mhurhangee/patent-ind-claim-en huggingface dataset:
An information transmission method in a wireless local area network, comprising: generating a legacy signaling field L-SIG and a repeated legacy signaling field RL-SIG, wherein extra four subcarriers with indexes -28, -27, 27, and 28 are inserted in the L-SIG in a 20 MHz bandwidth, carrying -1, -1, -1, and 1 respectively for channel estimation; and extra four subcarriers with indexes -28, -27, 27, and 28 are inserted in the RL-SIG in the 20 MHz bandwidth, carrying -1, -1, -1, and 1 respectively for channel estimation; and sending the generated L-SIG and RL-SIG. generating a legacy signaling field L-SIG and a repeated legacy signaling field RL-SIG, wherein extra four subcarriers with indexes -28, -27, 27, and 28 are inserted in the L-SIG in a 20 MHz bandwidth, carrying -1, -1, -1, and 1 respectively for channel estimation; and extra four subcarriers with indexes -28, -27, 27, and 28 are inserted in the RL-SIG in the 20 MHz bandwidth, carrying -1, -1, -1, and 1 respectively for channel estimation; and sending the generated L-SIG and RL-SIG.
A method performed by a first Network Function, NF, in a core network of a cellular communications system , the method comprising: receiving (Fig. 5, step 2; Fig. 9, step 1), from a second NF, a request for services exposed by the first NF; and responsive to receiving (Fig. 5, step 2; Fig. 9, step 1) the request, sending (Fig. 5, step 3; Fig. 9, step 2), to the second NF, information about one or more services exposed by the first NF; wherein the first NF is a Network Repository Function, NRF, (402; 508) and the second NF is an NF service consumer. receiving (Fig. 5, step 2; Fig. 9, step 1), from a second NF, a request for services exposed by the first NF; and responsive to receiving (Fig. 5, step 2; Fig. 9, step 1) the request, sending (Fig. 5, step 3; Fig. 9, step 2), to the second NF, information about one or more services exposed by the first NF; wherein the first NF is a Network Repository Function, NRF, (402; 508) and the second NF is an NF service consumer.
A transparent display backlight assembly for a see-through augmented reality display device , comprising: a light source configured to generate light ; a display panel including a color filter system configured for a percentage of transparency that permits an image being viewable through the display device; a backlight panel operable as a transparent panel and configured to direct the light from the light source to illuminate the display panel of the see-through augmented reality display device ; a multi-mode panel of the backlight assembly comprising an active shutter that provides variable light transmissivity based on an applied voltage and configured to switch on and off at least one of: the multi-mode panel, sections of the multi-mode panel, and individual pixels of the multi-mode panel; light refraction features configured to refract and scatter the light , the light refraction features spaced for approximate transparency of the backlight panel and to refract the light to illuminate the display panel ; and an active diffuser operable as an additional transparent panel and further operable for activation to diffuse the light from the backlight panel that illuminates the display panel . a light source configured to generate light ; a display panel including a color filter system configured for a percentage of transparency that permits an image being viewable through the display device; a backlight panel operable as a transparent panel and configured to direct the light from the light source to illuminate the display panel of the see-through augmented reality display device ; a multi-mode panel of the backlight assembly comprising an active shutter that provides variable light transmissivity based on an applied voltage and configured to switch on and off at least one of: the multi-mode panel, sections of the multi-mode panel, and individual pixels of the multi-mode panel; light refraction features configured to refract and scatter the light , the light refraction features spaced for approximate transparency of the backlight panel and to refract the light to illuminate the display panel ; and an active diffuser operable as an additional transparent panel and further operable for activation to diffuse the light from the backlight panel that illuminates the display panel .
A locomotion assistance device notably designed to enable locomotion learning among children suffering from cerebral palsy including: - a frame mounted on wheels - a seat accommodating an individual - connecting equipment secured to the seat by a first pivoting connection , whereby the connecting equipment is secured to the frame by a second pivoting connection , allowing the seat to switch between an approximately horizontal and vertical position, respectively corresponding to locomotion positions described as "crawling" and "sitting". - a frame mounted on wheels - a seat accommodating an individual - connecting equipment secured to the seat by a first pivoting connection , whereby the connecting equipment is secured to the frame by a second pivoting connection , allowing the seat to switch between an approximately horizontal and vertical position, respectively corresponding to locomotion positions described as "crawling" and "sitting".
A reference vibrator configured to be mounted to an unbalance measurement device for a rotary product having a rotor inside, and to apply vibrations to the unbalance measurement device for checking repeatability of the unbalance measurement device, the unbalance measurement device comprising a mount for mounting the rotary product, the reference vibrator comprising: a vibrator body ; a vibration generator that is fixed to the vibrator body and configured to apply vibrations to the vibrator body; and a control unit configured to control the vibration generator, characterized in that the vibrator body is configured to be mounted to the mount in a same mounting state as the rotary product, wherein the gravity center position of the vibrator body is set to be equivalent to a gravity center position of the rotary product whose vibrations are to be simulated. a vibrator body ; a vibration generator that is fixed to the vibrator body and configured to apply vibrations to the vibrator body; and a control unit configured to control the vibration generator, characterized in that the vibrator body is configured to be mounted to the mount in a same mounting state as the rotary product, wherein the gravity center position of the vibrator body is set to be equivalent to a gravity center position of the rotary product whose vibrations are to be simulated.
A luminaire housing formed by a cover or by a cover cooperating with a base and the luminaire housing comprising a light chamber at least partially delimited by a light-transmissive wall with a thickness Tw of said cover comprising at least one rounded corner section in between two further linear, planar sections , said light chamber comprising a mounting region in which at least one solid state lighting element is mounted, wherein the rounded corner section has an inner surface having opposing inner endpoints and an outer surface having opposing outer endpoints , wherein the light-transmissive cover comprises a pair of said rounded corner sections , and wherein one of said further sections is located in between the pair of rounded corner sections , and wherein the light transmissive wall is of constant thickness, characterized in that - a plane (P1,P2) under critical angle θc at the inner surface at an inner endpoint does not extend through the outer surface of the rounded corner section , such that no ray of light emitted by the at least one solid state lighting element entering the light-transmissive cover via the further inner surface of the further section exits the light-transmissive cover from the outer surface of the rounded corner section. - a plane (P1,P2) under critical angle θc at the inner surface at an inner endpoint does not extend through the outer surface of the rounded corner section , such that no ray of light emitted by the at least one solid state lighting element entering the light-transmissive cover via the further inner surface of the further section exits the light-transmissive cover from the outer surface of the rounded corner section.
A securing device for securing a panel of a drawer on a frame , having - at least one panel support which can be arranged on the panel having an end face facing towards the panel , - at least one adapter which can be secured in a frame , on which the panel support can be secured, - wherein the adapter has at least one catching device, using which a respective connecting element arranged on the panel support can be secured in an installation position on the adapter , - wherein the panel support can be pushed in the frame longitudinal direction onto the adapter of the frame , - wherein an interacting catch device is formed between a lateral wall of the adapter and a lateral wall of the panel support arranged opposite thereto, by which the panel support is held displaceably in a linearly limited manner in the release direction (L) on the adapter when the catching device(s) is/are released - wherein between two lateral walls of the panel support oriented approximately parallel to one another, at least one support surface arranged vertically in relation thereto is formed, which is formed as a sheet metal tongue and is bent from the respective side wall of the panel support towards the other side wall , which support surface has a greater distance to the end face of the panel support in the frame longitudinal direction (Y) than respective one connecting element of the panel support . - at least one panel support which can be arranged on the panel having an end face facing towards the panel , - at least one adapter which can be secured in a frame , on which the panel support can be secured, - wherein the adapter has at least one catching device, using which a respective connecting element arranged on the panel support can be secured in an installation position on the adapter , - wherein the panel support can be pushed in the frame longitudinal direction onto the adapter of the frame , - wherein an interacting catch device is formed between a lateral wall of the adapter and a lateral wall of the panel support arranged opposite thereto, by which the panel support is held displaceably in a linearly limited manner in the release direction (L) on the adapter when the catching device(s) is/are released - wherein between two lateral walls of the panel support oriented approximately parallel to one another, at least one support surface arranged vertically in relation thereto is formed, which is formed as a sheet metal tongue and is bent from the respective side wall of the panel support towards the other side wall , which support surface has a greater distance to the end face of the panel support in the frame longitudinal direction (Y) than respective one connecting element of the panel support .
Bottling apparatus in aseptic conditions for containers made of thermoplastic material, comprising: at least one mobile organ (5; 223; 225) partially located in a contamination-controlled environment that is isolated from an external environment ; an actuation device for actuating said at least one mobile organ (5; 223; 225), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator ; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (5; 223; 225); a first support and a second support for said rotor in which said rotor is slidably mounted, said first support and said second support being located at opposite ends of the cylindrical stator and integrally connected thereto, in each of said supports being obtained at least one passage (707, 807; 107a, 207a) to allow a sanitizing fluid to flow through said separation volume . at least one mobile organ (5; 223; 225) partially located in a contamination-controlled environment that is isolated from an external environment ; an actuation device for actuating said at least one mobile organ (5; 223; 225), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator ; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (5; 223; 225); a first support and a second support for said rotor in which said rotor is slidably mounted, said first support and said second support being located at opposite ends of the cylindrical stator and integrally connected thereto, in each of said supports being obtained at least one passage (707, 807; 107a, 207a) to allow a sanitizing fluid to flow through said separation volume . a cylindrical stator ; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (5; 223; 225); a first support and a second support for said rotor in which said rotor is slidably mounted, said first support and said second support being located at opposite ends of the cylindrical stator and integrally connected thereto, in each of said supports being obtained at least one passage (707, 807; 107a, 207a) to allow a sanitizing fluid to flow through said separation volume .
A wound dressing comprising: a mesh formed from a plurality of biodegradable polymer fibers; a first active agent dispersed in the biodegradable polymer fibers, wherein the first active agent comprises a growth factor; a plurality of biodegradable polymer particles disposed in the mesh; and a second active agent dispersed in the biodegradable polymer particles, wherein the second active agent comprises a growth factor. a mesh formed from a plurality of biodegradable polymer fibers; a first active agent dispersed in the biodegradable polymer fibers, wherein the first active agent comprises a growth factor; a plurality of biodegradable polymer particles disposed in the mesh; and a second active agent dispersed in the biodegradable polymer particles, wherein the second active agent comprises a growth factor.
A method for transporting a gas from a production point to a use point, the method including: • a gas liquefaction step in which the gas is cooled to a temperature lower than a liquefaction temperature of said gas in a heat exchange unit , • a step of transporting the liquefied gas to the use point, the heat exchange unit is close to the production point and frigories coming from a medium stored beforehand in a tank mounted on a vehicle proximate to the heat exchange unit are used for cooling in the heat exchange unit , characterized in that the tank is a unique tank separated by a removable wall so as to form a medium tank and a liquefied gas tank. • a gas liquefaction step in which the gas is cooled to a temperature lower than a liquefaction temperature of said gas in a heat exchange unit , • a step of transporting the liquefied gas to the use point,
Method for the detection and/or determination of volatile sulfurs in gases or in matrices that emit volatile sulfurs, comprising the stages of: a) exposing a passive colorimetric solid sensor comprising silver nanoparticles between 10 nm and 40 nm in diameter immobilised in a nylon membrane with a pore size between 0.22 microns and 1 micron, to a gas or matrix that emits volatile sulfurs for between 2 and 60 minutes; b) removing the sensor and determining its colouration by means of visual inspection, diffuse reflectance or RGB colour analysis of a digital image of the sensor; and c) based on the data obtained in stage b), determining the concentration of volatile sulfurs in the gas by means of calibration lines or colour patterns. a) exposing a passive colorimetric solid sensor comprising silver nanoparticles between 10 nm and 40 nm in diameter immobilised in a nylon membrane with a pore size between 0.22 microns and 1 micron, to a gas or matrix that emits volatile sulfurs for between 2 and 60 minutes; b) removing the sensor and determining its colouration by means of visual inspection, diffuse reflectance or RGB colour analysis of a digital image of the sensor; and c) based on the data obtained in stage b), determining the concentration of volatile sulfurs in the gas by means of calibration lines or colour patterns.
A method of supporting traffic recovery at a switching node of an OpenFlow network , wherein the switching node has a plurality of ports and the switching node has at least one flow table for storing flow entries which determine forwarding of received packets between the ports , the method comprising: receiving an instruction from a controller to configure a backup path at the switching node ; installing a flow entry for the backup path in the at least one flow table of the switching node ; and renewing the flow entry for the backup path based on at least one of: an association between the flow entry for the backup path and a flow entry for a working path at the switching node , wherein the flow entry for the backup path is renewed when the flow entry for the working path is used to forward a received packet; and receiving a flow entry renewal packet from another switching node on the backup path. receiving an instruction from a controller to configure a backup path at the switching node ; installing a flow entry for the backup path in the at least one flow table of the switching node ; and renewing the flow entry for the backup path based on at least one of: an association between the flow entry for the backup path and a flow entry for a working path at the switching node , wherein the flow entry for the backup path is renewed when the flow entry for the working path is used to forward a received packet; and receiving a flow entry renewal packet from another switching node on the backup path. an association between the flow entry for the backup path and a flow entry for a working path at the switching node , wherein the flow entry for the backup path is renewed when the flow entry for the working path is used to forward a received packet; and receiving a flow entry renewal packet from another switching node on the backup path.
A method for producing a polyester foam comprising: providing a low intrinsic viscosity raw material, the low intrinsic viscosity raw material includes between 25% to 100% of a post consumer polyester, and the post consumer polyester has an intrinsic viscosity of less than 0.8 dl/g as measured by ASTM method D-4603; increasing the intrinsic viscosity of the low intrinsic viscosity raw material via a de-condensation reaction configured to support foaming, including increasing a molecular weight of the low intrinsic viscosity raw material by feeding the low intrinsic viscosity raw material into a solid-state reactor or by a melt-phase de-condensation reaction with vacuum using a melt-phase reactor, wherein the intrinsic viscosity of the low intrinsic viscosity raw material is increased to 1.1 dl/g or greater; creating a starting formulation including the low intrinsic viscosity raw material with the increased intrinsic viscosity; foaming the starting formulation to create the polyester foam; wherein, the polyester foam produced has a density of less than 0.65 g/cc. providing a low intrinsic viscosity raw material, the low intrinsic viscosity raw material includes between 25% to 100% of a post consumer polyester, and the post consumer polyester has an intrinsic viscosity of less than 0.8 dl/g as measured by ASTM method D-4603; increasing the intrinsic viscosity of the low intrinsic viscosity raw material via a de-condensation reaction configured to support foaming, including increasing a molecular weight of the low intrinsic viscosity raw material by feeding the low intrinsic viscosity raw material into a solid-state reactor or by a melt-phase de-condensation reaction with vacuum using a melt-phase reactor, wherein the intrinsic viscosity of the low intrinsic viscosity raw material is increased to 1.1 dl/g or greater; creating a starting formulation including the low intrinsic viscosity raw material with the increased intrinsic viscosity; foaming the starting formulation to create the polyester foam; wherein, the polyester foam produced has a density of less than 0.65 g/cc.
System for dispensing beverages and/or infusions made from ground powder, comprising - a dispensing machine having at least one dispensing unit for dispensing said beverages or infusions, by means of water acting on a predetermined dose of ground powder contained in a filter , - a grinding device having at least one grinding unit comprising a reservoir of grains or beans and grinding means of the grains or beans for obtaining said ground powder, - wherein the dispensing machine and the grinding device are operatively interconnected by means of a control unit programmed to control and regulate the grinding means in order to obtain a certain degree of fineness of the ground powder, depending on at least one infusion parameter of the dispensing machine so that said infusion parameter remains within a predetermined range, - characterized in that the system for dispensing beverages is equipped with at least one weighing device which weighs the amount of ground powder produced by the grinding device , ensuring that said amount is always within a predetermined range, regardless of the adjustment made of the grinding means depending on the infusion parameter or changes in environmental conditions that change the grinding behavior of the grains or beans. - a dispensing machine having at least one dispensing unit for dispensing said beverages or infusions, by means of water acting on a predetermined dose of ground powder contained in a filter , - a grinding device having at least one grinding unit comprising a reservoir of grains or beans and grinding means of the grains or beans for obtaining said ground powder, - wherein the dispensing machine and the grinding device are operatively interconnected by means of a control unit programmed to control and regulate the grinding means in order to obtain a certain degree of fineness of the ground powder, depending on at least one infusion parameter of the dispensing machine so that said infusion parameter remains within a predetermined range, - characterized in that the system for dispensing beverages is equipped with at least one weighing device which weighs the amount of ground powder produced by the grinding device , ensuring that said amount is always within a predetermined range, regardless of the adjustment made of the grinding means depending on the infusion parameter or changes in environmental conditions that change the grinding behavior of the grains or beans.
A wellbore hydraulic line rectification device arranged to rectify a hydraulic line in-situ, wherein the wellbore rectification device is characterized in that it comprises; - a rectification line feeder , - a longitudinal first rectification line , wherein the rectification line feeder is arranged to provide a push force and feed the first rectification line longitudinally into the hydraulic line , - wherein a cross section (CS) of the first rectification line has at least three protrusions arranged to slide along an inner surface of the hydraulic line . - a rectification line feeder , - a longitudinal first rectification line , wherein the rectification line feeder is arranged to provide a push force and feed the first rectification line longitudinally into the hydraulic line , - wherein a cross section (CS) of the first rectification line has at least three protrusions arranged to slide along an inner surface of the hydraulic line .