mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a sounding reference signal, SRS, in a wireless communication system, the method comprising: receiving a UE-specific configuration indicating possible subframes for SRS transmission via a radio resource control, RRC, signaling, wherein the UE-specific configuration includes an indicator indicating an aperiodic SRS transmission or a periodic SRS transmission; when the indicator indicates the aperiodic SRS transmission, receiving a physical downlink control channel, PDCCH, signal including request information of requesting the aperiodic SRS transmission, and transmitting the SRS one time in response to the request information within the possible subframes only; and when the indicator indicates the periodic SRS transmission, transmitting the SRS periodically within the possible subframes. receiving a UE-specific configuration indicating possible subframes for SRS transmission via a radio resource control, RRC, signaling, wherein the UE-specific configuration includes an indicator indicating an aperiodic SRS transmission or a periodic SRS transmission; when the indicator indicates the aperiodic SRS transmission, receiving a physical downlink control channel, PDCCH, signal including request information of requesting the aperiodic SRS transmission, and transmitting the SRS one time in response to the request information within the possible subframes only; and when the indicator indicates the periodic SRS transmission, transmitting the SRS periodically within the possible subframes.
Trap that is suitable for use in a water discharge tank, whereby the trap is intended to be installed in the tank and connected to an opening in a wall of the tank whereby the trap, moreover, is at least provided with the following elements: - an internal part with a bottom and an upstanding, internal wall, whereby the internal part opposite the bottom is provided with an opening for the supply of discharge water or discharge fluid; - an external part in the form of a hood that serves as conductive element for the supply of discharge water or discharge fluid to the opening on the internal part; - a covering part of the external part intended to extend over the internal part after assembly and over the opening on the internal part and this at a certain distance thereof; - an external wall of the external part which extends from the covering part to an edge and whereby this external wall after assembly surrounds a part of the internal wall; - a grille intended to be mounted in the opening on the internal part in order to prevent oversized elements in the discharge water or discharge fluid from flowing through to the internal part; characterized in that the covering part of the external part is executed as a separate lid that can be affixed in a removable way on the external wall of the external part, and in that said lid is provided with retaining means with which the grille can be held in place in a detachable way, whereby by affixing the lid on the external wall the grille is fittingly affixed in the opening of the internal part. - an internal part with a bottom and an upstanding, internal wall, whereby the internal part opposite the bottom is provided with an opening for the supply of discharge water or discharge fluid; - an external part in the form of a hood that serves as conductive element for the supply of discharge water or discharge fluid to the opening on the internal part; - a covering part of the external part intended to extend over the internal part after assembly and over the opening on the internal part and this at a certain distance thereof; - an external wall of the external part which extends from the covering part to an edge and whereby this external wall after assembly surrounds a part of the internal wall; - a grille intended to be mounted in the opening on the internal part in order to prevent oversized elements in the discharge water or discharge fluid from flowing through to the internal part; characterized in that the covering part of the external part is executed as a separate lid that can be affixed in a removable way on the external wall of the external part, and in that said lid is provided with retaining means with which the grille can be held in place in a detachable way, whereby by affixing the lid on the external wall the grille is fittingly affixed in the opening of the internal part.
A flow generator for a CPAP device including a flow generator outlet configured to connect to a humidifier, a motor configured to pressurize air, the motor having a motor outlet, and characterized by comprising a chamber having an inlet coupled to the motor outlet and a chamber outlet in communication with the flow generator outlet, wherein the chamber is configured to store a volume of water that may be accidentally introduced into the flow generator from the humidifier to prevent that the water reaches the motor, wherein an axis of the motor outlet is aligned with an axis of the chamber outlet and/or the flow generator outlet. a flow generator outlet configured to connect to a humidifier, a motor configured to pressurize air, the motor having a motor outlet, and characterized by comprising a chamber having an inlet coupled to the motor outlet and a chamber outlet in communication with the flow generator outlet, wherein the chamber is configured to store a volume of water that may be accidentally introduced into the flow generator from the humidifier to prevent that the water reaches the motor, wherein an axis of the motor outlet is aligned with an axis of the chamber outlet and/or the flow generator outlet.
A novel method for extraction of Oxyresveratrol from Artocarpus hirsutus, said method comprising steps of: a) Cutting, drying the wood of A. hirsutus and pulverising to coarse powder; b) Extracting powdered material from step a with 9 volumes hot ethanol completely c) Filtering to separate the ethanol extract from step b; d) Concentrating the extract from step c under vacuum at 50-55 °C to thick paste; e) Drying the extract from step d completely in vacuum tray dryer at 65-70 °C to get powder; f) Dissolving the powder from step e in 2 volumes ethanol; g) Addition of the ethanolic extract from step f slowly into 10 volumes of water under continuous stirring; h) Separating the insolubles obtained from step g to get clear layer by filtration; i) Washing the clear layer from step h with 1 volume chloroform and discard the chloroform layer j) Extracting the clear layer from step i with 1 volume ethyl acetate k) Concentrating the ethyl acetate layer from step j under vacuum at 50-55 °C to thick paste; l) Drying the concentrated extract from step k to get powder in vacuum tray dryer at 65-70 °C; m) Dissolving the powder from step 1 in 4 volumes water and heating upto 80-90 °C for 8 h under stirring; n) Cool the water layer from step m to 10-15 °C for 8 h and allowed for crystallization; o) Filtering the crystals obtained from step n; p) Drying the crystals from step o in a vacuum at 70-75 °C; q) Characterizing the crystals from step p as Oxyresveratrol from its 1 H and 13 C NMR spectra as well as from its LCMS spectrum as represented in STR#1 a) Cutting, drying the wood of A. hirsutus and pulverising to coarse powder; b) Extracting powdered material from step a with 9 volumes hot ethanol completely c) Filtering to separate the ethanol extract from step b; d) Concentrating the extract from step c under vacuum at 50-55 °C to thick paste; e) Drying the extract from step d completely in vacuum tray dryer at 65-70 °C to get powder; f) Dissolving the powder from step e in 2 volumes ethanol; g) Addition of the ethanolic extract from step f slowly into 10 volumes of water under continuous stirring; h) Separating the insolubles obtained from step g to get clear layer by filtration; i) Washing the clear layer from step h with 1 volume chloroform and discard the chloroform layer j) Extracting the clear layer from step i with 1 volume ethyl acetate k) Concentrating the ethyl acetate layer from step j under vacuum at 50-55 °C to thick paste; l) Drying the concentrated extract from step k to get powder in vacuum tray dryer at 65-70 °C; m) Dissolving the powder from step 1 in 4 volumes water and heating upto 80-90 °C for 8 h under stirring; n) Cool the water layer from step m to 10-15 °C for 8 h and allowed for crystallization; o) Filtering the crystals obtained from step n; p) Drying the crystals from step o in a vacuum at 70-75 °C; q) Characterizing the crystals from step p as Oxyresveratrol from its 1 H and 13 C NMR spectra as well as from its LCMS spectrum as represented in STR#1
Component having at least one tube portion which comprises a flange at its end, wherein the flange has an end face around an opening of the tube portion, which end face is covered with enamel, characterised in that the enamel has at least one continuous depression running around the opening.
A continuous or non-continuous ionic liquid alkylation process comprising a step for solids removal, the process further comprising the steps (a) measuring with a measuring device the solids content in the ionic liquid alkylation process stream by on line (in situ) or off line sampling; (b)in response to the solids measurement signal, regulating the flow of the ionic liquid side stream to be sent to the solids removal device; (c) regulating the flow of the fresh ionic liquid inlet stream, for controlling the solids content in the ionic liquid alkylation process to a pre-defined level. (a) measuring with a measuring device the solids content in the ionic liquid alkylation process stream by on line (in situ) or off line sampling; (b)in response to the solids measurement signal, regulating the flow of the ionic liquid side stream to be sent to the solids removal device; (c) regulating the flow of the fresh ionic liquid inlet stream,
A honeycomb filter for trapping and removing solid components contained in a fluid, the honeycomb filter comprising: a plurality of porous partition portions forming inlet cells being open at one end and closed at the other end and outlet cells being closed at one end and open at the other end, the cells serving as a flow path of the fluid, the inlet and outlet cells being alternately disposed; the honeycomb filter being divided into three regions of equal length in the flow path direction of the honeycomb filter, those regions being, in order in the flow path direction, the upstream, midstream and downstream regions; and a trapping layer for trapping and removing the solid components contained in the fluid, the trapping layer being disposed on each of the partition portions forming the inlet cells and containing particle groups having an average particle size smaller than the average pore size of the partition portions, wherein the upstream region of each of the inlet cells includes an undeposited region having no trapping layer, the undeposited regions of the inlet cells having an average length of 5% or more and 30% or less of the length of an inlet cell; and wherein, in a cross section perpendicular to the flow direction of the fluid, in the upstream region of the inlet cells, the area of the inlet cells having an undeposited region is 10% or more of the total area of the inlet cells. a plurality of porous partition portions forming inlet cells being open at one end and closed at the other end and outlet cells being closed at one end and open at the other end, the cells serving as a flow path of the fluid, the inlet and outlet cells being alternately disposed; the honeycomb filter being divided into three regions of equal length in the flow path direction of the honeycomb filter, those regions being, in order in the flow path direction, the upstream, midstream and downstream regions; and a trapping layer for trapping and removing the solid components contained in the fluid, the trapping layer being disposed on each of the partition portions forming the inlet cells and containing particle groups having an average particle size smaller than the average pore size of the partition portions, wherein the upstream region of each of the inlet cells includes an undeposited region having no trapping layer, the undeposited regions of the inlet cells having an average length of 5% or more and 30% or less of the length of an inlet cell; and wherein, in a cross section perpendicular to the flow direction of the fluid, in the upstream region of the inlet cells, the area of the inlet cells having an undeposited region is 10% or more of the total area of the inlet cells.
A locking assembly for a door, comprising: a keep (200, 250); a lock body comprising: a plurality of locking bolts (17B, 17C) for engaging the keep, a plurality of latch bolts (16A, 16B, 16C), wherein each of said locking bolts is located adjacent to one of the latch bolts, and an automatic actuation mechanism for actuating the plurality of locking bolts after the latch bolts have engaged the keep; wherein the automatic actuation mechanism comprises: a compressible trigger provided on the lock body for triggering the automatic actuation mechanism; and a contact surface provided on the keep, and configured to compress the compressible trigger when the lock body is aligned with the keep. a keep (200, 250); a lock body comprising: a plurality of locking bolts (17B, 17C) for engaging the keep, a plurality of latch bolts (16A, 16B, 16C), wherein each of said locking bolts is located adjacent to one of the latch bolts, and an automatic actuation mechanism for actuating the plurality of locking bolts after the latch bolts have engaged the keep; wherein a plurality of locking bolts (17B, 17C) for engaging the keep, a plurality of latch bolts (16A, 16B, 16C), wherein each of said locking bolts is located adjacent to one of the latch bolts, and an automatic actuation mechanism for actuating the plurality of locking bolts after the latch bolts have engaged the keep; wherein the automatic actuation mechanism comprises: a compressible trigger provided on the lock body for triggering the automatic actuation mechanism; and a contact surface provided on the keep, and configured to compress the compressible trigger when the lock body is aligned with the keep. a compressible trigger provided on the lock body for triggering the automatic actuation mechanism; and a contact surface provided on the keep, and configured to compress the compressible trigger when the lock body is aligned with the keep.
A solar cell comprising: first and second electrodes (12, 17); a perovskite layer provided between the first and second electrodes and containing an organic-inorganic perovskite compound represented by the formula RMX3 where R is an organic molecule, M is a metal atom, and X is a chlorine atom, a bromine atom, or a iodine atom; and a side-surface-protecting layer provided on a peripheral side of the perovskite layer to coat at least part of a side surface of the perovskite layer, characterized in that the side-surface-protecting layer contains at least one selected from the group consisting of a metal halide represented by the formula MX k, wherein k is an integer of 1 to 3, and an organometal halide or containing an organohalide represented by the formula RX. first and second electrodes (12, 17); a perovskite layer provided between the first and second electrodes and containing an organic-inorganic perovskite compound represented by the formula RMX3 where R is an organic molecule, M is a metal atom, and X is a chlorine atom, a bromine atom, or a iodine atom; and a side-surface-protecting layer provided on a peripheral side of the perovskite layer to coat at least part of a side surface of the perovskite layer, characterized in that the side-surface-protecting layer contains at least one selected from the group consisting of a metal halide represented by the formula MX k, wherein k is an integer of 1 to 3, and an organometal halide or containing an organohalide represented by the formula RX.
A method of enabling a content receiver to access encrypted content, the encrypted content comprising a scrambled data stream provided to the content receiver from a broadcast network and/or an IP TV stream provided to the content receiver from the internet, the content receiver forming part of a home network, the method comprising: executing, on a mobile device that also forms part of the home network, a key provisioning application, the key provisioning application having being downloaded to the mobile device from a server, wherein the mobile device is one of: a mobile telephone; a tablet computer; a laptop computer; a smart phone; and the key provisioning application receiving a key provisioning message and, based on the key provisioning message, providing to the content receiver via the home network one or more content decryption keys for decrypting the encrypted content comprising the scrambled data stream provided to the content receiver from a broadcast network and/or the IP TV stream provided to the content receiver from the internet, executing, on a mobile device that also forms part of the home network, a key provisioning application, the key provisioning application having being downloaded to the mobile device from a server, wherein the mobile device is one of: a mobile telephone; a tablet computer; a laptop computer; a smart phone; and the key provisioning application receiving a key provisioning message and, based on the key provisioning message, providing to the content receiver via the home network one or more content decryption keys for decrypting the encrypted content comprising the scrambled data stream provided to the content receiver from a broadcast network and/or the IP TV stream provided to the content receiver from the internet,
A powered fastener driver comprising: a first cylinder; a first piston positioned within the first cylinder, the first piston being moveable between a top-dead-center position and at or near a bottom-dead-center position; a second cylinder in fluid communication with the first cylinder; a second piston positioned within the second cylinder, the second piston being moveable between a top-dead-center position and a bottom-dead-center position to initiate a fastener driving cycle; a drive blade coupled to the second piston for movement therewith; and a drive mechanism configured to drive the first piston between the top-dead-center position and at or near the bottom-dead-center position, characterized in that the drive mechanism includes a crank arm configured to rotate less than 360 degrees, °, for moving the first piston from at or near the bottom-dead-center position and the top-dead-center position and then back to at or near the bottom-dead-center position to complete the fastener driving cycle. a first cylinder; a first piston positioned within the first cylinder, the first piston being moveable between a top-dead-center position and at or near a bottom-dead-center position; a second cylinder in fluid communication with the first cylinder; a second piston positioned within the second cylinder, the second piston being moveable between a top-dead-center position and a bottom-dead-center position to initiate a fastener driving cycle; a drive blade coupled to the second piston for movement therewith; and a drive mechanism configured to drive the first piston between the top-dead-center position and at or near the bottom-dead-center position,
An imaging system for a vehicle, comprising: an imager configured to image a scene external and forward of the vehicle and to generate image data corresponding to the acquired images; and a processor configured to receive and analyze the image data to identify red light sources and to further analyze each red light source to determine if the red light source is detected for a first predetermined time period, wherein if, between each pulse of the red light source, a detected brightness of the red light source returns to zero on a periodic basis and the red light source is not detected within a second predetermined time period based on a known frequency at which stop lights flash after it is detected, said processor is configured to: (a) determine that the red light source is a nonvehicle flashing red light source of a stop light at an intersection flashing at the known frequency at which stop lights flash and (b) generate a control signal that is used to set the exterior lights of the vehicle to a low beam state when a detected nonvehicle flashing red light source of a stop light reaches a predetermined threshold brightness related to a distance from the intersection where the stop light is located, otherwise if the red light source is detected for a third predetermined time period, said processor is configured to determine that the red light source may be a tail light of another vehicle. an imager configured to image a scene external and forward of the vehicle and to generate image data corresponding to the acquired images; and a processor configured to receive and analyze the image data to identify red light sources and to further analyze each red light source to determine if the red light source is detected for a first predetermined time period, wherein if, between each pulse of the red light source, a detected brightness of the red light source returns to zero on a periodic basis and the red light source is not detected within a second predetermined time period based on a known frequency at which stop lights flash after it is detected, said processor is configured to: (a) determine that the red light source is a nonvehicle flashing red light source of a stop light at an intersection flashing at the known frequency at which stop lights flash and (b) generate a control signal that is used to set the exterior lights of the vehicle to a low beam state when a detected nonvehicle flashing red light source of a stop light reaches a predetermined threshold brightness related to a distance from the intersection where the stop light is located, otherwise if the red light source is detected for a third predetermined time period, said processor is configured to determine that the red light source may be a tail light of another vehicle.
An apparatus configured to operate as a visited Authentication, Authorization and Accounting function for authenticating a user; the apparatus comprising: a transceiver that is configured to receive a request to authenticate the user, the request containing a username and a realm; wherein the realm includes a domain name of a home network, which holds a valid subscription of the user; and a processor that is configured to: identify a first address on a blockchain network corresponding to the realm; send a message to the first address on the blockchain network, the message containing a payment; receive a connection information package from the first address on the blockchain network after the payment is confirmed; and establish a connection with an authentication server in the realm using the connection information package; and authenticate the user via the authentication server in the realm. a transceiver that is configured to receive a request to authenticate the user, the request containing a username and a realm; wherein the realm includes a domain name of a home network, which holds a valid subscription of the user; and a processor that is configured to: identify a first address on a blockchain network corresponding to the realm; send a message to the first address on the blockchain network, the message containing a payment; receive a connection information package from the first address on the blockchain network after the payment is confirmed; and establish a connection with an authentication server in the realm using the connection information package; and authenticate the user via the authentication server in the realm. identify a first address on a blockchain network corresponding to the realm; send a message to the first address on the blockchain network, the message containing a payment; receive a connection information package from the first address on the blockchain network after the payment is confirmed; and establish a connection with an authentication server in the realm using the connection information package; and authenticate the user via the authentication server in the realm.