mhurhangee/ep-ind-claims huggingface dataset:
A terminal device for receiving data from a base station in a wireless telecommunications system, wherein the terminal device is configured to receive data which is specific to the terminal device from the base station in a non-synchronous manner in which the terminal device is not synchronised to a radio frame structure transmitted by the base station wherein the terminal device is configured to search in the radio frame transmitted by the base station for a predefined signature sequence transmitted by the base station in association with the data which is specific to the terminal device, to detect an occurrence of the predefined signature sequence, to determine whether the data is intended for the terminal device and, if so, to extract the data which is specific to the terminal device from the radio frame transmitted by base station.
A rotatable tube rack holder for a tube rack rotator device, comprising: - three or four plates extending radially from an axis of rotation of the tube rack holder, wherein said plates are connected to each other; - one or more compartment(s) for tightly holding one or more tube rack(s), each tube rack configured to hold a plurality of tubes, wherein said compartment(s) is/are attached to at least one side of said plate(s) and configured such that said one or more tube rack(s) can be placed inside said compartment(s) from a direction perpendicular to said plates; and - a locking mechanism for each of said compartment(s) and configured such that when said tube rack(s) holding a plurality of said tubes is/are placed inside said compartment, said tubes are restricted from moving in a direction perpendicular to said plates. - three or four plates extending radially from an axis of rotation of the tube rack holder, wherein said plates are connected to each other; - one or more compartment(s) for tightly holding one or more tube rack(s), each tube rack configured to hold a plurality of tubes, wherein said compartment(s) is/are attached to at least one side of said plate(s) and configured such that said one or more tube rack(s) can be placed inside said compartment(s) from a direction perpendicular to said plates; and - a locking mechanism for each of said compartment(s) and configured such that when said tube rack(s) holding a plurality of said tubes is/are placed inside said compartment, said tubes are restricted from moving in a direction perpendicular to said plates.
A hydraulic control apparatus for a construction machine in which a hydraulic actuator (7, 8, 9) is connected to a hydraulic pump via a directional control valve (20, 22, 24) of a closed center type, and in which a position of the directional control valve (20, 22, 24) is changed according to an operation amount of an operation member (40, 42, 44), characterized by the hydraulic control apparatus comprising: a virtual negative control pressure calculating part configured to calculate, based on the operation amount of the operation member (40, 42, 44) and a discharge pressure (p d) of the hydraulic pump, a virtual negative control pressure (p n) in a virtual bleed system, the virtual bleed system comprising a virtual directional control valve (V1, V2, V3) of an open center type and a virtual negative control restriction disposed downstream from the virtual directional control valve (V1, V2, V3) in a center bypass line, the virtual negative control pressure (p n) being a back pressure in the center bypass line due to the virtual negative control restriction; and a part configured to calculate a control command value for the hydraulic pump based on the virtual negative control pressure (p n), such that the discharge flow rate of the hydraulic pump is decreased or increased in accordance with an increase or decrease of the virtual negative control pressure (p n). a virtual negative control pressure calculating part configured to calculate, based on the operation amount of the operation member (40, 42, 44) and a discharge pressure (p d) of the hydraulic pump, a virtual negative control pressure (p n) in a virtual bleed system, the virtual bleed system comprising a virtual directional control valve (V1, V2, V3) of an open center type and a virtual negative control restriction disposed downstream from the virtual directional control valve (V1, V2, V3) in a center bypass line, the virtual negative control pressure (p n) being a back pressure in the center bypass line due to the virtual negative control restriction; and a part configured to calculate a control command value for the hydraulic pump based on the virtual negative control pressure (p n), such that the discharge flow rate of the hydraulic pump is decreased or increased in accordance with an increase or decrease of the virtual negative control pressure (p n).
Rotor of an axial compressor stage of a turbomachine, featuring: - a rotor body including a rotary axis, a circumference and a blade ring arranged on the circumference with a radially outer ring surface, and - a plurality of rotor blades arranged on the blade ring, wherein the ring surface has at least one area between two adjacent rotor blades of the plurality of rotor blades, which shows a changing radius (r) relative to the rotary axis of the rotor body both in the axial direction (x) and in the circumferential direction (Φ), wherein in an area between two adjacent rotor blades the ring surface is shaped such that it has a resulting surface line which shows in the direction of an axially rear face of the blade ring first a concave depression and at a certain axial distance to said depression a convex elevation, with the concave depression being situated at the start of the blade duct formed by two rotor blades in each case, and the convex elevation being situated behind the concave depression in the axial direction, wherein the convex elevation includes a mountain, which in the area between two adjacent rotor blades extends at a certain distance to both, the suction side of the one rotor blade and the pressure side of the other rotor blade, while being arranged closer to the suction side of the one rotor blade, wherein in the area between two adjacent rotor blades, on which the ring surface is formed with a concave depression and with a convex elevation, a second surface line of an area through the rotor body in a plane perpendicular to the rotary axis of the rotor body obeys a mathematical function in the form of a single sine function or a single cosine function, and wherein in the area between two adjacent rotor blades each section through the blade ring in a plane perpendicular to the rotary axis of the rotor body has a surface line, which obeys a mathematical function in the form of a single sine function or a single cosine function. - a rotor body including a rotary axis, a circumference and a blade ring arranged on the circumference with a radially outer ring surface, and - a plurality of rotor blades arranged on the blade ring,
A method for controlling compressed air supplied by a variable speed air compressor of an aircraft and sent to pneumatic systems, the method comprising: acquiring a plurality of performance demands for each of a plurality of pneumatic systems in the aircraft, wherein the performance demands indicate needs for the compressed air supplied to each of the pneumatic systems; identifying a maximum allowable compressor air discharge temperature limit of the variable speed air compressor configured to supply compressed air to the pneumatic systems; identifying a maximum air pressure and a minimum air temperature for each of the plurality of pneumatic systems from the plurality of performance demands; selecting a maximum air pressure from the identified maximum air pressures; selecting a minimum air temperature from the identified minimum air temperatures; and controlling an operation of the variable speed air compressor to supply the compressed air to at least one of the pneumatic systems to meet the selected maximum air pressure and the minimum air temperature while operating the variable speed air compressor below the maximum allowable compressor air discharge temperature limit. acquiring a plurality of performance demands for each of a plurality of pneumatic systems in the aircraft, wherein the performance demands indicate needs for the compressed air supplied to each of the pneumatic systems; identifying a maximum allowable compressor air discharge temperature limit of the variable speed air compressor configured to supply compressed air to the pneumatic systems; identifying a maximum air pressure and a minimum air temperature for each of the plurality of pneumatic systems from the plurality of performance demands; selecting a maximum air pressure from the identified maximum air pressures; selecting a minimum air temperature from the identified minimum air temperatures; and controlling an operation of the variable speed air compressor to supply the compressed air to at least one of the pneumatic systems to meet the selected maximum air pressure and the minimum air temperature while operating the variable speed air compressor below the maximum allowable compressor air discharge temperature limit.
A valve leak detection system comprising: a membrane pump defining a flow path arranged to be opened and closed by at least one membrane valve (50, 52), a measuring device; a comparator; and a signal generator, wherein the measuring device is configured to determine a conductivity value between a first point and a second point on the flow path of the membrane pump, the first point being arranged upstream of the at least one membrane valve (50, 52) and the second point being arranged downstream of the at least one membrane valve (50, 52), whereby the measuring device measures the conductivity value across the at least one membrane valve (50, 52) when the at least one membrane valve (50, 52) is closed, wherein the comparator is configured to continuously monitor the conductivity value, and the signal generator is arranged to provide an output signal when the conductivity value is indicative of a valve leak condition for a set number of measurements within a predetermined window. a membrane pump defining a flow path arranged to be opened and closed by at least one membrane valve (50, 52), a measuring device; a comparator; and a signal generator, wherein the measuring device is configured to determine a conductivity value between a first point and a second point on the flow path of the membrane pump, the first point being arranged upstream of the at least one membrane valve (50, 52) and the second point being arranged downstream of the at least one membrane valve (50, 52), whereby the measuring device measures the conductivity value across the at least one membrane valve (50, 52) when the at least one membrane valve (50, 52) is closed, wherein the comparator is configured to continuously monitor the conductivity value, and the signal generator is arranged to provide an output signal when the conductivity value is indicative of a valve leak condition for a set number of measurements within a predetermined window. whereby the measuring device measures the conductivity value across the at least one membrane valve (50, 52) when the at least one membrane valve (50, 52) is closed, wherein the comparator is configured to continuously monitor the conductivity value, and the signal generator is arranged to provide an output signal when the conductivity value is indicative of a valve leak condition for a set number of measurements within a predetermined window.
A method for detecting the entry of air into a fluid system, in particular into an extracorporeal blood circuit of a blood treatment device, wherein the pressure in the fluid system is measured and the measured pressure signal is analyzed, characterized in that periodic pressure fluctuations in the fluid system are measured and the measured periodic pressure signal is spectrally analyzed in a system of functions; the coefficients of the functions are monitored; an air entry into the fluid system is determined to exist if at least one of the coefficients of the functions is above or below predetermined limits.
Uncompounded particulate metallocene-produced polyethylene having a multimodal molecular weight distribution, said particulate polyethylene having a particle size distribution, the particle size distribution being measured by obtaining at least 4 fractions by sieving (M1, M2, M3, M4...), one faction containing the upper particle size, one fraction containing the lower particle size, and the other fractions containing particle sizes in between the upper and lower sizes, whereby a set of Mw values is obtained, which set comprises the Mw of each fraction (M1, M2, M3, M4,...), with Mw being the weight-average molecular weight, a set of Mn values is obtained, which set comprises the Mn of each fraction (M1, M2, M3, M4), with Mn being the number-average molecular weight, a mean value and standard deviation value are obtained for the Mw set, and a mean value and standard deviation value are obtained for the Mn set, and characterized in that the ratio between the standard deviation value of the Mw set and the mean value of the Mw set is equal to or less than 0.15; and the ratio between the standard deviation value of the Mn set and the mean value of the Mn set is equal to or less than 0.15.
A coated forming tool for producing a part of a seat system, comprising: a mold assembly configured to form at least a portion of the part of the seat system; and a coating deposited over at least a portion of a surface (33, 35, 36) of the mold assembly, wherein the coating comprises a nonstick material, characterized in that the coating has a thickness in a range of about 50.8μm (2 2 thousandths of an inch (2 mils)) to about 88.9μm (3.5 thousandths of an inch (3.5 mils)). a mold assembly configured to form at least a portion of the part of the seat system; and a coating deposited over at least a portion of a surface (33, 35, 36) of the mold assembly, wherein the coating comprises a nonstick material, characterized in that the coating has a thickness in a range of about 50.8μm (2 2 thousandths of an inch (2 mils)) to about 88.9μm (3.5 thousandths of an inch (3.5 mils)).
Method for localizing objects enclosed in a medium, in which a measurement signal (U M) correlated with the enclosed object is generated by means of at least one sensor, in particular having at least one receive wire loop system, from which a state signal for the purpose of transmission to a user is generated, which enables at least a distinction to be made between a first state (Z=a) "object detected", at least one second state (Z=b) "no object detected" and a third state (Z=c) "object in the vicinity", wherein the system changes from the third state "object in the vicinity" (Z=c) to the second state "no object detected" (Z=b) if the magnitude of the measurement signal (U M) currently measured stays below a predeterminable first threshold value (U S1), characterized in that the system changes from the first state "object detected" (Z=a) to the third state "object in the vicinity" (Z=c) if the magnitude of the measurement signal (U M) currently measured stays below a previously measured local maximum value (U Max,n) of the measurement signal by a predetermined first percentage P 1, and the first threshold value (U S1) is equal to the signal-to-noise ratio (U SR) of the detection system.
Missile comprising an aircraft engine having a casing (11, 110), at least one combustion chamber of the aircraft engine and at least one ejection engine for generating a take-off thrust of the aircraft engine in a launch phase, wherein the ejection engine comprises an annular combustion chamber and annularly arranged nozzles, characterized in that the casing (11, 110) of the aircraft engine is part of the pressurized annular combustion chamber.
A method performed by a coding processing apparatus for compensating a bit error after forward error correction, comprising: performing, by the coding processing apparatus, forward error correction, FEC, coding on a first data stream, so as to obtain a second data stream, wherein the first data stream is received from a parallel-serial and serial-parallel converter Serdes; inserting, by the coding processing apparatus, a preset channel monitoring training sequence into a tail of the second data stream, so as to obtain a third data stream, wherein the third data stream comprises: the second data stream and the channel monitoring training sequence inserted into the tail of the second data stream, wherein the channel monitoring training sequence carries a preset sequence identifier; performing, by the coding processing apparatus, modulation and coding processing on the third data stream, so as to obtain a fourth data stream; performing, by the coding processing apparatus, electrical-to-optical conversion processing on the fourth data stream, so as to obtain a fifth data stream; and sending, by the coding processing apparatus, the fifth data stream to a decoding processing apparatus by using an optical signal transmission medium. performing, by the coding processing apparatus, forward error correction, FEC, coding on a first data stream, so as to obtain a second data stream, wherein the first data stream is received from a parallel-serial and serial-parallel converter Serdes; inserting, by the coding processing apparatus, a preset channel monitoring training sequence into a tail of the second data stream, so as to obtain a third data stream, wherein the third data stream comprises: the second data stream and the channel monitoring training sequence inserted into the tail of the second data stream, wherein the channel monitoring training sequence carries a preset sequence identifier; performing, by the coding processing apparatus, modulation and coding processing on the third data stream, so as to obtain a fourth data stream; performing, by the coding processing apparatus, electrical-to-optical conversion processing on the fourth data stream, so as to obtain a fifth data stream; and sending, by the coding processing apparatus, the fifth data stream to a decoding processing apparatus by using an optical signal transmission medium.
A radiation-curable inkjet ink set comprising a yellow ink comprising C.I. Pigment Yellow 185 at 1.5 to 2.5 mass%, and a magenta ink comprising C.I. Pigment Red 48:4 at 1.5 to 2.5 mass%.
A method for preparing a natural neutral flavor, which gives a mild and clean taste by maximizing the umami taste and minimizing the other flavors, comprising: (a) fermenting a vegetable protein source with Aspergillus sp. microorganism to obtain a grain fermented broth; (b) fermenting a part of the grain fermented broth with Corynebacterium sp. or Brevibacterium sp. microorganism to prepare an inosine-5'-monophosphate fermented broth and fermenting another part of the grain fermented broth with Corynebacterium sp. or Brevibacterium sp. microorganism to prepare a glutamic acid fermented broth; (c) electrodialyzing the IMP fermented broth; and (d) mixing the glutamic acid fermented broth of step (b) and the electrodialyzed IMP fermented broth of step (c). (a) fermenting a vegetable protein source with Aspergillus sp. microorganism to obtain a grain fermented broth; (b) fermenting a part of the grain fermented broth with Corynebacterium sp. or Brevibacterium sp. microorganism to prepare an inosine-5'-monophosphate fermented broth and fermenting another part of the grain fermented broth with Corynebacterium sp. or Brevibacterium sp. microorganism to prepare a glutamic acid fermented broth; (c) electrodialyzing the IMP fermented broth; and (d) mixing the glutamic acid fermented broth of step (b) and the electrodialyzed IMP fermented broth of step (c).
A dental restoration system comprising: an implant having a tip and an opposite cylindrical socket, the socket having an interior surface having a sloped rim surface, a cylindrical surface and a plurality of helical grooves each with a vertical and horizontal channel (172,174), each horizontal channel having a bottom surface inclined at an angle to the horizontal plane; a mating component having an interface section including a collar having a plurality of radial tabs, the collar being attached to a conical interface surface; wherein each of the tabs slides in the vertical channel of a corresponding one of the plurality of grooves when the mating component is inserted into the implant and each of the tabs fits in the horizontal channel of the groove to lock the mating component in place when the mating component is rotated, and the conical interface contacts the sloped rim surface of the cylindrical socket to create a seal when the tabs are each fit into the horizontal channel. an implant having a tip and an opposite cylindrical socket, the socket having an interior surface having a sloped rim surface, a cylindrical surface and a plurality of helical grooves each with a vertical and horizontal channel (172,174), each horizontal channel having a bottom surface inclined at an angle to the horizontal plane; a mating component having an interface section including a collar having a plurality of radial tabs, the collar being attached to a conical interface surface; wherein each of the tabs slides in the vertical channel of a corresponding one of the plurality of grooves when the mating component is inserted into the implant and each of the tabs fits in the horizontal channel of the groove to lock the mating component in place when the mating component is rotated, and the conical interface contacts the sloped rim surface of the cylindrical socket to create a seal when the tabs are each fit into the horizontal channel.
A method of evaluating a chain of alerts, comprising: grouping a plurality of alerts into a plurality of sets of alerts based on at least one predetermined relationship between the alerts; determining, for each set of alerts, a score representing a statistical likelihood that at least one alert in the set of alerts is correlated to at least one other alert in the set of alerts, to determine a plurality of scores for the sets; forming a model that includes the determined scores; receiving a chain of alerts; determining if the chain of alerts corresponds to a score in the model by matching the chain of alerts to the set of alerts in the model having said score associated; in response to determining that the chain of alerts corresponds to a score in the model, determining whether the score in the model corresponding to the chain of alerts meets a predetermined criteria; and in response to determining the score in the model corresponding to the chain of alerts meets the predetermined criteria, providing an indication to a user. grouping a plurality of alerts into a plurality of sets of alerts based on at least one predetermined relationship between the alerts; determining, for each set of alerts, a score representing a statistical likelihood that at least one alert in the set of alerts is correlated to at least one other alert in the set of alerts, to determine a plurality of scores for the sets; forming a model that includes the determined scores; receiving a chain of alerts; determining if the chain of alerts corresponds to a score in the model by matching the chain of alerts to the set of alerts in the model having said score associated; in response to determining that the chain of alerts corresponds to a score in the model, determining whether the score in the model corresponding to the chain of alerts meets a predetermined criteria; and in response to determining the score in the model corresponding to the chain of alerts meets the predetermined criteria, providing an indication to a user.