mhurhangee/ep-ind-claims huggingface dataset:
Device for storing articles, having an upper part and a base part, wherein - the base part has a base screw and a housing, which is arranged above the base screw and is fixed thereto, - the upper part has an upper shell, which is more or less closed at the top and has a more or less round opening at the bottom, the diameter of said opening being greater than the diameter of the housing, characterized in that - a rotatably mounted axial element is present within the housing and has an opening with a first diameter (d), - a rod is guided through the opening, is mounted in a rotatable manner in said opening and has a termination element at its first end, wherein - the termination element is configured, and arranged, such that, in a direction perpendicular to the rod, it has an extent which is greater than the diameter (d) of the opening. - the base part has a base screw and a housing, which is arranged above the base screw and is fixed thereto, - the upper part has an upper shell, which is more or less closed at the top and has a more or less round opening at the bottom, the diameter of said opening being greater than the diameter of the housing, - a rotatably mounted axial element is present within the housing and has an opening with a first diameter (d), - a rod is guided through the opening, is mounted in a rotatable manner in said opening and has a termination element at its first end, wherein - the termination element is configured, and arranged, such that, in a direction perpendicular to the rod, it has an extent which is greater than the diameter (d) of the opening.
A method for predicting the suitability of treatment with a target therapy for a gastrointestinal-related disorder in a subject, wherein the subject is a patient providing, the sample prior to administration of the therapy, and wherein the therapy is an anti-TNFα antibody, comprising: a) preparing a sample of nucleic acids from a specimen obtained from the subject; b) contacting the sample with a panel of nucleic acid segments consisting of SEQ ID NOS:1-20 to detect levels of the panel segments; c) evaluating the sample against a reference standard of a responder to the therapy to determine the relative expression levels of all members from the group consisting of the nucleotide sequences corresponding to SEQ ID NOS:1-20 compared to the reference standard; and d) correlating the relative expression levels of the sample and the reference standard with the suitability of treatment with the target therapy for the gastrointestinal-related disorder. a) preparing a sample of nucleic acids from a specimen obtained from the subject; b) contacting the sample with a panel of nucleic acid segments consisting of SEQ ID NOS:1-20 to detect levels of the panel segments; c) evaluating the sample against a reference standard of a responder to the therapy to determine the relative expression levels of all members from the group consisting of the nucleotide sequences corresponding to SEQ ID NOS:1-20 compared to the reference standard; and d) correlating the relative expression levels of the sample and the reference standard with the suitability of treatment with the target therapy for the gastrointestinal-related disorder.
A strip of fibre-reinforced polymeric material for a longitudinal reinforcing structure of a wind turbine blade, the strip having substantially flat upper and lower surfaces and extending longitudinally between first and second transverse edges, wherein an end region of the strip tapers in thickness towards the first transverse edge, wherein one or more slots are defined in the tapered end region, the or each slot extending longitudinally from the first transverse edge of the strip into the tapered end region, and the first transverse edge of the strip is defined by a plurality of fingers that are mutually spaced apart by the or each slot.
A method for producing N-vinylformamide by a vapor phase thermal decomposition reaction using an evaporator for evaporating N-(α-alkoxyethyl)formamide, a thermal decomposition reactor for thermally decomposing a N-(α-alkoxyethyl)formamide gas generated by the evaporator, a condenser for condensing a thermally decomposed gas obtained by the thermal decomposition reactor, a first connecting pipe for connecting the evaporator with the thermal decomposition reactor and a second connecting pipe for connecting the thermal decomposition reactor with the condenser, wherein evaporation of N-(α-alkoxyethyl)formamide in the evaporator is started in a state in which a pipe wall of the first connecting pipe and a pipe wall of the second connecting pipe have a temperature satisfying the following Equation: temperature of pipe wall ° C ≥ 0.37 × pressure of evaporator Pa / 133.3 + 205 temperature of pipe wall ° C ≥ 0.37 × pressure of evaporator mmHg + 205, wherein the flow velocity of the N-(α-alkoxyethyl)formamide gas in the evaporator and the first connecting pipe is in a range of from 0.1 m/sec to 30 m/sec.
A method, comprising: transmitting a radio resource control, in the following also referred to as RRC, connection request from a user equipment, in the following also referred to as UE, to a base station in a mobile communication network; receiving an RRC connection setup message transmitted from the base station; characterized by: recording cell change counts and RRC state transition counts and thereby determining RRC release assistance information based on both the cell change counts and the RRC state transition counts; and transmitting the RRC release assistance information to the base station via an RRC connection setup complete message. transmitting a radio resource control, in the following also referred to as RRC, connection request from a user equipment, in the following also referred to as UE, to a base station in a mobile communication network; receiving an RRC connection setup message transmitted from the base station; characterized by: recording cell change counts and RRC state transition counts and thereby determining RRC release assistance information based on both the cell change counts and the RRC state transition counts; and transmitting the RRC release assistance information to the base station via an RRC connection setup complete message. recording cell change counts and RRC state transition counts and thereby determining RRC release assistance information based on both the cell change counts and the RRC state transition counts; and transmitting the RRC release assistance information to the base station via an RRC connection setup complete message.
Hood (4, 4', 4", 4"') for a cleanroom gown, the hood comprising a base body defining an outside and an inside adapted to receive a head of an operator, the base body having a visor opening having a lower border and an upper border and two lateral borders (24, 26), wherein the hood includes a visor fixed in the visor opening, wherein the visor comprises a visor circumference with an upper border and a lower border, the lower border of the visor comprising a nose cut-out or a nose bulge provided for a nose of the operator, characterized in that the hood further comprises at least one sealing device (66, 67, 68) adapted to seal a space between at least one of the borders (22, 24, 26, 28) of the visor opening and a portion of the face of the operator and to position the visor on the operator, characterized in that each sealing device (66, 67, 68) has a first border (66a, 67a, 68a) directed away from the visor opening and a second border (66b, 67b, 68b) directed towards the visor opening, wherein the second border (66b, 67b, 68b) is movable between a first position in contact to the base body and a second position away from the base body.
A method of receiving, by a user equipment, UE, downlink control information, DCI, in a wireless communication system, the method comprising: receiving, from a base station, BS, the DCI that is scrambled by a paging-radio network temporary identifier, P-RNTI, wherein the DCI includes 1 bit information indicating that resource allocation information for a paging message is included in the DCI, wherein the DCI further includes the resource allocation information for the paging message based on the 1 bit information, wherein the DCI further includes a system information, SI, message indicator with 1bit assigned for SI change notification and a high priority SI indicator, and wherein the high priority SI indicator includes ETWS information or CMAS information. receiving, from a base station, BS, the DCI that is scrambled by a paging-radio network temporary identifier, P-RNTI, wherein the DCI includes 1 bit information indicating that resource allocation information for a paging message is included in the DCI, wherein the DCI further includes the resource allocation information for the paging message based on the 1 bit information, wherein the DCI further includes a system information, SI, message indicator with 1bit assigned for SI change notification and a high priority SI indicator, and wherein the high priority SI indicator includes ETWS information or CMAS information.
A mixing tube arrangement for swirling exhaust gases, the mixing tube arrangement comprising: a tube body having a longitudinal axis extending along an interior passage from a first end of the tube body to a second end of the tube body, the tube body defining a slotted region and a non-slotted region, the slotted region defining a plurality of slots, the slotted region extending over a first circumferential distance of the tube body and the non-slotted region extending over a second circumferential distance of the tube body, the second circumferential distance being less than the first circumferential distance; and a plurality of louvers disposed at the slots, characterized in that the slotted region extends along about 210° to about 330°of a circumference of the tube body. a tube body having a longitudinal axis extending along an interior passage from a first end of the tube body to a second end of the tube body, the tube body defining a slotted region and a non-slotted region, the slotted region defining a plurality of slots, the slotted region extending over a first circumferential distance of the tube body and the non-slotted region extending over a second circumferential distance of the tube body, the second circumferential distance being less than the first circumferential distance; and a plurality of louvers disposed at the slots,
Method of increasing an endotherm melt peak position of an edible fat to an increased value compared to a starting value, said increased value being 40 degrees Celsius or higher, said endotherm melt peak position being measured by Differential Scanning Calorimetry by heating samples of 10 +/- 1 mg of said edible fat from 20 degrees Celsius to 65 degrees Celsius at a rate of 3 degrees Celsius per minute to produce a melting thermogram defining said endotherm melt peak position, the method comprising the steps of: a) melting the edible fat by applying heat, b) storing the edible fat at a temperature below said increased value of said endotherm melt peak position for at least 5 hours at a temperature of at least 30 degrees Celsius, whereby an increase in said endotherm melt peak position for said edible fat is obtained when compared to said starting value, wherein said edible fat comprises SatOSat-triglycerides in an amount of 40 - 99% by weight, wherein said edible fat comprises triglycerides obtained from non-vegetable sources, wherein Sat stands for a saturated fatty acid, and O stands for oleic acid. a) melting the edible fat by applying heat, b) storing the edible fat at a temperature below said increased value of said endotherm melt peak position for at least 5 hours at a temperature of at least 30 degrees Celsius, whereby an increase in said endotherm melt peak position for said edible fat is obtained when compared to said starting value, wherein said edible fat comprises SatOSat-triglycerides in an amount of 40 - 99% by weight, wherein said edible fat comprises triglycerides obtained from non-vegetable sources, wherein Sat stands for a saturated fatty acid, and O stands for oleic acid.
A method for protection and diagnosis of a linear compressor, the linear compressor comprising at least one electronic control, the protection and diagnosis method comprising, at each work cycle of the linear compressor, the steps of: - detecting a suction time (t s) of the linear compressor; - detecting a compression time (t c) of the linear compressor; - subsequently, calculating a decision parameter (ΔT) equivalent to the difference between the suction time (t s) and the compression time (t c); - calculating an average decision parameter (ΔT m) which represents an average of the calculated values of the decision parameter (ΔT); and - calculating a variability indicator of the linear compressor at each work cycle of the linear compressor, the variability indicator being related to the average decision parameter ΔT m) and to the decision parameter (ΔT); wherein the method further comprises at least one of: - determining if the decision parameter (ΔT) is lower than a normality range or higher than a maximum operation limit, the normality range being equivalent to values of the decision parameter (ΔT) equal to zero; and - determining if the absolute value of the variability indicator is higher than a resonance pattern, the resonance pattern being related to the operation of the compressor at undesired resonance frequencies. - detecting a suction time (t s) of the linear compressor; - detecting a compression time (t c) of the linear compressor; - subsequently, calculating a decision parameter (ΔT) equivalent to the difference between the suction time (t s) and the compression time (t c); - calculating an average decision parameter (ΔT m) which represents an average of the calculated values of the decision parameter (ΔT); and - calculating a variability indicator of the linear compressor at each work cycle of the linear compressor, the variability indicator being related to the average decision parameter ΔT m) and to the decision parameter (ΔT); - determining if the decision parameter (ΔT) is lower than a normality range or higher than a maximum operation limit, the normality range being equivalent to values of the decision parameter (ΔT) equal to zero; and - determining if the absolute value of the variability indicator is higher than a resonance pattern, the resonance pattern being related to the operation of the compressor at undesired resonance frequencies.
A film touch sensor, comprising: a separation layer; an electrode pattern layer (40, 41, 42) formed on the separation layer and comprising a sensing electrode and a pad electrode formed at one end of the sensing electrode; an insulation layer formed on the electrode pattern layer to cover the electrode pattern layer; characterised in that: the film touch sensor further comprises protective layer formed between the separation layer and the electrode pattern layer; and the protective layer and the insulation layer have an elasticity modulus difference at 25°C of 300 MPa or less. a separation layer; an electrode pattern layer (40, 41, 42) formed on the separation layer and comprising a sensing electrode and a pad electrode formed at one end of the sensing electrode; an insulation layer formed on the electrode pattern layer to cover the electrode pattern layer; characterised in that: the film touch sensor further comprises protective layer formed between the separation layer and the electrode pattern layer; and the protective layer and the insulation layer have an elasticity modulus difference at 25°C of 300 MPa or less. the film touch sensor further comprises protective layer formed between the separation layer and the electrode pattern layer; and the protective layer and the insulation layer have an elasticity modulus difference at 25°C of 300 MPa or less.
A method for an initiating User Equipment, in the following also referred to as UE, to establish a one-to-one sidelink communication with a target UE, comprising: transmitting a first PC5 signalling used for establishing the one-to-one sidelink communication to a broadcast address associated with a Vehicle-to-Everything, in the following also referred to as V2X, service or a V2X application offering the V2X service, characterized in that the first PC5 signalling includes an upper layer identity of the target UE and an identity of the V2X service. transmitting a first PC5 signalling used for establishing the one-to-one sidelink communication to a broadcast address associated with a Vehicle-to-Everything, in the following also referred to as V2X, service or a V2X application offering the V2X service, characterized in that the first PC5 signalling includes an upper layer identity of the target UE and an identity of the V2X service.
Radiator for directed energy, comprising a device for feeding in beams from at least one beam generator and a beam combination device which brings the beams together to form combined beams, wherein the beam combination device has a telescope optical system, comprising a collimation mirror by means of which radiation can be orientated onto a target object, and a secondary mirror, and the device is configured to receive directed beams from a plurality of light guide devices from the at least one beam generator, wherein the radiator comprises a plurality of mirrors movable about two axes and a facetted mirror, the mirrors being configured to deflect beams from the light guide devices towards the facetted mirror, and the facetted mirror being configured to deflect beams towards the secondary mirror, and the radiator comprises a camera for orientating the radiator towards the target object, and the radiator comprises at least one position-sensitive detector and an illuminating laser for high-precision orientation of the beams onto the target object, the illuminating laser being set up to illuminate the target object with laser light, wherein the laser light reflected from the target object is collected by way of the collimation mirror and imaged onto the at least one position-sensitive detector by way of the secondary mirror, the facetted mirror and the mirrors, and wherein the radiator comprises a regulation device set up to determine relative angular offsets in beam paths on the basis of data from the at least one position-sensitive detector and the camera and to correct them by means of the corresponding mirror and/or the secondary mirror. wherein the beam combination device has a telescope optical system, comprising a collimation mirror by means of which radiation can be orientated onto a target object, and a secondary mirror, and the device is configured to receive directed beams from a plurality of light guide devices from the at least one beam generator, wherein the radiator comprises a plurality of mirrors movable about two axes and a facetted mirror, the mirrors being configured to deflect beams from the light guide devices towards the facetted mirror, and the facetted mirror being configured to deflect beams towards the secondary mirror, and the radiator comprises a camera for orientating the radiator towards the target object, and the radiator comprises at least one position-sensitive detector and an illuminating laser for high-precision orientation of the beams onto the target object, the illuminating laser being set up to illuminate the target object with laser light, wherein the laser light reflected from the target object is collected by way of the collimation mirror and imaged onto the at least one position-sensitive detector by way of the secondary mirror, the facetted mirror and the mirrors, and wherein the radiator comprises a regulation device set up to determine relative angular offsets in beam paths on the basis of data from the at least one position-sensitive detector and the camera and to correct them by means of the corresponding mirror and/or the secondary mirror.
A random number generation method, comprising: generating a random number array, wherein the random number array comprises N storage units, each of the storage units stores a random number, and N is a positive integer; performing random shuffling of the random numbers stored at the storage units in the random number array; and receiving a random number retrieval instruction, and reading, from a corresponding storage unit in the random number array based on the random number retrieval instruction, a random number stored in the corresponding storage unit, wherein reading the random number retrieval instruction comprises determining whether a read storage unit is the last storage unit in the random number array; and in response to determining that the read storage unit is not the last storage unit in the random number array, reading a random number stored in the next storage unit; or in response to determining that the read storage unit is the last storage unit in the random number array, generating a new random number array. generating a random number array, wherein the random number array comprises N storage units, each of the storage units stores a random number, and N is a positive integer; performing random shuffling of the random numbers stored at the storage units in the random number array; and receiving a random number retrieval instruction, and reading, from a corresponding storage unit in the random number array based on the random number retrieval instruction, a random number stored in the corresponding storage unit, wherein reading the random number retrieval instruction comprises determining whether a read storage unit is the last storage unit in the random number array; and in response to determining that the read storage unit is not the last storage unit in the random number array, reading a random number stored in the next storage unit; or in response to determining that the read storage unit is the last storage unit in the random number array, generating a new random number array. determining whether a read storage unit is the last storage unit in the random number array; and in response to determining that the read storage unit is not the last storage unit in the random number array, reading a random number stored in the next storage unit; or in response to determining that the read storage unit is the last storage unit in the random number array, generating a new random number array.
Striking mechanism for a clock comprising: - a hammer, comprising a resilient adjustable stop - an eccentric supporting the stop in a position of rest of the hammer, characterised in that the resilient adjustable stop is needle-shaped. - a hammer, comprising a resilient adjustable stop - an eccentric supporting the stop in a position of rest of the hammer, characterised in that the resilient adjustable stop is needle-shaped.