a filter basket opening that spans most of the distance between the hubs and in between the filter material first and second edge portions; h) one of the supports being a movable support that is longitudinally movable relative to the catheter hub wherein the movable support slides relative to the catheter hub; and i) an operator that enables the movable support to change length between the hubs to put more or less of a curvature to the filter basket; wherein each of the hubs have a hub opening for receiving a guidewire extending through the hub openings and catheter lumen .
A method of moving killed fish in a pipe or pipeline , wherein the method comprising: a. providing the pipe or pipeline with a desired water level by means of a water supply system (20-23), b. supplying killed fish to the pipe or pipeline at a closed end of the pipe or pipeline , characterized by comprising: c. supplying pressurized air and/or water pressure at supply points to form air/water partitions creating zones (A-D) having different properties with respect to direction and magnitude of water flow in the pipe or pipeline to form a controllable water flow in the zones (A-D) for propulsion of the fish in the pipe or pipeline and controlling retention time of the fish in the pipe or pipeline to obtain desired bleeding and/or cooling time for each fish . a. providing the pipe or pipeline with a desired water level by means of a water supply system (20-23), b. supplying killed fish to the pipe or pipeline at a closed end of the pipe or pipeline , characterized by comprising: c. supplying pressurized air and/or water pressure at supply points to form air/water partitions creating zones (A-D) having different properties with respect to direction and magnitude of water flow in the pipe or pipeline to form a controllable water flow in the zones (A-D) for propulsion of the fish in the pipe or pipeline and controlling retention time of the fish in the pipe or pipeline to obtain desired bleeding and/or cooling time for each fish .
A fluid coupling : for joining first and second fluid pipes each having a ferrule adapter at respective mating ends, the coupling comprising: first and second semi-cylindrical elements cooperating to form a cylindrical coupling, the first and second semi-cylindrical elements formed of a non-metallic material; first and second non-metallic hinge elements integrally formed on respective said first and second semi-cylindrical elements for establishing a pivoting of the first and second semi-cylindrical elements to open and close the coupling; a non-metallic latch releasably connecting the first and second semi-cylindrical elements, wherein the latch is integrally formed on respective said first and second semi-cylindrical elements a pin passing through the first and second hinge elements; a non-metallic and non-flexible sealing sleeve positioned adjacent the ferrule adapter of each fluid pipe to seal the coupling; and an electrically conducting bonding mechanism formed on the coupling and adapted to make electrical contact with the first and second fluid pipes when the coupling is a closed position to conduct electricity from the first fluid pipe to the second fluid pipe. first and second semi-cylindrical elements cooperating to form a cylindrical coupling, the first and second semi-cylindrical elements formed of a non-metallic material; first and second non-metallic hinge elements integrally formed on respective said first and second semi-cylindrical elements for establishing a pivoting of the first and second semi-cylindrical elements to open and close the coupling; a non-metallic latch releasably connecting the first and second semi-cylindrical elements, wherein the latch is integrally formed on respective said first and second semi-cylindrical elements a pin passing through the first and second hinge elements; a non-metallic and non-flexible sealing sleeve positioned adjacent the ferrule adapter of each fluid pipe to seal the coupling; and an electrically conducting bonding mechanism formed on the coupling and adapted to make electrical contact with the first and second fluid pipes when the coupling is a closed position to conduct electricity from the first fluid pipe to the second fluid pipe.
A brake dust collector comprising: a pair of brake pads that are respectively disposed on both sides of a disc (D) configured to rotate together with a wheel, the pair of brake pads being movable into contact with or to be separated from the disc (D); a housing accommodating the brake pads and being configured to cover at least a part of the disc (D); the brake dust collector being characterised by a main fastening portion having a main fastening hole formed to penetrate a trailing portion of the housing in a radial direction; and a main filter module including a main filter provided in the main fastening hole and a main filter cover through which at least one main flow hole is formed to penetrate and which is configured to support the main filter , wherein the main filter module is configured to be detachable from the main fastening portion . a pair of brake pads that are respectively disposed on both sides of a disc (D) configured to rotate together with a wheel, the pair of brake pads being movable into contact with or to be separated from the disc (D); a housing accommodating the brake pads and being configured to cover at least a part of the disc (D); the brake dust collector being characterised by a main fastening portion having a main fastening hole formed to penetrate a trailing portion of the housing in a radial direction; and a main filter module including a main filter provided in the main fastening hole and a main filter cover through which at least one main flow hole is formed to penetrate and which is configured to support the main filter , wherein the main filter module is configured to be detachable from the main fastening portion .
A floor panel assembly having a bottom surface and a top surface , the floor panel assembly comprising: a first stack of structural layers adjacent the bottom surface; a first core layer , adjacent the first stack of structural layers, that absorbs shear stress; a second stack of structural layers between the core layer and the top surface; a heating layer between the core layer and the top surface, wherein the heating layer is adjacent the impact layer, or wherein the heating layer is adjacent the core layer; and an first impact layer between the heating layer and the top surface, the impact layer comprising: a fiber matrix; and a thermoplastic resin infiltrating the fiber matrix; wherein the first stack of structural layers, the core layer, the second stack of structural layers, the heating layer, and the impact layer are bonded together. a first stack of structural layers adjacent the bottom surface; a first core layer , adjacent the first stack of structural layers, that absorbs shear stress; a second stack of structural layers between the core layer and the top surface; a heating layer between the core layer and the top surface, wherein the heating layer is adjacent the impact layer, or wherein the heating layer is adjacent the core layer; and an first impact layer between the heating layer and the top surface, the impact layer comprising: a fiber matrix; and a thermoplastic resin infiltrating the fiber matrix; a fiber matrix; and a thermoplastic resin infiltrating the fiber matrix; wherein the first stack of structural layers, the core layer, the second stack of structural layers, the heating layer, and the impact layer are bonded together.