mhurhangee/patent-ind-claim-en huggingface dataset:
Method for onboarding a device comprising: a first step of receiving, by a network element and from the device, a connect message this message comprising a unique network identifier address of the device, a second step of receiving a first hash and is a serial number of the device, the first hash being the hash of the concatenation of the serial number and the unique network identifier address, a step of determining a second hash of the concatenation of the serial number and the unique network identifier address of the device, and a step of onboarding the device if the first hash is equal to the second hash. a first step of receiving, by a network element and from the device, a connect message this message comprising a unique network identifier address of the device, a second step of receiving a first hash and is a serial number of the device, the first hash being the hash of the concatenation of the serial number and the unique network identifier address, a step of determining a second hash of the concatenation of the serial number and the unique network identifier address of the device, and a step of onboarding the device if the first hash is equal to the second hash.
A coupling device for a tube having a Palladium-based membrane deposited thereon, the tube for use in separation and purification of hydrogen in a hydrogen separator or reactor, the coupling device having an inlet for a gas and configured to couple said tube to the inlet so that the gas can be supplied via the inlet into the tube, the coupling device comprising: a body part with a cylindrical opening for receiving the tube, the opening being arranged to receive gas flow to the inlet; and a nut , wherein the body part and the nut being configured such that the nut can be screwed onto the body part at the opening; the coupling device further having a stack of at least two sealing rings provided between an end portion of the body part surrounding the opening and an axial end portion of the nut, wherein the body part, the nut and the stack of sealing rings are configured such that the tube extends through the axial end portion of the nut, through the stack of sealing rings and into the opening such that, in use, the stack of sealing rings is compressed in an axial direction of the stack as a result of screwing the nut onto the body part so that the sealing rings sealingly engage a circumferential surface of the tube, wherein a sealing ring of the stack of sealing rings , which sealing ring in use contacts the end portion of the body part surrounding the opening , is a square or rectangular shaped O-ring characterised in that the square or rectangular shaped O-ring has an axially protruding tapered ridge , preferably a circumferential ridge, facing the end portion of the body part, wherein the end portion of the body part has a correspondingly tapered or chamfered portion for receiving therein the ridge . a body part with a cylindrical opening for receiving the tube, the opening being arranged to receive gas flow to the inlet; and a nut , wherein the body part and the nut being configured such that the nut can be screwed onto the body part at the opening; the coupling device further having a stack of at least two sealing rings provided between an end portion of the body part surrounding the opening and an axial end portion of the nut, wherein the body part, the nut and the stack of sealing rings are configured such that the tube extends through the axial end portion of the nut, through the stack of sealing rings and into the opening such that, in use, the stack of sealing rings is compressed in an axial direction of the stack as a result of screwing the nut onto the body part so that the sealing rings sealingly engage a circumferential surface of the tube, wherein a sealing ring of the stack of sealing rings , which sealing ring in use contacts the end portion of the body part surrounding the opening , is a square or rectangular shaped O-ring
An oven, comprising a cavity defining a cooking chamber , a heat insulating layer provided for surrounding an outer wall of the cavity and a hole provided on the heat insulating layer characterized in that a temperature measurement unit is having a conductive probe extending inside the hole reaching the cavity from a distal end ; a conductive bridge is secured to temperature sensors from proximal end of the conductive probe in a heat transferrable manner and provided between a first temperature sensor and at least a second neighbouring temperature sensor wherein the first and second temperature sensors are positioned at close to each other on the conductive bridge element such that temperature measurements for different purposes over the cavity are made by using a single conductive probe.
A disk brake system , comprising: a pressure plate ; a stator friction disk having a stator density, located axially between the pressure plate and an end plate ; a rotor friction disk having a rotor density, located axially between the pressure plate and the end plate , wherein the rotor friction disk and the stator friction disk are annular disks, and the rotor friction disk and the stator friction disk are adjacent to one another and disposed coaxially, wherein the stator friction disk is a split friction disk comprising a split friction disk first half and a split friction disk second half ; and a damping feature located axially between the split friction disk first half and the split friction disk second half ; characterized in that the damping feature comprises carbon foam having a damping feature density, and the damping feature comprises a porosity of between 60%-85%. a pressure plate ; a stator friction disk having a stator density, located axially between the pressure plate and an end plate ; a rotor friction disk having a rotor density, located axially between the pressure plate and the end plate , wherein the rotor friction disk and the stator friction disk are annular disks, and the rotor friction disk and the stator friction disk are adjacent to one another and disposed coaxially, wherein the stator friction disk is a split friction disk comprising a split friction disk first half and a split friction disk second half ; and a damping feature located axially between the split friction disk first half and the split friction disk second half ; characterized in that the damping feature comprises carbon foam having a damping feature density, and the damping feature comprises a porosity of between 60%-85%.
A computer-implemented method comprising: executing a video game application at a server that is remotely connected to a game controller and a client device used for player interaction with the video game application; and responsive to detecting, at the server, instantiation of a player interactive window in a video stream generated in association with the video game application, preventing, by the server, one or more player inputs from the game controller that are received during a specified filter window following instantiation of the player interactive window from being interpreted by the video game application as player input that is reactive to the player interactive window, wherein detecting instantiation of the player interactive window comprises detecting, at the server, an initial presence of an object indicating a player interactive window in a frame of the video stream using an object recognition model which is configured to search for the presence of one or more characteristics indicative of a player interactive window in the frame. executing a video game application at a server that is remotely connected to a game controller and a client device used for player interaction with the video game application; and responsive to detecting, at the server, instantiation of a player interactive window in a video stream generated in association with the video game application, preventing, by the server, one or more player inputs from the game controller that are received during a specified filter window following instantiation of the player interactive window from being interpreted by the video game application as player input that is reactive to the player interactive window, wherein detecting instantiation of the player interactive window comprises detecting, at the server, an initial presence of an object indicating a player interactive window in a frame of the video stream using an object recognition model which is configured to search for the presence of one or more characteristics indicative of a player interactive window in the frame.
An ostomy appliance comprising: an outer wall having first and second opposed sidewalls joined at an outer periphery , an inlet opening and a filter , wherein the outer wall defines an interior volume comprising a collection area , wherein the collection area is a portion of the interior volume below the inlet opening, wherein the filter is disposed above the inlet opening, and a fastener on an external surface of the outer wall, wherein the fastener includes a first fastener part and a second fastener part spaced from the first fastener part, the fastener movable between a released state in which the ostomy appliance is in an unfolded state, and a fastened state in which the ostomy appliance is a folded state, wherein the ostomy appliance, in the folded state, further includes a crease positioned between the inlet opening and the filter, characterised in that a portion of the ostomy appliance above the crease is folded over onto a base portion of the ostomy appliance in the folded state such that the first fastener part and the second fastener part are engaged to hold the ostomy appliance in the folded state, wherein moving the ostomy appliance between the folded state and the unfolded state does not affect a capacity of the collection area. an outer wall having first and second opposed sidewalls joined at an outer periphery , an inlet opening and a filter , wherein the outer wall defines an interior volume comprising a collection area , wherein the collection area is a portion of the interior volume below the inlet opening, wherein the filter is disposed above the inlet opening, and a fastener on an external surface of the outer wall, wherein the fastener includes a first fastener part and a second fastener part spaced from the first fastener part, the fastener movable between a released state in which the ostomy appliance is in an unfolded state, and a fastened state in which the ostomy appliance is a folded state, wherein the ostomy appliance, in the folded state, further includes a crease positioned between the inlet opening and the filter, characterised in that a portion of the ostomy appliance above the crease is folded over onto a base portion of the ostomy appliance in the folded state such that the first fastener part and the second fastener part are engaged to hold the ostomy appliance in the folded state, wherein moving the ostomy appliance between the folded state and the unfolded state does not affect a capacity of the collection area.
A mounting management device that is configured to manage information relating to a component (P) of a mounting process device in which a storage section with the component (P) stored therein is installed and which is configured to execute a mounting process to mount the component (P) on a printed circuit board, the mounting management device comprising: information acquisition means configured to acquire measurement information relating to a result obtained by measurement of each of the components (P) and indicating whether the measurement has been performed; information storage means for storing device information in which the acquired measurement information that is associated with information relating to the storage section is registered; and output control means for outputting the measurement information corresponding to the storage section to at least one of the mounting process device and an external device. information acquisition means configured to acquire measurement information relating to a result obtained by measurement of each of the components (P) and indicating whether the measurement has been performed; information storage means for storing device information in which the acquired measurement information that is associated with information relating to the storage section is registered; and output control means for outputting the measurement information corresponding to the storage section to at least one of the mounting process device and an external device.
A three-dimensional shaping apparatus comprising: a storage unit configured to store powder; a supplying unit configured to supply the powder to the storage unit to form a layer of the powder; a discharging unit configured to discharge shaping liquid to solidify the powder onto the powder; and a controlling unit configured to generate a control signal for controlling the supplying unit and the discharging unit based on shaping data indicating a shape of a three-dimensional shaped object, characterized in that the controlling unit is configured to laminate at least one sacrificial layer separable from at least one shaping layer corresponding to the three-dimensional shaped object in such a position that the at least one sacrificial layer is under the at least one shaping layer, based on the shaping data and powder information stored in advance and indicating change in thickness of a layer of the powder caused by permeation of the shaping liquid, wherein the at least one sacrificial layer includes a separation layer or a separation layer is included between the at least one sacrificial layer and the at least one shaping layer, and the shaping liquid is not discharged onto the separation layer. a storage unit configured to store powder; a supplying unit configured to supply the powder to the storage unit to form a layer of the powder; a discharging unit configured to discharge shaping liquid to solidify the powder onto the powder; and a controlling unit configured to generate a control signal for controlling the supplying unit and the discharging unit based on shaping data indicating a shape of a three-dimensional shaped object, characterized in that the controlling unit is configured to laminate at least one sacrificial layer separable from at least one shaping layer corresponding to the three-dimensional shaped object in such a position that the at least one sacrificial layer is under the at least one shaping layer, based on the shaping data and powder information stored in advance and indicating change in thickness of a layer of the powder caused by permeation of the shaping liquid, wherein the at least one sacrificial layer includes a separation layer or a separation layer is included between the at least one sacrificial layer and the at least one shaping layer, and the shaping liquid is not discharged onto the separation layer.
A method for reporting power headroom, PH, for a sounding reference signal, SRS, characterized by the method comprising: calculating , by a terminal device, at least one expected SRS transmit power on at least one SRS resource comprised in a target SRS resource set, wherein the target SRS resource set is an SRS resource set on a target carrier or a target bandwidth part, BWP; when the terminal device transmits an SRS on the target carrier or the target BWP at a moment of calculating the PH, or the target carrier or the target BWP is a currently activated carrier or BWP, the target SRS resource set is an SRS resource set currently used for SRS transmission on the target carrier or the target BWP, or the target SRS resource set is an SRS resource set associated with current physical uplink shared channel, PUSCH, transmission; and/or when the terminal device does not transmit an SRS on the target carrier or the target BWP at a moment of calculating the PH, or the target carrier or the target BWP is not an activated carrier or BWP, the target SRS resource set is an SRS resource set with a lowest set index on the target carrier or the target BWP, or the target SRS resource set is an SRS resource set with a lowest set index on a recently activated BWP on the target carrier; obtaining , by the terminal device, PH of the target SRS resource set through calculation according to the at least one expected SRS transmit power on the at least one SRS resource; and reporting , by the terminal device, the PH of the target SRS resource set obtained through calculation. calculating , by a terminal device, at least one expected SRS transmit power on at least one SRS resource comprised in a target SRS resource set, wherein the target SRS resource set is an SRS resource set on a target carrier or a target bandwidth part, BWP; when the terminal device transmits an SRS on the target carrier or the target BWP at a moment of calculating the PH, or the target carrier or the target BWP is a currently activated carrier or BWP, the target SRS resource set is an SRS resource set currently used for SRS transmission on the target carrier or the target BWP, or the target SRS resource set is an SRS resource set associated with current physical uplink shared channel, PUSCH, transmission; and/or when the terminal device does not transmit an SRS on the target carrier or the target BWP at a moment of calculating the PH, or the target carrier or the target BWP is not an activated carrier or BWP, the target SRS resource set is an SRS resource set with a lowest set index on the target carrier or the target BWP, or the target SRS resource set is an SRS resource set with a lowest set index on a recently activated BWP on the target carrier; obtaining , by the terminal device, PH of the target SRS resource set through calculation according to the at least one expected SRS transmit power on the at least one SRS resource; and reporting , by the terminal device, the PH of the target SRS resource set obtained through calculation.
A method performed by a policy and charging function, PCF, adapted to operate in a wireless communication system , the method comprising: transmitting (S600), to a user equipment, UE, a wireless local area network, WLAN, selection policy; transmitting (S610), to a network data analytics function, NWDAF, a subscription to analytics related to a WLAN, wherein the subscription to the analytics related to the WLAN includes a target of analytics reporting, analytics filter information, and an analytics target period, and wherein the analytics filter information includes an area of interest, a service set ID, SSID, and a basic service set ID, BSSID; receiving (S620), from the NWDAF, the analytics related to the WLAN in response to the subscription, wherein the analytics related to the WLAN includes the area of interest, and a list of analytics per SSID, and wherein the list of analytics per SSID includes a reference signal strength indicator, RSSI, and a number of UEs observed for the SSID; and updating (S630) the WLAN selection policy based on the analytics related to the WLAN. transmitting (S600), to a user equipment, UE, a wireless local area network, WLAN, selection policy; transmitting (S610), to a network data analytics function, NWDAF, a subscription to analytics related to a WLAN, wherein the subscription to the analytics related to the WLAN includes a target of analytics reporting, analytics filter information, and an analytics target period, and wherein the analytics filter information includes an area of interest, a service set ID, SSID, and a basic service set ID, BSSID; receiving (S620), from the NWDAF, the analytics related to the WLAN in response to the subscription, wherein the analytics related to the WLAN includes the area of interest, and a list of analytics per SSID, and wherein the list of analytics per SSID includes a reference signal strength indicator, RSSI, and a number of UEs observed for the SSID; and updating (S630) the WLAN selection policy based on the analytics related to the WLAN.
Use of a layer of mineral on the wall of a food product storage silo, wherein food product scraps and/or dust are attached to the walls of the silo after emptying of the silo, for producing a barrier between parasites and the food product scraps and/or dust, characterised in that • the mineral is chosen from: sodium bicarbonate, trona, sodium carbonate, magnesium carbonate, magnesium oxide, sodium sulphate, and mixtures thereof, • the mineral being in the form of particles having an average diameter of at most 200 μm, and • the layer comprising at least 10 g of the mineral per m 2 of wall, wherein the parasites are arthropods such as insects or acarids which develop in cereals and wherein the layer additionally comprises a co-formulant of the mineral, the co-formulant being selected from: a silica, a diatomaceous earth, an alkaline-earth metal silicate, a clay, a montmorillonite, a zeolite, and mixtures thereof. • the mineral is chosen from: sodium bicarbonate, trona, sodium carbonate, magnesium carbonate, magnesium oxide, sodium sulphate, and mixtures thereof, • the mineral being in the form of particles having an average diameter of at most 200 μm, and • the layer comprising at least 10 g of the mineral per m 2 of wall, wherein the parasites are arthropods such as insects or acarids which develop in cereals and wherein the layer additionally comprises a co-formulant of the mineral, the co-formulant being selected from: a silica, a diatomaceous earth, an alkaline-earth metal silicate, a clay, a montmorillonite, a zeolite, and mixtures thereof.
A system comprising: a gas turbine engine having at least one compressor section and at least one turbine section mounted on at least one spool , the at least one compressor section being configured to receive an inlet air stream , the gas turbine engine being configured to operate at an engine power level to satisfy an engine power demand; at least one generator operatively coupled to the gas turbine engine , the at least one generator being configured to generate electrical power based at least in part on the engine power demand; at least one heating element in communication with the at least one generator , the at least one heating element being configured to receive electrical power from the at least one generator , to generate thermal energy and to exchange heat with the inlet air stream ; and at least one control unit coupled to the at least one heating element , characterized in that the at least one control unit is configured to energize the at least one heating element when there is an anticipated increase in the engine power demand at a predetermined time frame prior to an actual increase in the engine power demand and to turn off the at least one heating element when an actual increase in the engine power demand occurs. a gas turbine engine having at least one compressor section and at least one turbine section mounted on at least one spool , the at least one compressor section being configured to receive an inlet air stream , the gas turbine engine being configured to operate at an engine power level to satisfy an engine power demand; at least one generator operatively coupled to the gas turbine engine , the at least one generator being configured to generate electrical power based at least in part on the engine power demand; at least one heating element in communication with the at least one generator , the at least one heating element being configured to receive electrical power from the at least one generator , to generate thermal energy and to exchange heat with the inlet air stream ; and at least one control unit coupled to the at least one heating element , characterized in that the at least one control unit is configured to energize the at least one heating element when there is an anticipated increase in the engine power demand at a predetermined time frame prior to an actual increase in the engine power demand and to turn off the at least one heating element when an actual increase in the engine power demand occurs.