mhurhangee/ep-ind-claims huggingface dataset:
An ultraviolet light emitting device, comprising: an active layer emitting light with a wavelength band of 200 nm to 405 nm; and a light-transmitting layer disposed on the active layer, the light-transmitting layer having a lower part facing the active layer, and being disposed over the exact center of the active layer, wherein side and upper parts of the light-transmitting layer have a surface-processed pattern portion characterized in that the surface-processed pattern portion is disposed in a total internal reflection region, the total internal reflection region being defined as follows: a + b 1 2 tan θ TIR ≺ y ≺ h 0 ≺ x ≺ b 1 − a 2 − htan θ TIR, a + b 1 2 + htan θ TIR ≺ x ≺ b 1 where 'y' represents a position of the light-transmitting layer in a thickness direction, 'x' represents a position of the light-transmitting layer in a width direction, 'a' represents a width of the active layer, b 1 represents a width of the lower surface of the light-transmitting layer, θ TIR represents a total internal reflection angle of the light-transmitting layer, and h represents a thickness of the light-transmitting layer. an active layer emitting light with a wavelength band of 200 nm to 405 nm; and a light-transmitting layer disposed on the active layer, the light-transmitting layer having a lower part facing the active layer, and being disposed over the exact center of the active layer, wherein side and upper parts of the light-transmitting layer have a surface-processed pattern portion characterized in that the surface-processed pattern portion is disposed in a total internal reflection region, the total internal reflection region being defined as follows: a + b 1 2 tan θ TIR ≺ y ≺ h 0 ≺ x ≺ b 1 − a 2 − htan θ TIR, a + b 1 2 + htan θ TIR ≺ x ≺ b 1 where 'y' represents a position of the light-transmitting layer in a thickness direction, 'x' represents a position of the light-transmitting layer in a width direction, 'a' represents a width of the active layer, b 1 represents a width of the lower surface of the light-transmitting layer, θ TIR represents a total internal reflection angle of the light-transmitting layer, and h represents a thickness of the light-transmitting layer.
A method of delivering a transgene to a stem cell, a multi-potent precursor cell or T-cell in vitro such that a predetermined subset of progeny of the T-cell or a population of T-cell expresses a predetermined gene product of this transgene, the method comprising: introducing a vector to a cell, the vector comprising: (a) a T-cell receptor alpha locus control region (TCRaLCR) derived gene regulatory cassette having fewer than 5.0-kb, the TCRaLCR derived gene regulatory cassette comprising a sequence that is SEQ ID NO: 1; and (b) a first transgene to be expressed. (a) a T-cell receptor alpha locus control region (TCRaLCR) derived gene regulatory cassette having fewer than 5.0-kb, the TCRaLCR derived gene regulatory cassette comprising a sequence that is SEQ ID NO: 1; and (b) a first transgene to be expressed.
Support for e.g. road and traffic signs, where the support comprises at least a first upper surface and a second lower surface, where the support further is divided into at least two individual parts, a first part and a second part with an assembly surface, where the first part and the second parts are complementary to each other, where the first part makes up most of the second lower surface and the second part makes up most of the first upper surface and, where the first part and the second part comprise interlocking means, configured for locking the first part and the second part in relation to each other in a first direction X and a second direction Y, characterised in that each of the first and second parts (5,6) comprise first interlocking means which first interlocking means comprise at least a male element and at least a corresponding female element (13"), which male and female parts (13', 13") extend substantially parallel with the first upper and the second lower surfaces, configured for locking the support parts (5,6) relative to each other in the first direction X, and, where the interlocking means also comprise second interlocking means which constitute hook elements along the assembly surface, where the free end of the first part's hook element is complementary to an intermediate part of the hook element on the second part and where the free end of the second part's hook element is complementary to an intermediate part of the first part's hook element, where the hook element is made by means of the free ends (23, 25) being thicker than the intermediate parts (24, 26) of the hook elements and whereby the hook elements are configured for locking the first part and the second part relative to each other in the second direction Y and that third interlocking means comprises a dowel arranged in each of the female parts of the second support part and an aperture arranged in each of the corresponding male parts (13'd) of the first support part, and that said dowels and apertures are configured for locking the support parts (5,6) relative to each other in a third direction Z.
A method for managing a location of a mission critical, MC, client in a wireless network, comprising: receiving, from a location management server, LMS, a location reporting configuration request containingatriggering criteria associated with a change of 3rd generation partnership project, 3GPP, access network related location information; sending, to a MC gateway UE from which the MC client gets MC access, a MC gateway, GW, location reporting configuration request containing the triggering criteria based on the location information request; receiving, from the MC gateway UE, a MC GW location information report containing location information requested by the MC client; updating locally available location information with the location information received from the MC gateway UE; and sending, to the LMS, a location information report including the updated locally available location information, wherein the MC client resides on a non-3GPP device. receiving, from a location management server, LMS, a location reporting configuration request containingatriggering criteria associated with a change of 3rd generation partnership project, 3GPP, access network related location information; sending, to a MC gateway UE from which the MC client gets MC access, a MC gateway, GW, location reporting configuration request containing the triggering criteria based on the location information request; receiving, from the MC gateway UE, a MC GW location information report containing location information requested by the MC client; updating locally available location information with the location information received from the MC gateway UE; and sending, to the LMS, a location information report including the updated locally available location information, wherein the MC client resides on a non-3GPP device.
A bathing tablet manufacturing method comprising compression molding an organic acid in the presence of polyethylene glycol, an anhydride, and a bicarbonate to achieve the bathing tablet, wherein the organic acid is citric acid and optionally at least one selected from the group consisting of succinic acid, fumaric acid and malic acid, the anhydride is at least one selected from the group consisting of anhydrous sodium carbonate and anhydrous potassium carbonate, and the bicarbonate is at least one selected from the group consisting of sodium hydrogen carbonate and potassium hydrogen carbonate, wherein the ratio of the organic acid to the bicarbonate is in the range of 1:10 to 1:3, the ratio of the anhydride to the bicarbonate is in the range of 1:100 to 1:10, and the ratio of the polyethylene glycol to the bicarbonate is in the range of 1:100 to 1:5, wherein an aqueous solution immediately after dissolution of the bathing tablet has a pH of 5.5 to 8.5, and wherein the bathing tablet has a hardness of 25 kg or more, a diameter of 7mm or more, and a thickness of 7mm or more.
A sample analyzer for analyzing a sample, comprising: a preparing unit adapted to mix a sample, a surfactant-containing diluent, and a nucleic acid staining reagent to prepare a measurement specimen in which nucleic acids of nucleated cells are stained and red blood cells are hemolyzed; a detecting unit adapted to irradiate particles included in the measurement specimen with light to receive scattered light and fluorescence light emitted from the particles and output a detection signal; and a processing unit adapted to count white blood cells and fungi in the sample based on the detection signal, wherein the detection signal includes a fluorescence signal obtained from the fluorescence light emitted from the particles, and the processing unit is adapted to count the white blood cells using a first characteristic parameter being obtained from the fluorescence light and based on the nucleic acid amount, and count the fungi using a second characteristic parameter different from the first characteristic parameter, the second characteristic parameter being obtained from the fluorescence signal and based on the nucleic acid amount. a preparing unit adapted to mix a sample, a surfactant-containing diluent, and a nucleic acid staining reagent to prepare a measurement specimen in which nucleic acids of nucleated cells are stained and red blood cells are hemolyzed; a detecting unit adapted to irradiate particles included in the measurement specimen with light to receive scattered light and fluorescence light emitted from the particles and output a detection signal; and a processing unit adapted to count white blood cells and fungi in the sample based on the detection signal, wherein the detection signal includes a fluorescence signal obtained from the fluorescence light emitted from the particles, and the processing unit is adapted to count the white blood cells using a first characteristic parameter being obtained from the fluorescence light and based on the nucleic acid amount, and count the fungi using a second characteristic parameter different from the first characteristic parameter, the second characteristic parameter being obtained from the fluorescence signal and based on the nucleic acid amount.
Armrest, with a base part and with a support arm pivotably mounted on the base part between a first end position and a second end position, wherein the support arm may be secured relative to the base part in at least one position by means of a catch device, wherein the support arm comprises first catch means, which cooperate with second catch means, which are assigned to the base part, and wherein the support arm is loaded by a spring in the direction of the first end position, wherein the first or the second catch means are assigned to the spring, characterised in that the spring is a leg spring and comprises a fastening area which cooperates with retention means of the support arm or the base part, wherein the fastening area is fastened on the support arm or on the base part and is disposed fixedly on it, wherein one of the catch means is assigned to a first free spring leg and a support area is assigned to a second free spring leg of the spring.
A brake control system for a motor vehicle having front and rear axles, the brake system comprising: a controller operable in response to a braking request signal to control a front axle braking system for applying a front axle braking force and a rear axle braking system for applying a rear axle braking force; wherein the controller is configured to increase the front axle braking force to supplement the rear axle braking force characterised in that the controller is configured to increase the front axle braking force to supplement the rear axle braking force when a temperature of the rear axle braking system is greater than or equal to a pre-defined threshold for a defined period of time. a controller operable in response to a braking request signal to control a front axle braking system for applying a front axle braking force and a rear axle braking system for applying a rear axle braking force; wherein the controller is configured to increase the front axle braking force to supplement the rear axle braking force characterised in that the controller is configured to increase the front axle braking force to supplement the rear axle braking force when a temperature of the rear axle braking system is greater than or equal to a pre-defined threshold for a defined period of time.
A method of modifying a tunable matching network that is operable between a predetermined low-frequency limit and a predetermined high-frequency limit, the method comprising connecting a first shunt inductor and a second shunt inductor to a tunable matching network (150, 250) exhibiting an effective parasitic capacitance to ground, wherein connecting the first shunt inductor and the second shunt inductor comprises: connecting a first end of a first shunt inductor to an input of the tunable matching network (150, 250) and connecting a second end of the first shunt inductor to a ground; and connecting a first end of a second shunt inductor to an output of the tunable matching network and connecting a second end of the second shunt inductor to a ground; whereby the first shunt inductor and the second shunt inductor have inductance values selected to reduce the effective parasitic capacitance to ground when operating at the high-frequency limit of the tunable matching network and to maintain a shunt parallel LC resonance at the input and the output of the tunable matching network below the low-frequency limit of the tunable matching network. connecting a first end of a first shunt inductor to an input of the tunable matching network (150, 250) and connecting a second end of the first shunt inductor to a ground; and connecting a first end of a second shunt inductor to an output of the tunable matching network and connecting a second end of the second shunt inductor to a ground;
A method for estimating electromagnetic forces (F tot) active in an electric machine during operation of the electric machine, the method comprising the steps of: - Measuring at least one first operation parameter (Y tot) of the electric machine while the electric machine is operated under at least one operational condition, and - Estimating electromagnetic forces (F tot) active in an electric machine during operation of the electric machine by multiplying the measured at least one first operation parameter (Y tot) and a respective second operation parameter provided by a stored structural/vibro-acoustic model, - wherein the stored structural/vibro-acoustic model is generated and/or updated by using at least one intrinsic behavior of the electric machine determined within an experimental modal analysis, - wherein said structural/vibro-acoustic model comprises data that can be updated, - wherein said experimental modal analysis comprises measuring the vibration/acoustic output of the electric machine, - wherein said experimental modal analysis is used to update the stored structural/vibro-acoustic model, characterized in that: - at least one unitary force (F u,i) is applied to the structural/vibro-acoustic model to obtain a vibration or acoustic response comprised in said respective second operation parameter, - wherein said at least one unitary force (F u,i) corresponds to the respective at least one intrinsic behavior of the electric machine. - Measuring at least one first operation parameter (Y tot) of the electric machine while the electric machine is operated under at least one operational condition, and - Estimating electromagnetic forces (F tot) active in an electric machine during operation of the electric machine by multiplying the measured at least one first operation parameter (Y tot) and a respective second operation parameter provided by a stored structural/vibro-acoustic model, - wherein the stored structural/vibro-acoustic model is generated and/or updated by using at least one intrinsic behavior of the electric machine determined within an experimental modal analysis, - wherein said structural/vibro-acoustic model comprises data that can be updated, - wherein said experimental modal analysis comprises measuring the vibration/acoustic output of the electric machine, - wherein said experimental modal analysis is used to update the stored structural/vibro-acoustic model, - at least one unitary force (F u,i) is applied to the structural/vibro-acoustic model to obtain a vibration or acoustic response comprised in said respective second operation parameter, - wherein said at least one unitary force (F u,i) corresponds to the respective at least one intrinsic behavior of the electric machine.
A silicone compound of the general formula: or where R1 is a straight or branched alkyl, cycloalkyl, polycycloalkyl, heterocycloalkyl, alkaryl, alkoxy, aryl, aralkyl, alkenyl, alkynyl or fluorocarbon group containing 1 - 50 carbon atoms; R2 is R1 or -H, -OH or an organic moiety containing carbon, nitrogen, phosphorous, sulphur, oxygen or silicon atoms; "Vis" is a uv-visible absorbing moiety selected from the group consisting of flavonoids, curcuminoids, polyphenols and derivatives thereof covalently linked to a polymer chain; R3 is an organic moiety (or spacer) containing carbon, nitrogen, phosphorous, sulphur, oxygen or silicon atoms; units A and F are the terminal moieties; blocks B, C, D and E are non-terminal moieties independently positioned between A and F in any order; a, c and d are integers ranging from 1-10,000; and b is an integer ranging from 0-10,000.
Method for testing a hybrid power plant equipping a rotary-wing aircraft comprising at least one lift rotor, said hybrid power plant being configured to rotate said at least one lift rotor, the hybrid power plant comprising: • at least one heat engine configured to rotate said at least one lift rotor, and • at least one electric motor supplied with electrical energy by at least one electrical power source, said at least one electric motor being configured to rotate said at least one lift rotor at least when at least one of said at least one heat engines fails, characterized in that said method (50, 60) comprises a first test performed on the ground comprising the following steps: • starting said at least one heat engine, • controlling a supply of fuel to said at least one heat engine, said control of the supply of fuel being configured so that a speed of rotation NR of said at least one lift rotor reaches a first threshold speed V1, • when said speed of rotation NR of said at least one lift rotor is greater than or equal to said first threshold speed V1, first control of a supply of power (54, 54', 54") to said at least one electric motor, the first control of the supply of power (54, 54', 54") being configured so that the speed of rotation NR of said at least one lift rotor reaches a second threshold speed V2 greater than said first threshold speed V1, said first control of the supply of power (54, 54', 54") being carried out according to a predetermined control profile, • determining a first period of time D1 taken by said at least one lift rotor to shift from said first threshold speed V1 to said second threshold speed V2, and • checking that said first time period D1 is less than a predetermined threshold time period Ds. • at least one heat engine configured to rotate said at least one lift rotor, and • at least one electric motor supplied with electrical energy by at least one electrical power source, said at least one electric motor being configured to rotate said at least one lift rotor at least when at least one of said at least one heat engines fails, • starting said at least one heat engine, • controlling a supply of fuel to said at least one heat engine, said control of the supply of fuel being configured so that a speed of rotation NR of said at least one lift rotor reaches a first threshold speed V1, • when said speed of rotation NR of said at least one lift rotor is greater than or equal to said first threshold speed V1, first control of a supply of power (54, 54', 54") to said at least one electric motor, the first control of the supply of power (54, 54', 54") being configured so that the speed of rotation NR of said at least one lift rotor reaches a second threshold speed V2 greater than said first threshold speed V1, said first control of the supply of power (54, 54', 54") being carried out according to a predetermined control profile, • determining a first period of time D1 taken by said at least one lift rotor to shift from said first threshold speed V1 to said second threshold speed V2, and • checking that said first time period D1 is less than a predetermined threshold time period Ds.
An inflatable calf garment for application to a patient, the calf garment having a tubular or part tubular shape in use with a longitudinal dimension, the calf garment including an inflation device provided with first and second inflatable chambers disposed side by side and separated from one another by a first separation wall, which first separation wall is curved so as to lie in different longitudinal positions around the tubular form of the garment, whereby a proximal chamber is disposed side by side with the second chamber, the second and proximal chambers being separated from one another by a second separation wall which second separation wall is curved so as to lie in different longitudinal positions around the tubular form of the garment, whereby the first separation wall and the second separation wall have different curvature in the longitudinal direction, including a choke connecting adjacent chambers to one another, the or each choke (32, 34) having predetermined dimensions, characterised in that the proximal chamber comprises a proximal edge arranged opposite the second separation wall, which proximal edge has a curved profile being inverted compared to the curvature of the opposite arranged second separation wall. whereby a proximal chamber is disposed side by side with the second chamber, the second and proximal chambers being separated from one another by a second separation wall which second separation wall is curved so as to lie in different longitudinal positions around the tubular form of the garment, whereby the first separation wall and the second separation wall have different curvature in the longitudinal direction, including a choke connecting adjacent chambers to one another, the or each choke (32, 34) having predetermined dimensions, characterised in that the proximal chamber comprises a proximal edge arranged opposite the second separation wall, which proximal edge has a curved profile being inverted compared to the curvature of the opposite arranged second separation wall.