mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting uplink control information to a transmitter at a receiver in a wireless communication system, the method comprising: mapping the uplink control information to available symbols included in first and second slots of a specific subframe; determining a first orthogonal sequence for the first slot according to a number of available symbols included in the first slot of the specific subframe and determining a second orthogonal sequence for the second slot according to the number of available symbols included in the second slot of the specific subframe; applying the first orthogonal sequence to the uplink control information mapped to the first slot and applying the second orthogonal sequence to the uplink control information mapped to the second slot according to a PUCCH format structure, wherein the PUCCH format structure is determined as one of two different PUCCH format structures based on whether a number of unavailable symbols for PUCCH in the specific subframe is greater than or equal to a threshold value; and transmitting, to the transmitter, the uplink control information to which the first and second orthogonal sequences are applied, wherein the number of available symbols included in the specific subframe is changed according to subframe transmission and reception timings of the receiver and the transmitter. mapping the uplink control information to available symbols included in first and second slots of a specific subframe; determining a first orthogonal sequence for the first slot according to a number of available symbols included in the first slot of the specific subframe and determining a second orthogonal sequence for the second slot according to the number of available symbols included in the second slot of the specific subframe; applying the first orthogonal sequence to the uplink control information mapped to the first slot and applying the second orthogonal sequence to the uplink control information mapped to the second slot according to a PUCCH format structure, wherein the PUCCH format structure is determined as one of two different PUCCH format structures based on whether a number of unavailable symbols for PUCCH in the specific subframe is greater than or equal to a threshold value; and transmitting, to the transmitter, the uplink control information to which the first and second orthogonal sequences are applied, wherein the number of available symbols included in the specific subframe is changed according to subframe transmission and reception timings of the receiver and the transmitter.
A dressing comprising: a drape that is a thin film capable of maintaining a negative pressure underneath the drape upon application of a vacuum; a pressure-sensitive acrylic-based adhesive on a skin-facing surface of the drape; an island of absorbent material having smaller area than the drape and applied onto the skin-facing surface of the drape so as to leave a first margin of adhesive-coated drape around the island of absorbent material; a silicone gel backing film having a smaller footprint than the drape and a larger footprint than the island of absorbent material, the silicone gel backing film being affixed to the drape so as to leave a second margin of adhesive-coated drape around the silicone gel backing film; and a silicone gel on the silicone gel backing film surrounding the island of absorbent material while leaving the second margin of adhesive-coated drape around the silicone gel, characterized in that the silicone gel backing film has a frame shape with the silicone gel at least substantially matching the frame shape of the silicone gel backing film so that the dressing is configured to create a pressure that is below normal atmospheric pressure beneath the dressing, wherein the silicone gel is configured to operate as a sealing gasket for the dressing to maintain negative pressure with respect to atmosphere underneath the dressing. a drape that is a thin film capable of maintaining a negative pressure underneath the drape upon application of a vacuum; a pressure-sensitive acrylic-based adhesive on a skin-facing surface of the drape; an island of absorbent material having smaller area than the drape and applied onto the skin-facing surface of the drape so as to leave a first margin of adhesive-coated drape around the island of absorbent material; a silicone gel backing film having a smaller footprint than the drape and a larger footprint than the island of absorbent material, the silicone gel backing film being affixed to the drape so as to leave a second margin of adhesive-coated drape around the silicone gel backing film; and a silicone gel on the silicone gel backing film surrounding the island of absorbent material while leaving the second margin of adhesive-coated drape around the silicone gel, characterized in that the silicone gel backing film has a frame shape with the silicone gel at least substantially matching the frame shape of the silicone gel backing film so that the dressing is configured to create a pressure that is below normal atmospheric pressure beneath the dressing, wherein the silicone gel is configured to operate as a sealing gasket for the dressing to maintain negative pressure with respect to atmosphere underneath the dressing.
A method for producing a benzoxazine compound comprising the steps of: (a) preparing a reaction solution containing (i) reactants including a phenolic compound, a di-functional amine, an aldehyde compound, and (ii) a solvent system including an apolar solvent and a polar aprotic solvent selected from dimethyl sulfoxide, N,N-dimethylformamide, N,N-dimethylacetamide, hexamethylphosphoramide, N-methyl-2-pyrrolidone, acetonitrile, and mixtures thereof; (b) exposing the reaction solution to a temperature of between 40°C and 50°C and a pressure of between atmospheric pressure up to 689 kPa; and (d) removing the apolar solvent from the reaction solution after completion of the reaction; and (e) precipitating the benzoxazine compound from the reaction solution by contacting the reaction solution with a poor solvent selected from water and alcohol. (a) preparing a reaction solution containing (i) reactants including a phenolic compound, a di-functional amine, an aldehyde compound, and (ii) a solvent system including an apolar solvent and a polar aprotic solvent selected from dimethyl sulfoxide, N,N-dimethylformamide, N,N-dimethylacetamide, hexamethylphosphoramide, N-methyl-2-pyrrolidone, acetonitrile, and mixtures thereof; (b) exposing the reaction solution to a temperature of between 40°C and 50°C and a pressure of between atmospheric pressure up to 689 kPa; and (d) removing the apolar solvent from the reaction solution after completion of the reaction; and (e) precipitating the benzoxazine compound from the reaction solution by contacting the reaction solution with a poor solvent selected from water and alcohol.
An apparatus for producing a plasma having a three dimensional shape comprising: a chamber filled with a gas; a first energy source operable to provide energy to ionize the gas in the chamber to form a plasma; a plurality of sensors operable to measure one or more properties of the plasma; and a plurality of acoustic sources capable of producing acoustic waves, wherein the acoustic waves produced by each of the plurality of acoustic sources interact to create a standing wave pattern forming a three dimensional shape in the plasma; and a second energy source capable of applying non-ionizing electromagnetic radiation to the plasma, wherein the non-ionizing electromagnetic radiation is guided by the three dimensional shape. a chamber filled with a gas; a first energy source operable to provide energy to ionize the gas in the chamber to form a plasma; a plurality of sensors operable to measure one or more properties of the plasma; and a plurality of acoustic sources capable of producing acoustic waves, wherein the acoustic waves produced by each of the plurality of acoustic sources interact to create a standing wave pattern forming a three dimensional shape in the plasma; and a second energy source capable of applying non-ionizing electromagnetic radiation to the plasma, wherein the non-ionizing electromagnetic radiation is guided by the three dimensional shape.
Braking force simulator for a motor vehicle, having a piston which is or can be operatively connected to an actuatable brake pedal and is axially displaceably guided in a cylinder, wherein the cylinder has arranged therein at least one spring element which counteracts the movement of the piston in one direction with a spring force, wherein the spring element is designed as an elastomer element which has a first end bearing flat against a bottom of the cylinder, characterized in that the elastomer element has, at its second end, a first and at least one second axial stop surface (13, 14) for the piston, and in that the piston has a first axial stop for the first stop surface and at least one second axial stop for the second stop surface of the elastomer element, wherein the first axial stop surface and the second axial stop surface and the first axial stop and the second axial stop are each designed to be axially spaced apart from one another, with the result that contact between the second axial stop and second axial stop surface occurs only at a determined displacement travel of the piston.
A method of operating a node of a serving network, where the node is configured to provide an IP Multimedia Subsystem, IMS, Access Transfer Control Function, ATCF, the method comprising: storing information regarding IMS Service Continuity features that are supported by Mobile Switching Center, MSC, servers within the network; and upon receipt of a message requesting IMS registration of a user equipment, using the information to determine the IMS Service Continuity features available to the user equipment, and, for any IMS Service Continuity features that are available, including, by the node, an indication in the message of the IMS Service Continuity features available, and forwarding the message towards a Service Centralization and Continuity Application Server, SCC AS. storing information regarding IMS Service Continuity features that are supported by Mobile Switching Center, MSC, servers within the network; and upon receipt of a message requesting IMS registration of a user equipment, using the information to determine the IMS Service Continuity features available to the user equipment, and, for any IMS Service Continuity features that are available, including, by the node, an indication in the message of the IMS Service Continuity features available, and forwarding the message towards a Service Centralization and Continuity Application Server, SCC AS.
A semiconductor interferometer filter, comprising: an input coupler to receive incident light and produce split light comprising multiple beams; an output coupler to combine the multiple beams to produce interfered light; a first waveguide that couples one of the multiple beams from the input coupler to the output coupler, the first waveguide having a length; a second waveguide that couples another of the multiple beams from the input coupler to the output coupler, the second waveguide having an elongated length that is longer than the length of the first waveguide due to a delay path section of the second waveguide; and a heater that overlaps the delay path section of the second waveguide to heat the delay path section to a higher temperature than an ambient temperature, wherein the first waveguide and a remaining portion of the second waveguide that is not in the delay path section of the second waveguide are at the ambient temperature, wherein the length of the delay path section is equal to the difference in lengths between the first waveguide and second waveguide. an input coupler to receive incident light and produce split light comprising multiple beams; an output coupler to combine the multiple beams to produce interfered light; a first waveguide that couples one of the multiple beams from the input coupler to the output coupler, the first waveguide having a length; a second waveguide that couples another of the multiple beams from the input coupler to the output coupler, the second waveguide having an elongated length that is longer than the length of the first waveguide due to a delay path section of the second waveguide; and a heater that overlaps the delay path section of the second waveguide to heat the delay path section to a higher temperature than an ambient temperature, wherein the first waveguide and a remaining portion of the second waveguide that is not in the delay path section of the second waveguide are at the ambient temperature, wherein the length of the delay path section is equal to the difference in lengths between the first waveguide and second waveguide.
A porous silica particle having the following properties: (i) an average circularity obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 0.1 to 0.5; (ii) a pore volume (Pv) obtained by the nitrogen adsorption method of 0.1 ≤ Pv < 1.0 ml/g; (iii) a specific surface area obtained by the BET method of 5 to 60 m 2 /cm 3; (iv) a median size obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 100 to 1000 μm; (v) a ratio of a maximum particle diameter to the median size, (D100/D50) obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM, of 3.0 or less (vi) a median size obtained from the image data of 100 to 200 particles selected randomly from the particle group after rubbing for 30 seconds with a load of 1.0 to 1.4 KPa photographed with the SEM of 5 to 40 μm. (i) an average circularity obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 0.1 to 0.5; (ii) a pore volume (Pv) obtained by the nitrogen adsorption method of 0.1 ≤ Pv < 1.0 ml/g; (iii) a specific surface area obtained by the BET method of 5 to 60 m 2 /cm 3; (iv) a median size obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM of 100 to 1000 μm; (v) a ratio of a maximum particle diameter to the median size, (D100/D50) obtained from the image data of 100 to 200 particles selected randomly from the particle group photographed with the SEM, of 3.0 or less (vi) a median size obtained from the image data of 100 to 200 particles selected randomly from the particle group after rubbing for 30 seconds with a load of 1.0 to 1.4 KPa photographed with the SEM of 5 to 40 μm.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving information related to physical uplink shared channel, PUSCH, configuration for a message A related to a random access procedure; transmitting the message A; and receiving a message B related to the random access procedure in response to the message A, wherein a physical random access channel, PRACH, preamble among a plurality of PRACH preambles for the random access procedure is included in the message A, wherein the plurality of PRACH preambles comprise: (i) at least one first PRACH preamble which is mapped to at least one valid PUSCH occasion among a plurality of valid PUSCH occasions, and (ii) at least one second PRACH preamble which is not mapped to any one of the plurality of valid PUSCH occasions, wherein based on the message A including a PRACH preamble among the at least one first PRACH preamble, the message A comprises a PUSCH, wherein a PRACH preamble among the at least one second PRACH preamble is available to be transmitted, wherein the PUSCH is transmitted based on the PUSCH configuration, and wherein based on information related to a demodulation reference signal, DM-RS, code division multiplexing, CDM, group of the PUSCH configuration, at least one DM-RS CDM group for the PUSCH is configured among two preconfigured groups. receiving information related to physical uplink shared channel, PUSCH, configuration for a message A related to a random access procedure; transmitting the message A; and receiving a message B related to the random access procedure in response to the message A, wherein a physical random access channel, PRACH, preamble among a plurality of PRACH preambles for the random access procedure is included in the message A, wherein the plurality of PRACH preambles comprise: (i) at least one first PRACH preamble which is mapped to at least one valid PUSCH occasion among a plurality of valid PUSCH occasions, and (ii) at least one second PRACH preamble which is not mapped to any one of the plurality of valid PUSCH occasions, (i) at least one first PRACH preamble which is mapped to at least one valid PUSCH occasion among a plurality of valid PUSCH occasions, and (ii) at least one second PRACH preamble which is not mapped to any one of the plurality of valid PUSCH occasions, wherein based on the message A including a PRACH preamble among the at least one first PRACH preamble, the message A comprises a PUSCH, wherein a PRACH preamble among the at least one second PRACH preamble is available to be transmitted, wherein the PUSCH is transmitted based on the PUSCH configuration, and wherein based on information related to a demodulation reference signal, DM-RS, code division multiplexing, CDM, group of the PUSCH configuration, at least one DM-RS CDM group for the PUSCH is configured among two preconfigured groups.
A method of making a container having a separable inner lining and outer shell, the method comprising the steps of: - forming an outer shell of the container, the outer shell having a base, a sidewall and a rim surrounding an opening of the shell, the shell being made from a paperboard or plastics material; - pre-forming a flexible lining from a thin sheet of barrier material, at least a part of the lining conforming to a complete internal shape of the shell; - inserting the pre-formed lining into the shell so that a first part of the lining is within the shell and a second part of the lining protrudes from the opening of the shell; - adhering the first part of the lining to an internal surface of the shell; - conforming the second part of the lining to an external surface of the shell; and - attaching a sealing layer to the lining around said rim so that the sealing layer covers the opening, the sealing layer being made from a flexible sheet of barrier material, wherein the sealing layer is peelable from the lining such that the lining remains intact, and wherein the adhesion between the lining and the internal surface of the shell is such that the lining is peelable from the shell, so that the lining remains intact and no lining remains on the shell, to fully separate the inner lining and outer shell of the container. - forming an outer shell of the container, the outer shell having a base, a sidewall and a rim surrounding an opening of the shell, the shell being made from a paperboard or plastics material; - pre-forming a flexible lining from a thin sheet of barrier material, at least a part of the lining conforming to a complete internal shape of the shell; - inserting the pre-formed lining into the shell so that a first part of the lining is within the shell and a second part of the lining protrudes from the opening of the shell; - adhering the first part of the lining to an internal surface of the shell; - conforming the second part of the lining to an external surface of the shell; and - attaching a sealing layer to the lining around said rim so that the sealing layer covers the opening, the sealing layer being made from a flexible sheet of barrier material,
A method of determining the identity of a petroleum coke sample characterised by: obtaining a nuclear magnetic resonance measurement of the sample saturated with an NMR active fluid, determining a relaxation decay value of the fluid in the sample from the NMR measurement, comparing the relaxation decay value to relaxation decay values of known petroleum coke materials in a reference group to determine whether the petroleum coke sample comprises one of the known petroleum coke materials. obtaining a nuclear magnetic resonance measurement of the sample saturated with an NMR active fluid, determining a relaxation decay value of the fluid in the sample from the NMR measurement, comparing the relaxation decay value to relaxation decay values of known petroleum coke materials in a reference group to determine whether the petroleum coke sample comprises one of the known petroleum coke materials.
System for operating a waste container comprising a waste container which has an electronic control device, a first communication interface for sending and receiving data and at least one internal device (27, 32, 33), a server spaced apart from the waste container, which comprises a second communication interface, at least one further communication device (9, 11, 14) which is not associated with the waste container and comprises at least one further communication interface (8, 12, 15), and an emptying or service vehicle; wherein a first data transfer to the at least one further communication interface (8, 12, 15) can be initiated via the first communication interface, wherein a further data transfer between the at least one internal device (27, 32, 33), wherein the further data transfer is a seventh data transfer, which takes place via a sixth communication channel and is unidirectional or bidirectional, wherein the further communication device (9, 11, 14) is a first communication device (9, 11), which comprises the further communication interface in the form of a third communication interface (8, 12), wherein the emptying or service vehicle is equipped with the first communication device (9, 11), wherein the first communication device (9, 11) is a part of a computing unit of the emptying or service vehicle, wherein the first data transfer between the first communication interface and the third communication interface (8, 12) represents a triggering event and wherein the control device is set up to recognise the presence of the emptying or service vehicle by authorising the first data transfer, wherein the control device is set up to generate control data on the basis of the triggering event, which control data can be transmitted to the internal device in the form of a locking device by means of the seventh data transfer when the presence of the emptying or service vehicle is recognised, whereupon the locking device is unlocked, wherein the first communication interface has no device for direct data transmission to the second communication interface, wherein the indirect first data transfer between the first communication interface and the second communication interface and/or between the second communication interface and the first communication interface can be initiated via the at least one third communication interface (8, 12, 15), wherein the unidirectional or bidirectional first data transfer between the first communication interface and the second communication interface takes place via the third communication interface (8, 12), and wherein the control device can store usage data in a storage device associated with the waste container after the waste container has been used, wherein the stored usage data can be transmitted to the server via the first data transfer.