mhurhangee/ep-ind-claims huggingface dataset:
Method of flavoring high-moisture extruded plant proteins-based product, comprising the steps of: a) providing high moisture extruded plant proteins with a water content of from 30% to 70%, b) cleaning the high moisture extruded plant proteins provided at step a) by drying them down to a water content of from 25 % to 45%, thereby eliminating off-flavors, c) marinating the dried high moisture extruded plant proteins by contacting them with 20% to 40% by weight of at least one marinade, until said high moisture extruded plant proteins reach a water content of from 70% to 85%, thereby obtaining a flavored high-moisture extruded plant proteins-based product with reduced off-flavors. a) providing high moisture extruded plant proteins with a water content of from 30% to 70%, b) cleaning the high moisture extruded plant proteins provided at step a) by drying them down to a water content of from 25 % to 45%, thereby eliminating off-flavors, c) marinating the dried high moisture extruded plant proteins by contacting them with 20% to 40% by weight of at least one marinade, until said high moisture extruded plant proteins reach a water content of from 70% to 85%,
Orally disintegrating composition of anti-histamine drug, wherein the composition comprises anti-histamine drug, surfactant of Hydrophilic Lipophilic Balance value more than 20, and one or more pharmaceutically acceptable excipients, wherein the anti-histamine drug is ebastine, wherein surfactant of HLB value more than 20 is selected from the group consisting of Poloxamer, in particular PEG-PPG-PEG Poloxamer 188, PEG-PPG-PEG Poloxamer 338, PEG-PPG-PEG Poloxamer 237, and combination thereof, and wherein surfactant of HLB value more than 20 is present in an amount of less than 5 %, by weight compared to the total weight of the composition.
A method for wireless communications, comprising: communicating between a user equipment, UE, and a base station, BS, over downlink, DL, centric sub-frames (402, 502) and uplink, UL, centric sub-frames (404, 510), with common UL bursts (508, 710) having the same structure incorporated into each DL centric sub-frame (402, 502) and each UL centric sub-frame (404, 510), wherein a DL centric sub-frame (402, 502) comprises a DL burst having a duration longer than a duration of the common UL burst of the DL centric sub-frame, and a UL centric sub-frame (404, 510) comprises a DL burst having a duration shorter than a duration of an UL burst of the UL centric sub-frame; transmitting, from the UE to the BS, a common uplink, UL, burst (410, 508, 516, 710, 716) in each DL centric sub-frame (402, 502) and each UL centric sub-frame (404, 510) communicated between the UE and the BS; wherein the common UL burst (410, 508, 516, 710, 716) comprises at least one of a physical layer, PHY, acknowledgement, ACK, a scheduling request, SR, a buffer status report, BSR, or a sounding reference signal, SRS; and transmitting, from the UE, scheduled UL payload data in at least one common UL burst (410, 508, 516, 710, 716) of at least one sub-frame (402, 404, 502, 510) communicated between the UE and the BS, wherein transmitting the scheduled UL payload data comprises transmitting a Physical Uplink Shared Channel, PUSCH, data based on an UL power headroom available to the UE. communicating between a user equipment, UE, and a base station, BS, over downlink, DL, centric sub-frames (402, 502) and uplink, UL, centric sub-frames (404, 510), with common UL bursts (508, 710) having the same structure incorporated into each DL centric sub-frame (402, 502) and each UL centric sub-frame (404, 510), wherein a DL centric sub-frame (402, 502) comprises a DL burst having a duration longer than a duration of the common UL burst of the DL centric sub-frame, and a UL centric sub-frame (404, 510) comprises a DL burst having a duration shorter than a duration of an UL burst of the UL centric sub-frame; transmitting, from the UE to the BS, a common uplink, UL, burst (410, 508, 516, 710, 716) in each DL centric sub-frame (402, 502) and each UL centric sub-frame (404, 510) communicated between the UE and the BS; wherein the common UL burst (410, 508, 516, 710, 716) comprises at least one of a physical layer, PHY, acknowledgement, ACK, a scheduling request, SR, a buffer status report, BSR, or a sounding reference signal, SRS; and transmitting, from the UE, scheduled UL payload data in at least one common UL burst (410, 508, 516, 710, 716) of at least one sub-frame (402, 404, 502, 510) communicated between the UE and the BS, wherein transmitting the scheduled UL payload data comprises transmitting a Physical Uplink Shared Channel, PUSCH, data based on an UL power headroom available to the UE.
Method for treating with upward flow an aqueous fluid by adsorption on powdered activated carbon within an activated carbon fluidised bed, said method comprising the steps of: a) bringing the aqueous fluid to treat into contact with a coagulant, a flocculant and fresh powdered activated carbon, said aqueous fluid to treat being selected from among urban or tertiary wastewater, surface water and ground water; b) injecting the aqueous fluid obtained at the end of step a) comprising a coagulant, a flocculant and fresh powdered activated carbon into the lower part of a powdered activated carbon fluidised bed of which the average concentration of activated carbon varies from 2 to 10 g/l, in such a way as to bring the aqueous fluid obtained at step (a) into contact with the particles of powdered activated carbon; c) gravitational separation of the aqueous fluid depolluted from the particles of powdered activated carbon in the upper part of the fluidised bed to obtain a depolluted and decanted aqueous fluid having a residual turbidity maintained at concentrations below 2 NFU; d) collecting the depolluted and decanted aqueous fluid; e) extracting the used activated carbon, said steps b), c) and d) being carried out within a treatment reactor with powdered activated carbon fluidised bed operating with upward flow, said reactor being devoid of a built-up zone comprising a packing constituted of a bed of gravel surmounted by a bed of sand at the base of the reactor. a) bringing the aqueous fluid to treat into contact with a coagulant, a flocculant and fresh powdered activated carbon, said aqueous fluid to treat being selected from among urban or tertiary wastewater, surface water and ground water; b) injecting the aqueous fluid obtained at the end of step a) comprising a coagulant, a flocculant and fresh powdered activated carbon into the lower part of a powdered activated carbon fluidised bed of which the average concentration of activated carbon varies from 2 to 10 g/l, in such a way as to bring the aqueous fluid obtained at step (a) into contact with the particles of powdered activated carbon; c) gravitational separation of the aqueous fluid depolluted from the particles of powdered activated carbon in the upper part of the fluidised bed to obtain a depolluted and decanted aqueous fluid having a residual turbidity maintained at concentrations below 2 NFU; d) collecting the depolluted and decanted aqueous fluid; e) extracting the used activated carbon,
A liquid ring pump component at least partially coated with a coating, characterised by the coating comprising at least one alkoxysilane, wherein the coating on the pump component is, in use, in contact with a work fluid.
Tank apparatus for temperature pressure relief of a fuel cell tank, the tank apparatus comprising at least two tank vessels and a feed line which can be connected to the tank vessels, each of the at least two tank vessels having, at one end, at least one shut-off valve, which shut-off valve is arranged between the respective tank vessel and the feed line, at least one safety valve being arranged at another end of the tank vessel, characterized in that at least the at least two tank vessels and the respective safety valve are enclosed at least approximately completely by a housing element and/or are encapsulated, in particular in a pressure-tight manner, with respect to a surrounding area, a positive pressure, in particular with respect to the surrounding area and/or with respect to an ambient pressure, prevailing in the housing element, in particular an interior space, the housing element comprising a temperature-sensitive material, in particular plastic, the temperature-sensitive material having a melting temperature below the melting temperature of the material of the tank vessel, and the safety valve opening in the case of the pressure which prevails in the interior space, in particular the positive pressure, dropping.
An installation plate (301, 302, 303, 304, 305, 306) for a housing construction kit for electrical equipment wherein the housing construction kit includes a housing base body with a plurality of installation openings (101, 102A, 102B, 102, 106A), the installation plate is comprising: a frame, on which an operating flap is pivotably arranged by means of a hinge joint, wherein the frame includes a closure mechanism that cooperates with the operating flap and a locking mechanism; wherein the locking mechanism is adapted to prevent activation of the closure mechanism as long as the operating flap is open and/or wherein the locking mechanism is adapted to be activated to open the operating flap when the operating flap is closed by an adjusting device formed on the frame for deactivating the closure mechanism with the locking mechanism remaining activated when the operating flap is open. a frame, on which an operating flap is pivotably arranged by means of a hinge joint, wherein the frame includes a closure mechanism that cooperates with the operating flap and a locking mechanism; wherein the locking mechanism is adapted to prevent activation of the closure mechanism as long as the operating flap is open and/or wherein the locking mechanism is adapted to be activated to open the operating flap when the operating flap is closed by an adjusting device formed on the frame for deactivating the closure mechanism with the locking mechanism remaining activated when the operating flap is open.
A valve for a faucet assembly comprising a bonnet of tubular shape having a pair of diametrically disposed openings in a periphery thereof; a first valve body coaxially disposed in said bonnet in stationary relation thereto, said valve body defining a pair of diametrically disposed passages therein for passage of water therethrough from a source of water, a second valve body coaxially disposed in said bonnet in contact with said first valve body, said second valve body defining a pair of passages communicating with said openings in said bonnet; a stem rotatably mounted in and projecting from said bonnet, said stem being operatively connected to said second valve body for rotating said second valve body between a first position with said pair of passages therein aligned with said diametrically disposed passages in said first valve body to allow water from the source of water to flow through said first valve body and through said openings in said bonnet and a second position with said pair of passages therein out of alignment with said diametrically disposed passages in said first valve body to block a flow of water from the source of water from flowing through said first valve body and characterized in having a spiral retaining ring biasing said first valve body into contact with said second valve body, wherein the retaining ring is positioned in a circumferential groove in the bonnet. a bonnet of tubular shape having a pair of diametrically disposed openings in a periphery thereof; a first valve body coaxially disposed in said bonnet in stationary relation thereto, said valve body defining a pair of diametrically disposed passages therein for passage of water therethrough from a source of water, a second valve body coaxially disposed in said bonnet in contact with said first valve body, said second valve body defining a pair of passages communicating with said openings in said bonnet; a stem rotatably mounted in and projecting from said bonnet, said stem being operatively connected to said second valve body for rotating said second valve body between a first position with said pair of passages therein aligned with said diametrically disposed passages in said first valve body to allow water from the source of water to flow through said first valve body and through said openings in said bonnet and a second position with said pair of passages therein out of alignment with said diametrically disposed passages in said first valve body to block a flow of water from the source of water from flowing through said first valve body and characterized in having a spiral retaining ring biasing said first valve body into contact with said second valve body, wherein the retaining ring is positioned in a circumferential groove in the bonnet.
A method for transmitting a sounding reference signal, SRS, comprising: determining, by a terminal device, multiple Orthogonal Frequency Division Multiplexing (OFDM) symbols for sending an SRS of the terminal device within a slot; determining, by the terminal device, a frequency-domain resource for sending the SRS on each of the OFDM symbols according to a frequency-domain resource hopping pattern, a first index of each of the multiple OFDM symbols and a second index of the slot; and sending, by the terminal device, the SRS to a network device according to the frequency-domain resource for sending the SRS. determining, by a terminal device, multiple Orthogonal Frequency Division Multiplexing (OFDM) symbols for sending an SRS of the terminal device within a slot; determining, by the terminal device, a frequency-domain resource for sending the SRS on each of the OFDM symbols according to a frequency-domain resource hopping pattern, a first index of each of the multiple OFDM symbols and a second index of the slot; and sending, by the terminal device, the SRS to a network device according to the frequency-domain resource for sending the SRS.
A drawer of a board game box, comprising a rectangular bottom; two longitudinal walls (131, 132) and two side walls (133, 134), the two side walls (133, 134) and one of the two longitudinal walls rise from three sides of the bottom respectively and are perpendicular to the bottom; the other of the two longitudinal walls is mounted so as to be movable relative to one of the sides of the bottom to be operated between a raised position such that the four walls close the sides of the bottom to form a drawer, and a lowered position such that one side is accessible, the movable wall in the lowered position forming a tab for pulling the drawer; two intermediate walls (1360, 1370) extending from the accessible side, the intermediate walls being arranged at each end of the accessible side, connecting means (1360, 1361, 1361', 1370, 1371, 1371') for the movable wall arranged on the intermediate walls (1360, 1370) to keep the movable wall in contact with the intermediate walls when it is in the raised position; the bottom comprises a step extending from the edge of the accessible side so that the bottom comprises a positive level difference from the edge of the accessible side. a rectangular bottom; two longitudinal walls (131, 132) and two side walls (133, 134), the two side walls (133, 134) and one of the two longitudinal walls rise from three sides of the bottom respectively and are perpendicular to the bottom; the other of the two longitudinal walls is mounted so as to be movable relative to one of the sides of the bottom to be operated between a raised position such that the four walls close the sides of the bottom to form a drawer, and a lowered position such that one side is accessible, the movable wall in the lowered position forming a tab for pulling the drawer; two intermediate walls (1360, 1370) extending from the accessible side, the intermediate walls being arranged at each end of the accessible side, connecting means (1360, 1361, 1361', 1370, 1371, 1371') for the movable wall arranged on the intermediate walls (1360, 1370) to keep the movable wall in contact with the intermediate walls when it is in the raised position; the bottom comprises a step extending from the edge of the accessible side so that the bottom comprises a positive level difference from the edge of the accessible side.
A method for monitoring machinery for the production or treatment of synthetic fibers in the following steps: 1.1. constant generation and recording of system messages of machine components and control components; 1.2. continuous storage of the system messages as log data in a log memory, and 1.3. readout, preprocessing and analysis of the log data with the aid of algorithms based on statistical procedures and machine learning methods in order to identify frequent sequences of system messages and/or an anomaly. 1.1. constant generation and recording of system messages of machine components and control components; 1.2. continuous storage of the system messages as log data in a log memory, and 1.3. readout, preprocessing and analysis of the log data with the aid of algorithms based on statistical procedures and machine learning methods in order to identify frequent sequences of system messages and/or an anomaly.
A refrigeration cycle apparatus comprising a refrigeration cycle in which a refrigerant flows in an order of a compressor, a condenser, an expansion mechanism, and an evaporator, the compressor comprising: a casing; a compression mechanism that is disposed inside the casing, compresses a sucked refrigerant, and discharges the compressed refrigerant to a refrigerant channel (R1, R2, or R3) formed in an inner space of the casing; a discharge tube through which the compressed refrigerant flows from the inner space of the casing to an outside; and characterised by comprising a first temperature sensor including a temperature sensing portion, the temperature sensing portion being disposed in the refrigerant channel and directly measuring a temperature of the refrigerant; and a second temperature sensor that is disposed at a different position from the first temperature sensor and measures a temperature of one of a surface of the discharge tube, an inner space of the discharge tube, and a surface of the casing, wherein the refrigeration cycle apparatus further comprises a calculation unit configured to calculate a temperature of a refrigerant discharged from the compression mechanism, by using the first temperature sensor and the second temperature sensor. a casing; a compression mechanism that is disposed inside the casing, compresses a sucked refrigerant, and discharges the compressed refrigerant to a refrigerant channel (R1, R2, or R3) formed in an inner space of the casing; a discharge tube through which the compressed refrigerant flows from the inner space of the casing to an outside; and characterised by comprising a first temperature sensor including a temperature sensing portion, the temperature sensing portion being disposed in the refrigerant channel and directly measuring a temperature of the refrigerant; and a second temperature sensor that is disposed at a different position from the first temperature sensor and measures a temperature of one of a surface of the discharge tube, an inner space of the discharge tube, and a surface of the casing, wherein the refrigeration cycle apparatus further comprises a calculation unit configured to calculate a temperature of a refrigerant discharged from the compression mechanism, by using the first temperature sensor and the second temperature sensor.
A clamp arrangement for being clamped, in use, on an elongate element, and comprising a first clamp portion for clamping said clamp arrangement to said elongate element, and a second clamp portion, connected thereto or formed integrally therewith, having a releasable locking mechanism for selectively attaching and detaching a further item of equipment thereon, in use, wherein said further item of equipment includes an elongate insert portion, and said locking mechanism comprises an open-ended channel for receiving said insert portion, said channel defining a longitudinal axis, and a cam lock assembly comprising: a lever pivotally mounted externally of said channel for rotational movement about an axis substantially parallel to said longitudinal axis defined by said channel, characterised in that said cam lock further comprises a locking plate mounted for linear movement selectively into and out of said channel; and in that said lever is communicably coupled to said locking plate and rotatable between a closed configuration in which said locking plate projects into said channel and movement thereof is prevented, and an open configuration in which said locking plate is released, said channel for receiving said insert portion being substantially polygonal in cross-section a lever pivotally mounted externally of said channel for rotational movement about an axis substantially parallel to said longitudinal axis defined by said channel, characterised in that said cam lock further comprises a locking plate mounted for linear movement selectively into and out of said channel; and in that said lever is communicably coupled to said locking plate and rotatable between a closed configuration in which said locking plate projects into said channel and movement thereof is prevented, and an open configuration in which said locking plate is released, said channel for receiving said insert portion being substantially polygonal in cross-section
A method for providing cell relay failure detection in a mesh network, comprising: periodically updating a value based on a value received from a cell relay; comparing the value with a previously received value; and determining whether communications with the cell relay have failed based on the results of the comparison; wherein the comparison is based on at least one of: the significance of a difference in a time value of the updated value and the previously received value; and whether the updated value has changed from the previously received value within a predetermined time period. periodically updating a value based on a value received from a cell relay; comparing the value with a previously received value; and determining whether communications with the cell relay have failed based on the results of the comparison; wherein the comparison is based on at least one of: the significance of a difference in a time value of the updated value and the previously received value; and whether the updated value has changed from the previously received value within a predetermined time period. the significance of a difference in a time value of the updated value and the previously received value; and whether the updated value has changed from the previously received value within a predetermined time period.