mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by a computing device and based on a distributed ledger, a plurality of records, wherein each of the plurality of records is indicative of a content asset accessed by one of a plurality of devices and comprises an identification which uniquely identifies a user device, wherein the identification is anonymous to other devices of the plurality of devices, wherein the distributed ledger is stored on at least a portion of the plurality of devices, wherein the storing comprises one or more of the plurality of other devices validating a distributed ledger record generated by the user device accessing the content asset, wherein the validating the distributed ledger record comprises determining that the user device is authorized to cause the distributed ledger record to be stored on the distributed ledger, wherein the identification which uniquely identifies the user device is encrypted using a public key, wherein the public key is paired with a private key which is only known to a service provider, wherein the private key is needed for decrypting the encrypted identification; determining, based on the plurality of records and using the private key, a pattern of access to the content asset; and determining, based on the pattern of access to the content asset, a consumption rating of the content asset. determining, by a computing device and based on a distributed ledger, a plurality of records, wherein each of the plurality of records is indicative of a content asset accessed by one of a plurality of devices and comprises an identification which uniquely identifies a user device, wherein the identification is anonymous to other devices of the plurality of devices, wherein the distributed ledger is stored on at least a portion of the plurality of devices, wherein the storing comprises one or more of the plurality of other devices validating a distributed ledger record generated by the user device accessing the content asset, wherein the validating the distributed ledger record comprises determining that the user device is authorized to cause the distributed ledger record to be stored on the distributed ledger, wherein the identification which uniquely identifies the user device is encrypted using a public key, wherein the public key is paired with a private key which is only known to a service provider, wherein the private key is needed for decrypting the encrypted identification; determining, based on the plurality of records and using the private key, a pattern of access to the content asset; and determining, based on the pattern of access to the content asset, a consumption rating of the content asset.
A vaccine composition comprising an immunogenically active peptide fragment consisting of at the most 40 consecutive amino acids of tryptophan 2,3-dioxygenase of SEQ ID NO:1, wherein the immunogenically active peptide fragment comprises a polypeptide selected from the group consisting of: a) SEQ ID NO:3 (TDO 200-203); b) SEQ ID NO:6 (TDO 123-132); c) SEQ ID NO:9 (TDO 309-317); d) SEQ ID NO:13 (TDO 304-372); e) SEQ ID NO:17 (TDO 118-137); f) SEQ ID NO:18 (TDO 303-322); and g) a functional homologue of the polypeptide according to any of a) to f); the functional homologue being a polypeptide of identical sequence except that at the most three amino acids have been substituted; for use as a medicament. a) SEQ ID NO:3 (TDO 200-203); b) SEQ ID NO:6 (TDO 123-132); c) SEQ ID NO:9 (TDO 309-317); d) SEQ ID NO:13 (TDO 304-372); e) SEQ ID NO:17 (TDO 118-137); f) SEQ ID NO:18 (TDO 303-322); and g) a functional homologue of the polypeptide according to any of a) to f); the functional homologue being a polypeptide of identical sequence except that at the most three amino acids have been substituted;
A compound represented by formula: wherein, in formula, R 1 and R 2 are independently alkyl having 1 to 15 carbons or alkenyl having 2 to 15 carbons, and in the groups, at least one piece of hydrogen may be replaced by halogen; ring A 1, ring A 2 and ring A 3 are independently 1,4-cyclohexylene, 1,4-cyclohexenylene, 1,4-phenylene, 1,4-phenylene in which at least one piece of hydrogen is replaced by halogen, or tetrahydropyran-2,5-diyl; Z 1, Z 2 and Z 3 are independently a single bond, -(CH 2) 2 -, -CH=CH-, -C≡C-, -CF=CF-, - (CH 2) 4 -, -CH=CH-(CH 2) 2 - or -(CH 2) 2 -CH=CH-; and a, b and c are independently 0 or 1, and a sum of a, b and c is 0, 1 or 2. R 1 and R 2 are independently alkyl having 1 to 15 carbons or alkenyl having 2 to 15 carbons, and in the groups, at least one piece of hydrogen may be replaced by halogen; ring A 1, ring A 2 and ring A 3 are independently 1,4-cyclohexylene, 1,4-cyclohexenylene, 1,4-phenylene, 1,4-phenylene in which at least one piece of hydrogen is replaced by halogen, or tetrahydropyran-2,5-diyl; Z 1, Z 2 and Z 3 are independently a single bond, -(CH 2) 2 -, -CH=CH-, -C≡C-, -CF=CF-, - (CH 2) 4 -, -CH=CH-(CH 2) 2 - or -(CH 2) 2 -CH=CH-; and a, b and c are independently 0 or 1, and a sum of a, b and c is 0, 1 or 2.
An induction heating cooker comprising: a top plate on which an object to be heated is placeable; a plurality of heating coils that are disposed below the top plate and configured to inductively heat the object to be heated; a plurality of temperature sensors disposed below the top plate; an object-to-be-heated detector that detects a placement area of the top plate, on which the object to be heated is placed; a heating controller that controls an operating state of at least one of the plurality of heating coils corresponding to the placement area detected by the object-to-be-heated detector based on a temperature detected by at least one of the plurality of temperature sensors; an operation unit operated by a user; and a display unit, characterized in that: the plurality of temperature sensors have different characteristics from one another; and the heating controller is configured to recognize a temperature sensor located below the placement area detected by the object-to-be-heated detector from among the plurality of temperature sensors, and display information set in advance for the temperature sensor recognized by the heating controller on the display unit. a top plate on which an object to be heated is placeable; a plurality of heating coils that are disposed below the top plate and configured to inductively heat the object to be heated; a plurality of temperature sensors disposed below the top plate; an object-to-be-heated detector that detects a placement area of the top plate, on which the object to be heated is placed; a heating controller that controls an operating state of at least one of the plurality of heating coils corresponding to the placement area detected by the object-to-be-heated detector based on a temperature detected by at least one of the plurality of temperature sensors; an operation unit operated by a user; and a display unit, characterized in that: the plurality of temperature sensors have different characteristics from one another; and the heating controller is configured to recognize a temperature sensor located below the placement area detected by the object-to-be-heated detector from among the plurality of temperature sensors, and display information set in advance for the temperature sensor recognized by the heating controller on the display unit. the plurality of temperature sensors have different characteristics from one another; and the heating controller is configured to recognize a temperature sensor located below the placement area detected by the object-to-be-heated detector from among the plurality of temperature sensors, and display information set in advance for the temperature sensor recognized by the heating controller on the display unit.
An inlet mouth device for the vertical feeding of a banknote counting device that comprises an introduction chute with a prevalently vertical development, said introduction chute defining a sliding surface joining a substantially vertical section of said sliding surface to an outlet via a curved part of said sliding surface, said sliding surface being equipped with a plurality of holes situated in fluid connection with at least one ventilator means, characterized in that said inlet mouth device comprises a box-shaped casing, said box-shaped casing internally defining a housing seat for said at least one ventilator means, a plurality of aeration channels deriving from said housing seat, each terminating in a hole of said plurality of holes present on said sliding surface of said introduction chute and said aeration channels distributing the air flow into the curved part of the sliding surface up to said outlet.
A spunbond nonwoven fabric comprising a propylene polymer composition comprising a propylene polymer having a melting point of not less than 120°C, a propylene polymer having a melting point of less than 120°C and a fatty acid amide having not less than 15 and not more than 21 carbon atoms.
A true density measurement device for measuring a true density of an object to be measured with a gas phase substitution method, the true density measurement device comprising: a sample chamber that houses the object to be measured, and is pressurized by introducing an inert gas into the sample chamber; an expansion chamber into which the inert gas having been introduced into the sample chamber is released, wherein the expansion chamber is opened and closed by a lid which can be attached or detached under normal usage conditions, and has a variable capacity that is changed by inserting or removing a capacity changing member; a pressure detector for detecting pressures of the sample chamber and the expansion chamber; a control unit configured to calculate the true density of an object to be measured based on the weight of the object and the detected pressures; characterized in that the control unit comprises: a notifying section that is configured to recommend use of the capacity changing member based on a relationship between a previously obtained capacity of the expansion chamber and a measurement error, wherein the notifying section is configured to calculate a capacity optimum for the expansion chamber based on a measurement result of the true density of the object obtained without using a capacity changing member, determine whether or not the expansion chamber capacity used in the measurement is an appropriate condition for reducing a measurement error to a minimum, and output an indication recommending an operator of the true density measurement device to use the capacity changing member, if the used expansion chamber capacity does not match the calculated optimum. a sample chamber that houses the object to be measured, and is pressurized by introducing an inert gas into the sample chamber; an expansion chamber into which the inert gas having been introduced into the sample chamber is released, wherein the expansion chamber is opened and closed by a lid which can be attached or detached under normal usage conditions, and has a variable capacity that is changed by inserting or removing a capacity changing member; a pressure detector for detecting pressures of the sample chamber and the expansion chamber; a control unit configured to calculate the true density of an object to be measured based on the weight of the object and the detected pressures; a notifying section that is configured to recommend use of the capacity changing member based on a relationship between a previously obtained capacity of the expansion chamber and a measurement error, wherein the notifying section is configured to calculate a capacity optimum for the expansion chamber based on a measurement result of the true density of the object obtained without using a capacity changing member, determine whether or not the expansion chamber capacity used in the measurement is an appropriate condition for reducing a measurement error to a minimum, and output an indication recommending an operator of the true density measurement device to use the capacity changing member, if the used expansion chamber capacity does not match the calculated optimum.
Turbine rotor blade for a thermal continuous flow machine, in which a transition region, as well as an aerodynamically curved airfoil adjoining same, follow a blade root for securing the turbine rotor blade to a rotor of the turbine from bottom to top along a notional blade longitudinal axis of the turbine rotor blade, which airfoil comprises a pressure side wall and a suction side wall, which extend from a leading edge to a trailing edge for a working medium, wherein the blade root has two mutually opposite flat end surfaces (26, 28) and two mutually opposite contoured side surfaces (30, 32) connecting the two end surfaces to one another, in each of which side surfaces (30, 32) at least one supporting flank is formed, and in which the supporting flanks merge into the transition region or become free flanks configured on the side surfaces (30, 32) via concave rounded portions, wherein a flute adjoining one of the two end sides (26, 28) is arranged in at least one concave rounded portion, the extension of which flute along the side surface is less than that of the supporting flank, characterized in that the edge contour of the flute has a sharp tapering end, which end points toward the opposite side wall, in that the two end sides (26, 28) lie opposite one another at a 100%-standardized distance, and the axial length of the extent of the flute is not more than 10% of said distance, and in that at least two flutes are provided, of which one of the two flutes adjoins the end surface on the leading-edge side and is provided on the side surface on the pressure side, and the other of the two flutes is arranged at the end surface on the trailing-edge side and on the side surface on the suction side.
A portable electronic apparatus comprising: a reception unit which is adapted to receive an initial response request from an external device; a recognition unit which is adapted to recognize a total timeframe number set in the external device based on the initial response request received by the reception unit; a random number generation unit which is adapted to generate a random number; a communication detection unit which is adapted to detect communication performed in another portable electronic apparatus; a determination unit which is adapted to monitor one timeframe during a predetermined time width from the start of said timeframe by using the communication detection unit based on the total timeframe number recognized by the recognition unit and the random number generated by the random number generation unit, and is adapted to determine whether a response to the initial response request is to be transmitted after the end of the predetermined time width and during the remainder of said timeframe to the external device based on a detection result obtained by the communication detection unit; and a transmission unit which is adapted to transmit the response to the external device after the end of the predetermined time width and during the remainder of said timeframe if it has been determined that there is no communication from the other portable electronic apparatus in the timeframe. a reception unit which is adapted to receive an initial response request from an external device; a recognition unit which is adapted to recognize a total timeframe number set in the external device based on the initial response request received by the reception unit; a random number generation unit which is adapted to generate a random number; a communication detection unit which is adapted to detect communication performed in another portable electronic apparatus; a determination unit which is adapted to monitor one timeframe during a predetermined time width from the start of said timeframe by using the communication detection unit based on the total timeframe number recognized by the recognition unit and the random number generated by the random number generation unit, and is adapted to determine whether a response to the initial response request is to be transmitted after the end of the predetermined time width and during the remainder of said timeframe to the external device based on a detection result obtained by the communication detection unit; and a transmission unit which is adapted to transmit the response to the external device after the end of the predetermined time width and during the remainder of said timeframe if it has been determined that there is no communication from the other portable electronic apparatus in the timeframe.
Implant for insertion between the vertebrae of the spinal column as a place holder for vertebrae or parts of vertebrae removed from the spinal column, comprising a first implant part and a second implant part which are adjustable against one another in the direction of their coaxial longitudinal axis in order to change the length of the implant, characterized in that a rotatable threaded ring is allocated to the first implant part, which, for the purpose of changing the length engages with an annular thread into the thread allocated to the second implant part, and that, in the second implant part, at least one guide slot is formed to accommodate a pin allocated to the first implant part in order to provide a guide when changing the length.
An adjustable fastening mechanism of a thermal evaporator for a light source shade, comprising a base having length-adjustable fastening components of the shade attachment, the base also having adjustable fastening components for changing the distance of a thermal evaporator dish from a light source, characterized in that the fastening components of the shade attachment are telescopic with a spring.
A method for determining geological formation characteristics, comprising: driving a bottom hole assembly in a borehole; detecting at least one mechanical drilling parameter generated responsive to operation of the BHA in the borehole; identifying at least one geological formation characteristic responsive to the detected at least one mechanical drilling parameter; providing the identified at least one geological formation characteristic to a surface steerable drilling system; and controlling operation of the surface steerable drilling system responsive to the at least one geological formation characteristic. driving a bottom hole assembly in a borehole; detecting at least one mechanical drilling parameter generated responsive to operation of the BHA in the borehole; identifying at least one geological formation characteristic responsive to the detected at least one mechanical drilling parameter; providing the identified at least one geological formation characteristic to a surface steerable drilling system; and controlling operation of the surface steerable drilling system responsive to the at least one geological formation characteristic.
An electric turbomachine for use with an internal combustion engine, a turbocharger or a fuel cell e-compressor, said electric turbomachine comprising: a compressor that is arranged to compress fluid within a turbo compressor when it is rotationally driven about a rotational axis by a shaft, said shaft being rotational supported by a drive-end bearing and a non-drive-end bearing, and a high-speed electrical machine located within a housing that is arranged to rotationally drive the shaft about the rotational axis; said housing comprising a drive-end wall that the shafts extends through to rotationally drive the compressor, a non-drive-end wall at the opposing end of the electric turbomachine to the compressor, and a side wall that extends between the drive-end wall and the non-drive-end wall, and wherein the electric turbomachine comprises a cooling system, for receiving a flow of a coolant fluid to cool the electric turbomachine, that is integrated within the housing of the electric turbomachine, wherein the cooling system comprises a side wall coolant cavity located within the side wall for receiving a flow of coolant fluid to cool the electric turbomachine, characterised in that the side wall coolant cavity is arranged to cool the electrical machine and power electronics that are mounted on an exterior surface of the side wall. a compressor that is arranged to compress fluid within a turbo compressor when it is rotationally driven about a rotational axis by a shaft, said shaft being rotational supported by a drive-end bearing and a non-drive-end bearing, and a high-speed electrical machine located within a housing that is arranged to rotationally drive the shaft about the rotational axis; said housing comprising a drive-end wall that the shafts extends through to rotationally drive the compressor, a non-drive-end wall at the opposing end of the electric turbomachine to the compressor, and a side wall that extends between the drive-end wall and the non-drive-end wall, and wherein the electric turbomachine comprises a cooling system, for receiving a flow of a coolant fluid to cool the electric turbomachine, that is integrated within the housing of the electric turbomachine, wherein the cooling system comprises a side wall coolant cavity located within the side wall for receiving a flow of coolant fluid to cool the electric turbomachine, characterised in that the side wall coolant cavity is arranged to cool the electrical machine and power electronics that are mounted on an exterior surface of the side wall.
An apparatus for collecting a sample of fluid from a reservoir chamber of a therapeutic device having a porous structure and implanted in an eye of a patient, the apparatus comprising: a cartridge comprising: a connector for coupling the cartridge to a syringe having a capacity to contain an amount of therapeutic agent; at least one needle having a first lumen and a second lumen extending through the at least one needle; and a container in fluid communication with the second lumen; characterised by: the at least one needle of the cartridge being operable to penetrate the implanted therapeutic device; the first lumen being arranged to allow an amount of the therapeutic agent to be injected from the syringe through the first lumen into the reservoir chamber of the implanted therapeutic device; the second lumen being arranged to allow fluid to be displaced from the reservoir chamber through the second lumen into the container at the same time as the amount of therapeutic agent is injected from the syringe through the first lumen into the reservoir chamber; the container being arranged to collect the displaced fluid for use in one or more analyses; and the container comprising a window for viewing a level of the fluid in the container. a connector for coupling the cartridge to a syringe having a capacity to contain an amount of therapeutic agent; at least one needle having a first lumen and a second lumen extending through the at least one needle; and a container in fluid communication with the second lumen; the at least one needle of the cartridge being operable to penetrate the implanted therapeutic device; the first lumen being arranged to allow an amount of the therapeutic agent to be injected from the syringe through the first lumen into the reservoir chamber of the implanted therapeutic device; the second lumen being arranged to allow fluid to be displaced from the reservoir chamber through the second lumen into the container at the same time as the amount of therapeutic agent is injected from the syringe through the first lumen into the reservoir chamber; the container being arranged to collect the displaced fluid for use in one or more analyses; and the container comprising a window for viewing a level of the fluid in the container.