mhurhangee/ep-ind-claims huggingface dataset:
A card socket component for an electronic device, wherein the card socket component comprises a housing, a bearing plate fixed in the housing, a card holder (3, 6) and an elastic component, the housing having a through hole, the card holder (3, 6) having a tray (31, 61) and a baffle connected to the tray (31, 61), the tray (31, 61) passing through the through hole of the housing and being slidably connected to the bearing plate, the elastic component comprising an elastic member and a lever, the elastic member being elastically disposed on the bearing plate in a sliding direction of the card holder (3, 6), the lever being rotatably connected to the bearing plate, a first end of the lever abutting against the elastic member, and a second end of the lever can abutting against the tray (31, 61); when the baffle of the card holder (3, 6) is locked onto the housing, the second end of the lever provides an opposite elastic force for the card holder (3, 6); and after the baffle is poked by an external force, the baffle is unlocked from the housing and is pushed out from the housing under an action of the second end of the lever, characterized in that a hole wall of the through hole is provided with a locking slot, the baffle comprising a baffle body and at least one locking member rotatably connected to the baffle body, the baffle body being connected to the tray and having at least one locking hole, the locking member being received in the locking hole of the baffle body, and the locking member having a limiting protrusion; when the locking member rotates to locate the limiting protrusion of the locking member in the locking slot, the baffle body is locked onto the housing; and when the locking member rotates to make the limiting protrusion of the locking member separated from the locking slot, the baffle body is pushed out from the housing under the action of the elastic force of the lever.
Motor control unit intended to control an electric motor of an electromechanical actuator of a brake of a vehicle, which comprises: - a module supplying commands of an electric current to the electric motor, including commands to release the brake; - a module for continuous measurement of the intensity of the electric current supplied to the electric motor during the release commands; - a decision module connected to the modules for continuously measuring the intensity of the electric current and for supplying commands, which is designed, during each of the release commands, to evaluate successive values of said intensity of the electric current, to note a stabilisation of said intensity of the electric current, and to stop supplying the electric current after having noted the stabilisation, - the control unit being characterised in that it comprises a temperature sensor and a hydraulic-pressure sensor continuously making measurements, respectively, of a temperature and of a hydraulic pressure representing a temperature (θ) and a hydraulic pressure present in the brake, - the decision module is connected to the temperature sensor and to the hydraulic-pressure sensor, - and the decision module is arranged to determine a given duration (Δt) of prolongation of supply of the electric current after the stabilisation has been noted, the given duration (Δt) being dependent on the measurements of the temperature sensor and of the hydraulic-pressure sensor. - a module supplying commands of an electric current to the electric motor, including commands to release the brake; - a module for continuous measurement of the intensity of the electric current supplied to the electric motor during the release commands; - a decision module connected to the modules for continuously measuring the intensity of the electric current and for supplying commands, which is designed, during each of the release commands, to evaluate successive values of said intensity of the electric current, to note a stabilisation of said intensity of the electric current, and to stop supplying the electric current after having noted the stabilisation, - the control unit being characterised in that it comprises a temperature sensor and a hydraulic-pressure sensor continuously making measurements, respectively, of a temperature and of a hydraulic pressure representing a temperature (θ) and a hydraulic pressure present in the brake, - the decision module is connected to the temperature sensor and to the hydraulic-pressure sensor, - and the decision module is arranged to determine a given duration (Δt) of prolongation of supply of the electric current after the stabilisation has been noted, the given duration (Δt) being dependent on the measurements of the temperature sensor and of the hydraulic-pressure sensor.
A timepiece display mechanism, including a first drive wheel set arranged to be driven by a horological movement or by a drive mechanism, said first drive wheel set including first drive means arranged to advance a sliding carriage carrying a display along at least part of a first trajectory T1 defined by first guide means arranged to cooperate in a complementary manner with complementary guide means included in said sliding carriage, said display mechanism including at least one second drive wheel set arranged to be driven by said first drive wheel set or by a said horological movement or by a said drive mechanism, said second drive wheel set including second drive means arranged to advance said sliding carriage along at least part of a second trajectory T2 defined by second guide means arranged to cooperate in a complementary manner with said complementary guide means of said sliding carriage, said second trajectory T2 being secant or tangent at least at one point with said first trajectory T1, characterised in that said first drive means and said second drive means each include at least one elastic blade (31; 310) which is arranged to hold without a clearance a shaft included in said sliding carriage when said sliding carriage circulates on only one of said first trajectory T1 and second trajectory T2, and to allow its release for transferring said sliding carriage from said first trajectory T1 to said second trajectory T2 or vice versa.
An air management arrangement for a late lean injection combustor system comprising: a combustor liner defining a combustor chamber; a sleeve surrounding at least a portion of the combustor liner, the combustor liner and the sleeve defining a cooling annulus for routing a cooling airflow from proximate an aft end of the combustor liner toward a forward end of the combustor liner; and a cooling airflow divider region being a walled region of the combustor system and disposed at a location along the combustor liner and configured to split the cooling airflow into a first cooling airflow portion and a second cooling airflow portion, wherein the first cooling airflow portion is directed to at least one primary air-fuel injector, wherein the second cooling airflow portion is directed to at least one lean-direct injector extending through the sleeve and the cooling annulus for injection of the second cooling airflow portion into the combustor chamber. a combustor liner defining a combustor chamber; a sleeve surrounding at least a portion of the combustor liner, the combustor liner and the sleeve defining a cooling annulus for routing a cooling airflow from proximate an aft end of the combustor liner toward a forward end of the combustor liner; and a cooling airflow divider region being a walled region of the combustor system and disposed at a location along the combustor liner and configured to split the cooling airflow into a first cooling airflow portion and a second cooling airflow portion, wherein the first cooling airflow portion is directed to at least one primary air-fuel injector, wherein the second cooling airflow portion is directed to at least one lean-direct injector extending through the sleeve and the cooling annulus for injection of the second cooling airflow portion into the combustor chamber.
Absorber for a solar power tower solar receiver (R1, R2, R3, R4) comprising an enclosure wherein at least one panel is intended to be illuminated, a core at least partially encompassed by the enclosure and at least one tube passing through the core and extending substantially in a parallel direction with respect to the panel intended to be illuminated, said tube being configured for the circulation of a fluid to be heated, characterised in that the core is in at least one material that has a heat conductivity coefficient greater than or equal to 100 W.m -1.K -1 at ambient temperature.
Assembly of a switch and an auxiliary unit juxtaposed with one another, which switch is arranged so as to be connected between a first state in which an electric current on a line for conducting electric current on which the switch would be placed may pass through the switch and a second state in which said electric current is interrupted by the switch, which switch is also arranged so as to be connected in the second state in the event a malfunction is observed on this line for conducting electric current, which auxiliary unit is an element distinct from the switch and comprises an actuator that is arranged so as to actuate the switch, said actuator being capable of controlling the triggering of the switch from the first state to the second state and/or capable of resetting the switch from the second state to the first state, characterized in that the actuator comprises a generator-transmitter (7, 10 and 11, 36) that is arranged so as to produce an activation signal and to transmit it through radiation to the switch, which generator-transmitter being a magnetic-field or electromagnetic-radiation source, which switch comprises a receiver (6, 12, 13 and 14, 26) that is arranged to receive the activation signal and to convert it, if the switch is in the first state, into a change of state of the switch from the first state to the second state or, if the switch is in the second state, into a change of state of the switch from the second state to the first state, said receiver (6, 12, 13 and 14, 16) being capable of receiving said magnetic field or electromagnetic radiation and of transforming this electromagnetic field or this electromagnetic radiation into electrical and/or mechanical signals for triggering the switch.
A sulfide solid electrolyte material comprising an ion conductor having an anion structure of an ortho-composition with a ratio of 70 mol% or more to all anion structures, and LiI, wherein the ion conductor contains oxygen and characterized in that the ion conductor does not substantially contain cross-linking sulfur and Li 2 S.
A method for operating a food processor driven by an electric motor for preparing a preparation item based on a recipe, wherein the preparation item is prepared in a vessel of the food processor in one or more sequential preparation steps, in particular via mixing and/or heating and/or comminuting, characterized in that an operating parameter of the food processor is automatically controlled as a function of repeated user behavior of the same type when processing a recipe, wherein the user behavior includes an exchange of ingredients provided for a recipe by other ingredients and/or an amount of an ingredient that differs from a recipe, wherein the user behavior comprises a plurality of data, wherein the data are stored within a data memory, wherein an evaluation and control device of the food processor evaluates the large number of data stored in the data memory, recognizes repetitions of user behavior and controls the current operating parameters of the food processor analogously to the operating parameters of previous preparations.
Isolated trans or cis isomer of 2-octylcyclopropyl-1-carboxylic acid, selected from ▪ (1R, 2S)-2-octylcyclopropyl-1-carboxylic acid of formula II ▪ (1S, 2R)-2-octylcyclopropyl-1-carboxylic acid of formula III ▪ (1R, 2R)-2-octylcyclopropyl-1-carboxylic acid of formula IV ▪ (1S, 2S)-2-octylcyclopropyl-1-carboxylic acid of formula V; and ▪ (1R, 2S)-2-octylcyclopropyl-1-carboxylic acid of formula II ▪ (1S, 2R)-2-octylcyclopropyl-1-carboxylic acid of formula III ▪ (1R, 2R)-2-octylcyclopropyl-1-carboxylic acid of formula IV ▪ (1S, 2S)-2-octylcyclopropyl-1-carboxylic acid of formula V; and
Method for operating a data network (10, 20) comprising a plurality of terminals (12, 12a,b,c, 13) which exchange data among one another and are supplied with feed power at a predefined nominal voltage level by at least one network node and/or at least one of the terminals, characterized in that a control is implemented in the terminals (12, 12a,b,c, 13), in that the terminals (12, 12a,b,c, 13) are classified in classes having different priority levels, and in that in the case of the voltage level dropping below the nominal value with a falling voltage level by means of the respective control in the terminals (12, 12a,b,c, 13), same terminals (12, 12a,b,c, 13) are turned off in an order given by their priority, wherein the terminals having the lowest priority are switched off first, and wherein the respective control in the terminals (12, 12a,b,c, 13) is free of further data communication between a power source and the terminals (12, 12a,b,c, 13) and is furthermore free of additional control mechanisms in the power source.
Sizing agent application system, preferably for a machine for processing a sheet of paper or cardboard, for applying sizing agent to a paper or board web, comprising at least two sizing agent spray application beams (4, 5) for spraying the sizing agent onto the respectively associated side of the paper or board web, wherein the sizing agent spray application beams are connected to a common sizing agent supply apparatus (1, 2, 3), by which the sizing agent can be supplied to the sizing agent spray application beams (4, 5).
A pharmaceutical composition for use in the prevention or treatment of Alzheimer's disease, comprising: (a) a pharmaceutically effective amount of an antisense oligonucleotide having a complementary sequence to a nucleotide sequence spanning the position 2 to the position 7 of the nucleotide sequence as set forth in SEQ ID NO:1; and (b) a pharmaceutically acceptable carrier. (a) a pharmaceutically effective amount of an antisense oligonucleotide having a complementary sequence to a nucleotide sequence spanning the position 2 to the position 7 of the nucleotide sequence as set forth in SEQ ID NO:1; and (b) a pharmaceutically acceptable carrier.
A valve cylinder interface for communication between: a working chamber formed by a cylinder part and a piston; and a high pressure valve for controlling flow of high-pressure working fluid and a low pressure valve for controlling flow of low-pressure working fluid, the valve cylinder interface comprising: a valve block having a cylindrical intermediate chamber configured to communicate with the working chamber, a main port for coaxially connecting the intermediate chamber and the cylinder part to each other, and a communication path for allowing communication between one of the high pressure valve or the low pressure valve and the intermediate chamber, wherein the other one of the high pressure valve or the low pressure valve is arranged adjacent to and coaxially with respect to the intermediate chamber, said valve cylinder interface being characterized in that the communication path includes an arc-shaped part which surrounds at least a part of an outer circumference of the intermediate chamber. a valve block having a cylindrical intermediate chamber configured to communicate with the working chamber, a main port for coaxially connecting the intermediate chamber and the cylinder part to each other, and a communication path for allowing communication between one of the high pressure valve or the low pressure valve and the intermediate chamber, wherein the other one of the high pressure valve or the low pressure valve is arranged adjacent to and coaxially with respect to the intermediate chamber, said valve cylinder interface being characterized in that the communication path includes an arc-shaped part which surrounds at least a part of an outer circumference of the intermediate chamber.
A product for use in treatment of muscular degenerative disorders in a subject in need thereof, the treatment comprising administering to the subject in need thereof a composition comprising a compound, or a pharmaceutically acceptable salt thereof, having the structure of Formula:
A method for stratifying spermatozoa comprised in a sample obtained from a subject, comprising (a) assaying spermatozoa comprised by said sample for membrane integrity; and (b) assaying spermatozoa comprised by said sample for DNA fragmentation, wherein the stratification allows a prediction whether said subject will have spermatozoa which may be functional, wherein spermatozoa are stratified as follows: (i) membrane non-intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at most about 5 %; (ii) membrane non-intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at least about 1 %; (iii) membrane intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at most about 5 %; (iv) membrane intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at least about 1 %; wherein the percentage of DNA fragmentation index (%DFI) of said sample is between about 4 %DFI to about 75 %DFI, wherein, the presence of spermatozoa pursuant to (iii) is indicative that said subject will have spermatozoa which may be functional, and wherein the presence of spermatozoa pursuant to (i), (ii) and/or (iv) is predictive that said subject will have spermatozoa, which may not be functional. (a) assaying spermatozoa comprised by said sample for membrane integrity; and (b) assaying spermatozoa comprised by said sample for DNA fragmentation, wherein the stratification allows a prediction whether said subject will have spermatozoa which may be functional, wherein spermatozoa are stratified as follows: (i) membrane non-intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at most about 5 %; (ii) membrane non-intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at least about 1 %; (iii) membrane intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at most about 5 %; (iv) membrane intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at least about 1 %; (i) membrane non-intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at most about 5 %; (ii) membrane non-intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at least about 1 %; (iii) membrane intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at most about 5 %; (iv) membrane intact spermatozoa, having a DNA fragmentation index (%DFI) portion of at least about 1 %; wherein the percentage of DNA fragmentation index (%DFI) of said sample is between about 4 %DFI to about 75 %DFI, wherein, the presence of spermatozoa pursuant to (iii) is indicative that said subject will have spermatozoa which may be functional, and wherein the presence of spermatozoa pursuant to (i), (ii) and/or (iv) is predictive that said subject will have spermatozoa, which may not be functional.
A semiconductor laser light source device, comprising: a semiconductor laser; a cooler that cools said semiconductor laser; and a driving substrate that is equipped with a driving circuit configured to drive the semiconductor laser, wherein said cooler is placed in contact with a surface of said semiconductor laser, said surface being opposite to a light emitting surface of said semiconductor laser, said driving substrate is placed in contact with a surface of said cooler, said surface being opposite to a surface of said cooler on which said semiconductor laser is placed, and said cooler includes a hollow in which a plurality of fins are arranged. a semiconductor laser; a cooler that cools said semiconductor laser; and a driving substrate that is equipped with a driving circuit configured to drive the semiconductor laser, wherein said cooler is placed in contact with a surface of said semiconductor laser, said surface being opposite to a light emitting surface of said semiconductor laser, said driving substrate is placed in contact with a surface of said cooler, said surface being opposite to a surface of said cooler on which said semiconductor laser is placed, and said cooler includes a hollow in which a plurality of fins are arranged.
An organic light-emitting device comprising: an anode; a cathode; and an organic layer between the anode and the cathode and comprising an emission region, wherein the emission region comprises a first emission layer, a second emission layer, and a first exciton quenching layer, the first emission layer comprises a first host and a first dopant, the second emission layer comprises a second host and a second dopant, and the first exciton quenching layer is disposed between the first emission layer and the second emission layer and comprises a first quenching material, characterized in that the first host, the first dopant, the second host, the second dopant, and the first quenching material satisfy Equations 1-1 to 1-4: T 1 Q 1 ≤ T 1 H 1 T 1 Q 1 ≤ T 1 D 1 T 1 Q 1 ≤ T 1 H2 T 1 Q 1 ≤ T 1 D 2 wherein, in Equations 1-1 to 1-4, T1 is a lowest excitation triplet energy level of the first quenching material, T1 is a lowest excitation triplet energy level of the first host, T1 is a lowest excitation triplet energy level of the first dopant, T1 is a lowest excitation triplet energy level of the second host, and T1 is a lowest excitation triplet energy level of the second dopant. an anode; a cathode; and an organic layer between the anode and the cathode and comprising an emission region, wherein the emission region comprises a first emission layer, a second emission layer, and a first exciton quenching layer, the first emission layer comprises a first host and a first dopant, the second emission layer comprises a second host and a second dopant, and the first exciton quenching layer is disposed between the first emission layer and the second emission layer and comprises a first quenching material, characterized in that the first host, the first dopant, the second host, the second dopant, and the first quenching material satisfy Equations 1-1 to 1-4: T 1 Q 1 ≤ T 1 H 1 T 1 Q 1 ≤ T 1 D 1 T 1 Q 1 ≤ T 1 H2 T 1 Q 1 ≤ T 1 D 2 wherein, in Equations 1-1 to 1-4, T1 is a lowest excitation triplet energy level of the first quenching material, T1 is a lowest excitation triplet energy level of the first host, T1 is a lowest excitation triplet energy level of the first dopant, T1 is a lowest excitation triplet energy level of the second host, and T1 is a lowest excitation triplet energy level of the second dopant.