mhurhangee/ep-ind-claims huggingface dataset:
Wiper blade adapter, in particular for a motor vehicle wiper device, comprising a coupling unit, wherein the coupling unit has at least one first and one second coupling element (12b, 14b), which are provided for coupling at least two different types of wiper arm adapters (130b, 140b), wherein the coupling unit has a latching unit which is provided to connect the first coupling element to the second coupling element via a latching connection, enclosure means which is provided to limit a wiper arm adapter (120b, 130b, 140b) in its freedom of movement, wherein the enclosure means is mounted movably, wherein the first coupling element comprises two latching means which secure the movably mounted enclosure means, wherein the latching means are deflectable out of a starting position in a spring-elastic manner and, after a deflection, automatically move back into the starting position, characterized in that the first and second coupling element are formed so as to be detachable from each other by means of the enclosure means, wherein the enclosure means in the fitted state forms a form fit with the second coupling element.
An electronic expansion valve, comprising: a frame body, the frame body being provided with an accommodating cavity and a mounting cavity; an induction magnetic ring, the induction magnetic ring being movably arranged in the accommodating cavity in a height direction of the accommodating cavity, and the mounting cavity being at least located on a circumferential outer side of an active area of the accommodating cavity in which the induction magnetic ring is located; and a Hall sensor, there are multiple Hall sensors, at least two Hall sensors of the multiple Hall sensors being located in the mounting cavity and being arranged around a circumferential side of the accommodating cavity, the at least two Hall sensors of the multiple Hall sensors being located at the same height, and the induction magnetic ring being always in a detection range of the multiple Hall sensors. a frame body, the frame body being provided with an accommodating cavity and a mounting cavity; an induction magnetic ring, the induction magnetic ring being movably arranged in the accommodating cavity in a height direction of the accommodating cavity, and the mounting cavity being at least located on a circumferential outer side of an active area of the accommodating cavity in which the induction magnetic ring is located; and a Hall sensor, there are multiple Hall sensors, at least two Hall sensors of the multiple Hall sensors being located in the mounting cavity and being arranged around a circumferential side of the accommodating cavity, the at least two Hall sensors of the multiple Hall sensors being located at the same height, and the induction magnetic ring being always in a detection range of the multiple Hall sensors.
A compound, or a deuterate thereof, or a tautomer of said compound or said deuterate, or a pharmaceutically acceptable salt of said compound, said deuterate, or said tautomer, said compound having the structural Formula (II-A): wherein R 2, R 3, R 4, R 5, R 6, R 7, and R 8 are each selected independently and wherein: R 2 is selected from hydrogen, fluorine, chlorine, and cyano; R 3 is selected from hydrogen, fluorine, chlorine, and cyano; R 4 is selected from hydrogen, fluorine, chlorine, and cyano; R 5 is selected from hydrogen, fluorine, and chlorine; R 6 is selected from lower alkyl, lower alkoxy, lower haloalkyl, lower haloalkoxy, and lower alkyl-OH; R 7 is selected from fluorine and chlorine; R 8 is selected from; lower alkyl, lower alkoxy, lower haloalkyl, lower haloalkoxy, cycloalkyl, -alkyl-cycloalkyl, -O-cycloalkyl, and -O-alkyl-cycloalkyl; and "lower" alkyl means alkyl containing from 1 to 6 carbons. R 2 is selected from hydrogen, fluorine, chlorine, and cyano; R 3 is selected from hydrogen, fluorine, chlorine, and cyano; R 4 is selected from hydrogen, fluorine, chlorine, and cyano; R 5 is selected from hydrogen, fluorine, and chlorine; R 6 is selected from lower alkyl, lower alkoxy, lower haloalkyl, lower haloalkoxy, and lower alkyl-OH; R 7 is selected from fluorine and chlorine; R 8 is selected from; lower alkyl, lower alkoxy, lower haloalkyl, lower haloalkoxy, cycloalkyl, -alkyl-cycloalkyl, -O-cycloalkyl, and -O-alkyl-cycloalkyl; and
A hydrostatic driveline, comprising: a power source; a transmission portion drivingiy engaged with the power source; a hydrostatic pump in driving engagement with the transmission portion; a hydrostatic motor in fluid communication with the hydrostatic pump; a transfer case in driving engagement with the hydrostatic motor; a first axle assembly in driving engagement with the transfer case; an inter-axle drive shaft in driving engagement with the transfer case and the transmission portion; and a second axle assembly in driving engagement with the inter-axle drive shaft, wherein the transmission portion, the hydrostatic pump, the hydrostatic motor, the transfer case, and the inter-axle shaft form a first power path for the hydrostatic driveilne and the transmission portion and the inter-axle shaft form a second power path for the hydrostatic driveline. a power source; a transmission portion drivingiy engaged with the power source; a hydrostatic pump in driving engagement with the transmission portion; a hydrostatic motor in fluid communication with the hydrostatic pump; a transfer case in driving engagement with the hydrostatic motor; a first axle assembly in driving engagement with the transfer case; an inter-axle drive shaft in driving engagement with the transfer case and the transmission portion; and a second axle assembly in driving engagement with the inter-axle drive shaft,
A battery pack, comprising: a plurality of battery modules stacked to each other, each battery module being provided with a housing accommodating a unit cell, each housing having a through-hole that aligns with through-holes of other housings when stacked; a bolt that is inserted into the through-hole formed in each housing along a stacking direction of the battery modules to connect the battery modules to each other, wherein each battery module has an insertion auxiliary member that is inserted in at least one end of the through-hole, and the insertion auxiliary member has an insertion portion configured to be inserted into the through-hole and an engaging portion extending radially outward from an upper end of the insertion portion, the insertion portion having a first tapered portion whose inner diameter decreases gradually toward a tip of the insertion auxiliary member and a cylindrical portion between the engaging portion and the first tapered portion and having a substantially constant inner diameter, and wherein the insertion auxiliary member is constructed such that a maximum outer diameter of a shaft portion of the bolt is configured to be greater than a minimum value of an inner diameter of the first tapered portion. a plurality of battery modules stacked to each other, each battery module being provided with a housing accommodating a unit cell, each housing having a through-hole that aligns with through-holes of other housings when stacked; a bolt that is inserted into the through-hole formed in each housing along a stacking direction of the battery modules to connect the battery modules to each other, wherein each battery module has an insertion auxiliary member that is inserted in at least one end of the through-hole, and the insertion auxiliary member has an insertion portion configured to be inserted into the through-hole and an engaging portion extending radially outward from an upper end of the insertion portion, the insertion portion having a first tapered portion whose inner diameter decreases gradually toward a tip of the insertion auxiliary member and a cylindrical portion between the engaging portion and the first tapered portion and having a substantially constant inner diameter, and wherein the insertion auxiliary member is constructed such that a maximum outer diameter of a shaft portion of the bolt is configured to be greater than a minimum value of an inner diameter of the first tapered portion.
A polynucleotide encoding a single chain luciferase fusion polypeptide comprising from the N-terminus to the C-terminus: (i) a LuxB subunit, (ii) a linker comprising a neurotoxin cleavage site, and (iii) a LuxA subunit, wherein said luciferase subunit LuxA and LuxB are from a bacterial luciferase.
A method for displaying augmented reality, comprising: projecting, through a spatial light modulator, one or more virtual images to a user; capturing, through a plurality of sensors, a set of data pertaining to the user's surroundings, wherein the set of data includes an image; processing, through a processing module, the set of data retrieved from the plurality of sensors, the processing module comprising a gating mechanism that selectively allows the set of data retrieved from the plurality of sensors to be transmitted to a mobile platform; detecting whether a detachable camera is attached to a housing of the augmented reality device, wherein the gating mechanism selectively allows the set of data retrieved from the plurality of sensors to be transmitted to the mobile platform based at least in part on whether the detachable camera is detected to be attached to the housing of the augmented reality display system. projecting, through a spatial light modulator, one or more virtual images to a user; capturing, through a plurality of sensors, a set of data pertaining to the user's surroundings, wherein the set of data includes an image; processing, through a processing module, the set of data retrieved from the plurality of sensors, the processing module comprising a gating mechanism that selectively allows the set of data retrieved from the plurality of sensors to be transmitted to a mobile platform; detecting whether a detachable camera is attached to a housing of the augmented reality device, wherein the gating mechanism selectively allows the set of data retrieved from the plurality of sensors to be transmitted to the mobile platform based at least in part on whether the detachable camera is detected to be attached to the housing of the augmented reality display system.
A food processor comprising: a first food flow path extending from a first upstream portion to a first downstream portion, wherein the first food flow path is configured to pass a food product in a forward direction to be dispensed from the food processor and to pass a solution in the forward direction and in a reverse direction; a second food flow path extending from a second upstream portion to a second downstream portion, wherein the second food flow path is configured to pass a food product in a forward direction to be dispensed from the food processor and to pass a solution in the forward direction and in a reverse direction; a first bypass line configured to connect to the first food flow path; a second bypass line configured to connect to the second food flow path; and a pressure regulating valve configured to equalize the pressure within the first and second bypass lines, thereby balancing the flow of solution through each of the connected first and second food flow paths (20, 20'); wherein the pressure regulating valve has a pressure regulating valve inlet and a pressure regulating valve outlet; and wherein the pressure regulating valve inlet is configured to fluidly communicate with the first bypass line and the second bypass line. a first food flow path extending from a first upstream portion to a first downstream portion, wherein the first food flow path is configured to pass a food product in a forward direction to be dispensed from the food processor and to pass a solution in the forward direction and in a reverse direction; a second food flow path extending from a second upstream portion to a second downstream portion, wherein the second food flow path is configured to pass a food product in a forward direction to be dispensed from the food processor and to pass a solution in the forward direction and in a reverse direction; a first bypass line configured to connect to the first food flow path; a second bypass line configured to connect to the second food flow path; and a pressure regulating valve configured to equalize the pressure within the first and second bypass lines, thereby balancing the flow of solution through each of the connected first and second food flow paths (20, 20'); wherein the pressure regulating valve has a pressure regulating valve inlet and a pressure regulating valve outlet; and wherein the pressure regulating valve inlet is configured to fluidly communicate with the first bypass line and the second bypass line.
A device for implanting particles in a substrate, comprising: a particle source and a particle accelerator for generating an ion beam of positively charged ions; a substrate holder; an energy filter arranged between the particle accelerator and the substrate holder, wherein the energy filter is a microstructured membrane with a predefined structural profile for setting a dopant depth profile and/or a defect depth profile produced in the substrate by the implanting; and at least one passive braking element for the ion beam, wherein the at least one passive braking element is arranged between the particle accelerator and the substrate holder and is spaced apart from the energy filter, wherein the at least one passive braking element is arranged between the particle accelerator and the energy filter and/or is arranged behind the energy filter with respect to a direction of the ion beam, characterized in that the at least one passive braking element is supported pivotably or slidably so as to achieve a variation of the energy of the ion beam striking the substrate even in the case of a fixed energy of the ion beam provided by the particle accelerator. a particle source and a particle accelerator for generating an ion beam of positively charged ions; a substrate holder; an energy filter arranged between the particle accelerator and the substrate holder, wherein the energy filter is a microstructured membrane with a predefined structural profile for setting a dopant depth profile and/or a defect depth profile produced in the substrate by the implanting; and at least one passive braking element for the ion beam, wherein the at least one passive braking element is arranged between the particle accelerator and the substrate holder and is spaced apart from the energy filter, wherein the at least one passive braking element is arranged between the particle accelerator and the energy filter and/or is arranged behind the energy filter with respect to a direction of the ion beam, characterized in that the at least one passive braking element is supported pivotably or slidably so as to achieve a variation of the energy of the ion beam striking the substrate even in the case of a fixed energy of the ion beam provided by the particle accelerator.
A driver assistance apparatus comprising: a sensor to detect an obstacle around a vehicle; a camera to obtain an image of an area outside of the vehicle; a memory configured to store a stopped-vehicle movement range; a brake driving controller configured to turn on or off a vehicle brake; and a processor configured to: provide a stopped-vehicle movement mode in which the vehicle is permitted to move when a driver is not in the vehicle, and control the brake driving controller to turn on or off the vehicle brake when the vehicle is in the stopped-vehicle movement mode according to any of an obstacle detected around the vehicle and the stopped-vehicle movement range, characterized in that the processor is further configured to set the stopped-vehicle movement range based on the image obtained by the camera. a sensor to detect an obstacle around a vehicle; a camera to obtain an image of an area outside of the vehicle; a memory configured to store a stopped-vehicle movement range; a brake driving controller configured to turn on or off a vehicle brake; and a processor configured to: provide a stopped-vehicle movement mode in which the vehicle is permitted to move when a driver is not in the vehicle, and control the brake driving controller to turn on or off the vehicle brake when the vehicle is in the stopped-vehicle movement mode according to any of an obstacle detected around the vehicle and the stopped-vehicle movement range, provide a stopped-vehicle movement mode in which the vehicle is permitted to move when a driver is not in the vehicle, and control the brake driving controller to turn on or off the vehicle brake when the vehicle is in the stopped-vehicle movement mode according to any of an obstacle detected around the vehicle and the stopped-vehicle movement range,
A bispecific antibody comprising at least two Fab fragments, wherein the first Fab fragment comprises at least one antigen binding site specific for a first antigen; and the second Fab fragment comprises at least one antigen binding site specific for a second antigen wherein either the variable regions or the constant regions of the second Fab heavy and light chain are exchanged; wherein the bispecific antibody is devoid of a Fc domain such that the constant heavy chain consists solely of one or more CH1 domains and wherein the Fab fragments are connected via a peptide linker.
A semi-automated wood-cutting machine comprises: an indexing station comprising a plurality of stage assemblies arranged in a circular fashion about a central axis and configured to travel along a predetermined circular route between a plurality of stages, the plurality of stages comprises: a receiving/alignment stage at which a first stage assembly of the plurality of stage assemblies is adapted to receive a piece of wood, the receiving/alignment stage having an alignment aid adapted to facilitate manual alignment of the piece of wood by an operator of the semi-automated wood-cutting machine; and a cutting stage (174, 176) spaced from the receiving/alignment stage, characterized in that the alignment aid comprises a projector configured to generate a projected cut line, and in that, at the cutting stage (174, 176),the piece of wood is cut along a predetermined cut pathway defined in part by the projected cut line. an indexing station comprising a plurality of stage assemblies arranged in a circular fashion about a central axis and configured to travel along a predetermined circular route between a plurality of stages, the plurality of stages comprises: a receiving/alignment stage at which a first stage assembly of the plurality of stage assemblies is adapted to receive a piece of wood, the receiving/alignment stage having an alignment aid adapted to facilitate manual alignment of the piece of wood by an operator of the semi-automated wood-cutting machine; and a cutting stage (174, 176) spaced from the receiving/alignment stage, a receiving/alignment stage at which a first stage assembly of the plurality of stage assemblies is adapted to receive a piece of wood, the receiving/alignment stage having an alignment aid adapted to facilitate manual alignment of the piece of wood by an operator of the semi-automated wood-cutting machine; and a cutting stage (174, 176) spaced from the receiving/alignment stage, characterized in that the alignment aid comprises a projector configured to generate a projected cut line, and in that, at the cutting stage (174, 176),the piece of wood is cut along a predetermined cut pathway defined in part by the projected cut line.
Foam strip with an enveloping foil, wherein said foam strip is received in said enveloping foil, wherein further said foam strip is impregnated for retarded restoring and has a rectangular cross section, characterized in that the foam strip having an air permeability of 80 - 150 I/m 2 s, measured according to DIN 53887 on a sample of 10 mm thickness at a negative pressure of 0.5 mbar, is driving rain-proof already at a compression of 10 - 60% of its thickness.
A strain relief element for an implantable medical device lead, the strain relief element comprising a flexible strain relief tube (50, 60, 70, 80, 90) including a lumen (54, 64, 84, 94) configured to receive a portion of a lead body of the implantable medical device lead such that the strain relief tube (50, 60, 70, 80, 90) surrounds the portion of the lead body, characterised in that the strain relief tube (50, 60, 70, 80, 90) is shaped to include contours such that the portion of the lead body surrounded by the strain relief tube (50, 60, 70, 80, 90) is shaped into a waved configuration including multiple undulations and maintains a shape that varies from the longitudinal axis of the lead body.
A method for making a high molecular weight, monoesterified polyimide polymer comprising: (a) preparing a polyimide polymer comprising carboxylic acid functional groups from a reaction solution comprising monomers and at least one solvent; and (b) treating the polyimide polymer with a diol at esterification conditions in the presence of dehydrating conditions to form a monoesterified polyimide polymer, wherein the dehydrating conditions at least partially remove water produced during step (b) such that the concentration of water in a solution comprising the polyimide polymer and the diol in step (b) is maintained at between 0 weight percent and 0.08 weight percent, and the monoesterified, polyimide polymer has a weight average molecular weight between 80,000 and 220,000. (a) preparing a polyimide polymer comprising carboxylic acid functional groups from a reaction solution comprising monomers and at least one solvent; and (b) treating the polyimide polymer with a diol at esterification conditions in the presence of dehydrating conditions to form a monoesterified polyimide polymer,
A method for controlling a modulation and coding scheme for a communication between a base station and a user equipment, wherein the modulation and coding scheme is selectable based on a first modulation and coding scheme table comprising entries corresponding to a plurality of modulation and coding schemes with a first maximum modulation order or based on a second modulation and coding scheme table comprising entries corresponding to a plurality of modulation and coding schemes with a second maximum modulation order, the method comprising: receiving, by the base station, a channel quality indicator from the user equipment; determining, by the base station, a channel condition of a radio transmission channel for the communication based on the channel quality indicator; selecting, by the base station, the first modulation and coding scheme table or the second modulation and coding scheme table based on the channel condition; transmitting, by the base station to the user equipment, a radio resource control,RRC, message including information indicating the selected modulation and coding scheme table; and performing, by the base station with the user equipment, the communication by using the modulation and coding scheme based on the selected modulation and coding scheme table, wherein the second maximum modulation order is higher than the first maximum modulation order, the first maximum modulation order corresponds to 64QAM and the second modulation order corresponds to 256QAM. receiving, by the base station, a channel quality indicator from the user equipment; determining, by the base station, a channel condition of a radio transmission channel for the communication based on the channel quality indicator; selecting, by the base station, the first modulation and coding scheme table or the second modulation and coding scheme table based on the channel condition; transmitting, by the base station to the user equipment, a radio resource control,RRC, message including information indicating the selected modulation and coding scheme table; and performing, by the base station with the user equipment, the communication by using the modulation and coding scheme based on the selected modulation and coding scheme table, wherein the second maximum modulation order is higher than the first maximum modulation order, the first maximum modulation order corresponds to 64QAM and the second modulation order corresponds to 256QAM.