mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: means for determining at least one of enabling, disabling or modification of a semi-persistent scheduling configuration for a group of devices on a bandwidth part for multicast broadcast service traffic; and means for indicating, to the group of devices, the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration on the bandwidth part, wherein the means for indicating the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration comprises: means for sending, using common frequency resources on the bandwidth part, to at least a device of the group of devices, downlink control information to indicate the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration, wherein the downlink control information contains an index of the semi-persistent scheduling configuration to indicate the enabling of the semi-persistent scheduling configuration. means for determining at least one of enabling, disabling or modification of a semi-persistent scheduling configuration for a group of devices on a bandwidth part for multicast broadcast service traffic; and means for indicating, to the group of devices, the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration on the bandwidth part, wherein the means for indicating the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration comprises: means for sending, using common frequency resources on the bandwidth part, to at least a device of the group of devices, downlink control information to indicate the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration, wherein the downlink control information contains an index of the semi-persistent scheduling configuration to indicate the enabling of the semi-persistent scheduling configuration.
An industrial chimney for wet stack operation provided with an internal lining system attached to the inner surface of the chimney, wherein the internal lining system comprises construction elements, that are arranged in a pattern, characterised in that the joints (32; 34) between the construction elements in the pattern at the flue gas side of the internal lining system are inclined at an angle α of at least 5 degrees from horizontal.
A metal/ceramic bonding article comprising: a ceramic substrate; and a metal plate bonded to said ceramic substrate via a brazing filler metal, wherein the distance between a plane perpendicular to the principal plane of said metal plate at one end of the bottom face of said metal plate and a plane perpendicular to the principal plane of said metal plate at one end of the top face of said metal plate on the same side as the one end of the bottom face of the metal plate is not greater than 50 μm assuming that the distance is positive when the area of the bottom face is greater than the area of the top face; characterized in that said brazing filler metal protrudes from the bottom face of said metal plate by a length in the range of from 50 μm to 200 μm. a ceramic substrate; and a metal plate bonded to said ceramic substrate via a brazing filler metal,
A method of controlling a manufacturing process having a machine to form a material in to a component, said method comprising the steps of establishing an initial set of operating parameters for said machine, producing an initial component from said machine, inspecting said component to determine its acceptability relative to a desired component, characterized in that the data of operation parameters associated with an acceptable component are stored in one data set and the data of operation parameters associated with an unacceptable component are stored in another data set, and wherein the data of the one data set is compared to the data of the another data set by a knowledge management system to create a new set of operating parameters and effecting changes in said operating parameters to improve the acceptability of said component, and inspecting subsequent components to determine their acceptability.
A refrigerated container having an air compressor located within a refrigerated space and having its suction port located outside the refrigerated space, and a corrosion prevention system comprising: an evaporator coil and associated fan for circulating air through an area; a heat exchanger fluidly connected to said suction port to conduct the flow of relatively warm suction air from said suction port toward the air compressor, characterized in that: said heat exchanger is a tube heat exchanger being primarily disposed within said area so that the suction air is caused to be cooled by the flow of circulated air from said fan whereby some of the suction air is cooled to the extent that a condensate is formed; and further characterized by: comprising a water separator for removing condensate from said tube heat exchanger, said water separator being fluidly connected to said compressor to pass air thereto. an evaporator coil and associated fan for circulating air through an area; a heat exchanger fluidly connected to said suction port to conduct the flow of relatively warm suction air from said suction port toward the air compressor, characterized in that: said heat exchanger is a tube heat exchanger being primarily disposed within said area so that the suction air is caused to be cooled by the flow of circulated air from said fan whereby some of the suction air is cooled to the extent that a condensate is formed; and further characterized by: comprising a water separator for removing condensate from said tube heat exchanger, said water separator being fluidly connected to said compressor to pass air thereto. said heat exchanger is a tube heat exchanger being primarily disposed within said area so that the suction air is caused to be cooled by the flow of circulated air from said fan whereby some of the suction air is cooled to the extent that a condensate is formed; and further characterized by: comprising a water separator for removing condensate from said tube heat exchanger, said water separator being fluidly connected to said compressor to pass air thereto. comprising a water separator for removing condensate from said tube heat exchanger, said water separator being fluidly connected to said compressor to pass air thereto.
An infrared temperature sensor (200, 200', 200") comprising: 1.1 a body defining an aperture that opens to an internal volume defined by the body and to an exterior mounting surface of the body; 1.2 a detector element configured to detect IR radiation emitted from an object and generate a sensor signal indicative of the detected IR radiation, the detector element supported within the body and aligned with the aperture and arranged at an end of the aperture such that the detector element is spaced from the exterior mounting surface; 1.3 a wireless communication element supported within the body; 1.4 a memory supported within the body and configured to store command instructions; and 1.5 a processor supported within the body and operably connected to the detector element, the wireless communication element, and the memory, and configured to execute the stored program instructions to: 1.5.1 obtain the sensor signal, 1.5.2 generate an output signal associated with the obtained sensor signal, and 1.5.3 control the wireless communication element to transmit the output signal; 1.6 wherein the aperture opens to the internal volume and to the exterior mounting surface without any protective covering in or over the aperture, wherein the aperture is sized to prevent debris or other contamination from becoming lodged in the aperture, and the exterior mounting surface is configured to be releasably secured via a direct contact to a surface of the object from which the IR radiation is emitted. 1.1 a body defining an aperture that opens to an internal volume defined by the body and to an exterior mounting surface of the body; 1.2 a detector element configured to detect IR radiation emitted from an object and generate a sensor signal indicative of the detected IR radiation, the detector element supported within the body and aligned with the aperture and arranged at an end of the aperture such that the detector element is spaced from the exterior mounting surface; 1.3 a wireless communication element supported within the body; 1.4 a memory supported within the body and configured to store command instructions; and 1.5 a processor supported within the body and operably connected to the detector element, the wireless communication element, and the memory, and configured to execute the stored program instructions to: 1.5.1 obtain the sensor signal, 1.5.2 generate an output signal associated with the obtained sensor signal, and 1.5.3 control the wireless communication element to transmit the output signal; 1.5.1 obtain the sensor signal, 1.5.2 generate an output signal associated with the obtained sensor signal, and 1.5.3 control the wireless communication element to transmit the output signal; 1.6 wherein the aperture opens to the internal volume and to the exterior mounting surface without any protective covering in or over the aperture, wherein the aperture is sized to prevent debris or other contamination from becoming lodged in the aperture, and the exterior mounting surface is configured to be releasably secured via a direct contact to a surface of the object from which the IR radiation is emitted.
A method for wireless communication by a user equipment, UE, comprising: initiating (1605, 1705) a data flow containing real-time multimedia data between the UE and a base station; and transmitting (1610, 1710), prior to a first multimedia data transmission of the data flow between the UE and the base station, one or more initial transmissions to establish a compression scheme for the data flow, wherein the one or more initial transmissions, comprising one or more silence indicator description, SID, packet transmissions, include a small payload that is smaller than an average real-time transport protocol, RTP, payload and that is used to establish compression context for the data flow. initiating (1605, 1705) a data flow containing real-time multimedia data between the UE and a base station; and transmitting (1610, 1710), prior to a first multimedia data transmission of the data flow between the UE and the base station, one or more initial transmissions to establish a compression scheme for the data flow,
Electrical device comprising an interface element which is to be secured to and/or in an interface element receptacle of the electrical device, comprising a hard-component section, wherein a positioning section which is formed from an elastic material and allows relative movement of the hard-component section relative to the interface element receptacle by deformation is provided, wherein the interface element is in the form of an electrical interface element comprising a functional section (4, 5), which is in the form of an electrical contact, for establishing electrical contact between at least one battery and/or one accumulator and an electrical system of the electrical device, characterized in that the hard-component section is encapsulated by the positioning section at least in sections, and in that the positioning section is accommodated in a clamping manner in a recess or in a receiving pocket in the interface element receptacle.
A method carried out at a user equipment, UE, for receiving a system information, SI, update for at least one of a first component carrier, CC, and a second CC, the method including: receiving a paging message using the first CC; and when the paging message contains a system information change notification: retrieving CC identification information from the paging message, the CC identification information identifying the second CC, receiving a System Information Block Type 1, SIB1, using the second CC, the SIB1 containing SI scheduling information for the second CC, the SI scheduling information defining a modification boundary, and during a subframe following the modification boundary, receiving a SI Block Type 2, SIB2, using the second CC; wherein the paging message identifies a plurality of CCs and includes a change notification for each of the plurality of CCs. receiving a paging message using the first CC; and when the paging message contains a system information change notification: retrieving CC identification information from the paging message, the CC identification information identifying the second CC, receiving a System Information Block Type 1, SIB1, using the second CC, the SIB1 containing SI scheduling information for the second CC, the SI scheduling information defining a modification boundary, and during a subframe following the modification boundary, receiving a SI Block Type 2, SIB2, using the second CC; wherein the paging message identifies a plurality of CCs and includes a change notification for each of the plurality of CCs. retrieving CC identification information from the paging message, the CC identification information identifying the second CC, receiving a System Information Block Type 1, SIB1, using the second CC, the SIB1 containing SI scheduling information for the second CC, the SI scheduling information defining a modification boundary, and during a subframe following the modification boundary, receiving a SI Block Type 2, SIB2, using the second CC; wherein the paging message identifies a plurality of CCs and includes a change notification for each of the plurality of CCs.
A user device comprising: a memory device; and a processor subsystem, which when configured by instructions stored on the memory device, is operable to perform operations comprising: receiving, from a verifier device, an indication of supported unclonable functions and a challenge value, optionally wherein the indication of supported unclonable functions is included in a field of a message structure, and optionally wherein the challenge value is a random value; identifying an unclonable function from the supported unclonable functions, to obtain a selected unclonable function; executing the selected unclonable function based on the challenge value, to obtain a result; and transmitting the indication of supported unclonable functions, the selected unclonable function, and the result to the verifier device to authenticate the user device. a memory device; and a processor subsystem, which when configured by instructions stored on the memory device, is operable to perform operations comprising: receiving, from a verifier device, an indication of supported unclonable functions and a challenge value, optionally wherein the indication of supported unclonable functions is included in a field of a message structure, and optionally wherein the challenge value is a random value; identifying an unclonable function from the supported unclonable functions, to obtain a selected unclonable function; executing the selected unclonable function based on the challenge value, to obtain a result; and transmitting the indication of supported unclonable functions, the selected unclonable function, and the result to the verifier device to authenticate the user device. receiving, from a verifier device, an indication of supported unclonable functions and a challenge value, optionally wherein the indication of supported unclonable functions is included in a field of a message structure, and optionally wherein the challenge value is a random value; identifying an unclonable function from the supported unclonable functions, to obtain a selected unclonable function; executing the selected unclonable function based on the challenge value, to obtain a result; and transmitting the indication of supported unclonable functions, the selected unclonable function, and the result to the verifier device to authenticate the user device.
A surgical staple assembly comprising: an anvil comprising an anvil plate defining a plurality of staple forming pockets; a staple having a backspan and a pair of legs (74, 76) extending from the backspan, each of the legs (74,76) terminating in a tissue penetrating tip (82, 84); and a platen, frictionally retained within staple forming pockets, having first openings (42, 46) for receipt of the legs (74, 76) of the staple and at least one second opening comprising edges (120, 122) for receipt of the tissue penetrating tips (82, 84) of the staple, wherein engagement of penetrating tips (82, 84) with edges (120, 122) functions to release platen from staple forming pockets. an anvil comprising an anvil plate defining a plurality of staple forming pockets; a staple having a backspan and a pair of legs (74, 76) extending from the backspan, each of the legs (74,76) terminating in a tissue penetrating tip (82, 84); and a platen, frictionally retained within staple forming pockets, having first openings (42, 46) for receipt of the legs (74, 76) of the staple and at least one second opening comprising edges (120, 122) for receipt of the tissue penetrating tips (82, 84) of the staple, wherein engagement of penetrating tips (82, 84) with edges (120, 122) functions to release platen from staple forming pockets.
An exposure apparatus for forming a nanoscale pattern of a large area directly on the surface of a large cylinder, the exposure apparatus comprising: a cylindrical magnetic levitation stage installed in a chamber; a light source installed at the top of a cylindrical mold in the chamber; and a differential vacuum unit installed at the top of the cylindrical mold and having a spherical or non-spherical bottom to create a partial vacuum environment between the light source and the cylindrical mold, the cylindrical magnetic levitation stage comprising: a cylinder operating unit for rotation and a cylinder operating unit for linear movement, which support both sides of the cylindrical mold, the cylindrical mold being rotated and linearly moved by magnetic levitation force and magnetic moving force generated by the interaction between permanent magnets and and electromagnets and; and a cylinder fixing unit for rotation and a cylinder fixing unit for linear movement, 20 which are disposed at the bottom of the cylinder operating unit for rotation and the cylinder operating unit for linear movement, respectively, to support the cylindrical operating units in a non-contact manner, wherein a vacuum pressure of the differential vacuum unit is controllable, such as to finely control the distance between the light source and the cylindrical mold. a cylindrical magnetic levitation stage installed in a chamber; a light source installed at the top of a cylindrical mold in the chamber; and a differential vacuum unit installed at the top of the cylindrical mold and having a spherical or non-spherical bottom to create a partial vacuum environment between the light source and the cylindrical mold, a cylinder operating unit for rotation and a cylinder operating unit for linear movement, which support both sides of the cylindrical mold, the cylindrical mold being rotated and linearly moved by magnetic levitation force and magnetic moving force generated by the interaction between permanent magnets and and electromagnets and; and a cylinder fixing unit for rotation and a cylinder fixing unit for linear movement, 20 which are disposed at the bottom of the cylinder operating unit for rotation and the cylinder operating unit for linear movement, respectively, to support the cylindrical operating units in a non-contact manner,
A method for transmitting channel state information, CSI, by a user equipment in a wireless communication system, the method comprising: determining a first precoding matrix indicator, PMI, associated with a first codebook index and a second PMI associated with a second codebook index, for a specific CSI report mode with 4 antenna ports; and reporting the CSI including the first PMI and the second PMI, wherein: when a rank indicator, RI, is 1, the first codebook index is restricted to be determined as one of 0, 4, 8, and 12, only and the second codebook index is restricted to be determined as one of 0, 2, 8, and 10, only; and when the RI is 2, the first codebook index is restricted to be determined as one of 0, 4, 8, and 12, only and the second codebook index is restricted to be determined as one of 0, 1, 4, and 5, only. determining a first precoding matrix indicator, PMI, associated with a first codebook index and a second PMI associated with a second codebook index, for a specific CSI report mode with 4 antenna ports; and reporting the CSI including the first PMI and the second PMI, wherein: when a rank indicator, RI, is 1, the first codebook index is restricted to be determined as one of 0, 4, 8, and 12, only and the second codebook index is restricted to be determined as one of 0, 2, 8, and 10, only; and when the RI is 2, the first codebook index is restricted to be determined as one of 0, 4, 8, and 12, only and the second codebook index is restricted to be determined as one of 0, 1, 4, and 5, only. when a rank indicator, RI, is 1, the first codebook index is restricted to be determined as one of 0, 4, 8, and 12, only and the second codebook index is restricted to be determined as one of 0, 2, 8, and 10, only; and when the RI is 2, the first codebook index is restricted to be determined as one of 0, 4, 8, and 12, only and the second codebook index is restricted to be determined as one of 0, 1, 4, and 5, only.
Apparatus (1, 32) for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an irradiation device characterized in that the apparatus comprises an irradiation device in accordance with claim 13.
A fuel injection valve drive control device for an internal combustion engine, comprising: a boost circuit including a boost coil, a switching element that supplies switching current from a battery power source voltage to the boost coil, and a boost capacitor that stores boosted voltage generated by an operation of the switching element a discharge circuit that releases stored charges to GND through a means that restricts current of the stored charges and a discharge switch; and a monitoring circuit that monitors the stored voltage, the battery power source voltage and the boosted voltage stored in the boost capacitor being used to drive a fuel injection valve, wherein when the control device recognized that a switch establishing a connection to a power source is turned off the control device causes the discharge circuit to operate when shutdown is executed, and deterioration/failure of the boost capacitor is diagnosed and an operation of the discharge circuit is checked based on a voltage monitor value of the boost capacitor when a discharge operation via the discharge circuit starts and a voltage monitor value of the boost capacitor after a predetermined period when the discharge circuit is turned on. a boost circuit including a boost coil, a switching element that supplies switching current from a battery power source voltage to the boost coil, and a boost capacitor that stores boosted voltage generated by an operation of the switching element a discharge circuit that releases stored charges to GND through a means that restricts current of the stored charges and a discharge switch; and a monitoring circuit that monitors the stored voltage, the battery power source voltage and the boosted voltage stored in the boost capacitor being used to drive a fuel injection valve, wherein when the control device recognized that a switch establishing a connection to a power source is turned off the control device causes the discharge circuit to operate when shutdown is executed, and deterioration/failure of the boost capacitor is diagnosed and an operation of the discharge circuit is checked based on a voltage monitor value of the boost capacitor when a discharge operation via the discharge circuit starts and a voltage monitor value of the boost capacitor after a predetermined period when the discharge circuit is turned on.