mhurhangee/ep-ind-claims huggingface dataset:
One or more computer-readable media having machine-useable instructions embodied thereof for performing a method of interpreting an ambiguous touch event in relation to one or more click targets on a touch-screen display, the method comprising: displaying one or more click targets on a touch-screen display, wherein the click targets are displayed at respective click target locations; detecting a touch at a touch-screen location; characterized by: searching for a first one of said click target locations within a predetermined click region of the touch-screen location, said click region surrounding the touch-screen location and bounded by a predetermined number of test locations; checking the test locations for corresponding click target locations; upon locating a first one of said click target locations within the predetermined click region, searching for a second one of said click target locations within the predetermined click region; if a second one of said click target locations is not located within the predetermined click region, associating the touch with a first click target corresponding to the first one of said click target locations: and if a second of said click target locations is located within the predetermined click region, providing a magnifier, said magnifier comprising a user interface having an enlarged view of the predetermined click region. displaying one or more click targets on a touch-screen display, wherein the click targets are displayed at respective click target locations; detecting a touch at a touch-screen location; searching for a first one of said click target locations within a predetermined click region of the touch-screen location, said click region surrounding the touch-screen location and bounded by a predetermined number of test locations; checking the test locations for corresponding click target locations; upon locating a first one of said click target locations within the predetermined click region, searching for a second one of said click target locations within the predetermined click region;
Stacking device for a space vehicle, said device comprising n space appendages, n being an integer strictly greater than 2, and a plurality of hold down and release mechanisms, said stacking device being configured to hold, temporarily, the n space appendages on one and the same support of a space vehicle in a stacked position using hold down and release mechanisms, said stacking device comprising bushings, each bushing being located on the backing structure of one of the space appendages; and allowing the fixing of a hold down and release mechanism to a space appendage; characterized in that the number, the configuration and the arrangement of the hold down and release mechanisms are determined in such a way: - that each hold down and release mechanism is sized and configured to keep n-1 space appendages in a stacked position; and - that for each of the n space appendages, each of the other space appendages that are different from the space appendage concerned is held in position by at least one of the hold down and release mechanisms ensuring the holding of the space appendage concerned. - that each hold down and release mechanism is sized and configured to keep n-1 space appendages in a stacked position; and - that for each of the n space appendages, each of the other space appendages that are different from the space appendage concerned is held in position by at least one of the hold down and release mechanisms ensuring the holding of the space appendage concerned.
A water-permeable and water-absorbable paving, characterized in that: the paving is formed of a mixture of a water-permeable material (41, 41a) and hollow bodies that are substantially uniformly mixed and distributed in the water-permeable material (41, 41a) so that some of the hollow bodies are located at the paving surface and partly exposed outside the water-permeable material, the hollow bodies each comprising a spherical shell in which through apertures are formed. the paving is formed of a mixture of a water-permeable material (41, 41a) and hollow bodies that are substantially uniformly mixed and distributed in the water-permeable material (41, 41a) so that some of the hollow bodies are located at the paving surface and partly exposed outside the water-permeable material, the hollow bodies each comprising a spherical shell in which through apertures are formed.
A striker for compressing a bumper of a jounce bumper assembly, said striker comprising a contact surface configured to face the bumper of the jounce bumper assembly, characterized by at least one ridge extending from said contact surface, and with said at least one ridge engageable with the bumper for minimizing radial expansion of the bumper at said contact surface as the bumper is compressed, wherein the at least one ridge is in a full closed circular pattern or spiral pattern and is disposed interior of an outer periphery of the contact surface.
LIDAR measuring system with a LIDAR transmitter unit and a LIDAR receiver unit, which is formed in a focal plane array arrangement, wherein - the LIDAR receiver unit has several sensor elements and wherein - the LIDAR transmitter unit has several emitter elements, wherein - several sensor elements form a macrocell (1, 2, 3, 4), wherein the macrocell (1, 2, 3, 4) is assigned to a single emitter element, characterized in that the distance between two line-wise adjacent emitter elements is not equal to an integer multiple of the distance (d) between two line-wise adjacent sensor elements. - the LIDAR receiver unit has several sensor elements and wherein - the LIDAR transmitter unit has several emitter elements, wherein - several sensor elements form a macrocell (1, 2, 3, 4), wherein the macrocell (1, 2, 3, 4) is assigned to a single emitter element,
A compressor clearance control system for a gas turbine engine, comprising: a compressor with a casing and a number of rotor blades; inlet guide vanes positionable to vary the amount of air entering the compressor; a casing heat exchanger positioned about the casing of the compressor; a turbine producing exhaust gases; and a turbine exhaust heat exchanger positioned about an outlet of the turbine, the turbine exhaust heat exchanger being in communication with the casing heat exchanger and being arranged to heat a working fluid therein for circulation between the turbine exhaust heat exchanger and the casing heat exchanger to heat the casing when the inlet guide vanes are in a position that causes turbining of the compressor. a compressor with a casing and a number of rotor blades; inlet guide vanes positionable to vary the amount of air entering the compressor; a casing heat exchanger positioned about the casing of the compressor; a turbine producing exhaust gases; and a turbine exhaust heat exchanger positioned about an outlet of the turbine, the turbine exhaust heat exchanger being in communication with the casing heat exchanger and being arranged to heat a working fluid therein for circulation between the turbine exhaust heat exchanger and the casing heat exchanger to heat the casing when the inlet guide vanes are in a position that causes turbining of the compressor.
Manufacturing process of a piezoresistive device, where this device comprises at least one piezoresistive gauge (29, 38, 44, 62) and an electric isolation layer (32, 64) upon which the piezoresistive gauge is formed, where this process is characterised in that a layer of material for piezoresistive gauge is formed on the electric isolation layer, in that a protection mask (34, 40, 46) is formed on the layer of material for piezoresistive gauge, in that, within the areas that are not protected by the mask, an etching of the material or a transformation of the latter into an electric isolation material is performed such that after selectively removing the mask, side tangents of the thus formed piezoresistive gauge, when observing a cross-section of the device, essentially form over 90° angles ( α) with the surface of the electric isolation layer upon which the piezoresistive gauge is formed.
A set of detectably labeled probes consisting of a probe for p16, which hybridizes to p21 on human chromosome 9, a probe for p53, which hybridizes to p13 on human chromosome 17, a centromeric probe for chromosome 7, a centromeric probe for chromosome 17, and a probe for Her2, which hybridizes to q11 on human chromosome 17, wherein each probe is detectably labeled with a distinct fluorophore, wherein the set of detectably labeled probes enables prognosis of progression of Barrett's esophagus in a patient.
Method of communication in a cellular network between a base station and a user equipment, comprising: providing, from the base station to the user equipment, a new allowed maximum transmitting power, wherein the new allowed maximum transmitting power is lower than a former allowed maximum transmitting power if a specific traffic load increase has occurred within the base station cell; and characterized in that the method also comprises, if the user equipment sends a message to the base station with a transmitting power exceeding said new allowed maximum transmitting power, deciding, by the base station, depending on at least one condition whether or not to reject (S10, S 15) the user equipment message. providing, from the base station to the user equipment, a new allowed maximum transmitting power, wherein the new allowed maximum transmitting power is lower than a former allowed maximum transmitting power if a specific traffic load increase has occurred within the base station cell; and characterized in that the method also comprises, if the user equipment sends a message to the base station with a transmitting power exceeding said new allowed maximum transmitting power, deciding, by the base station, depending on at least one condition whether or not to reject (S10, S 15) the user equipment message.
Applicator for applying a cosmetic, makeup or care product to the eyelashes and/or eyebrows, having a moulded applicator member having: - a core that extends along a longitudinal axis, and - double spikes that are carried by the core, extend from and all around the latter, and are disposed in a plurality of longitudinal rows (17, 19), the double spikes each having a recess that separates two arms (18a, 18b), and a base of non-zero height that connects their two arms (18a, 18b) together and projects from the core, characterised in that each longitudinal row of spikes is offset axially with respect to an adjacent longitudinal row, the axial offset ( D a) between one longitudinal row of spikes and the adjacent longitudinal row is between one quarter and three quarters of the width ( l p) of a spike, the spacing (eb) between the two arms (18a, 18b) of the double spikes is between 1 mm and 2.5 mm. - a core that extends along a longitudinal axis, and - double spikes that are carried by the core, extend from and all around the latter, and are disposed in a plurality of longitudinal rows (17, 19), the double spikes each having a recess that separates two arms (18a, 18b), and a base of non-zero height that connects their two arms (18a, 18b) together and projects from the core, characterised in that each longitudinal row of spikes is offset axially with respect to an adjacent longitudinal row, the axial offset ( D a) between one longitudinal row of spikes and the adjacent longitudinal row is between one quarter and three quarters of the width ( l p) of a spike, the spacing (eb) between the two arms (18a, 18b) of the double spikes is between 1 mm and 2.5 mm.
A method (1100; 1400) of wireless communication performed by a user equipment, UE, comprising: initiating (1102; 1404; 1406) an inter-radio access technology, RAT, mobility procedure from a first network to a second network while idle mode signaling reduction, ISR, is active; deactivating (1104; 1410) autonomously ISR to cause completion of the inter-RAT mobility procedure when it is determined that the first and second networks are in a same routing area; initiating a location management procedure in the second network by sending a location-based update message triggered by the deactivation of ISR; and receiving an uplink grant in the second network in response to the location-based update message for completing the inter-RAT mobility procedure. initiating (1102; 1404; 1406) an inter-radio access technology, RAT, mobility procedure from a first network to a second network while idle mode signaling reduction, ISR, is active; deactivating (1104; 1410) autonomously ISR to cause completion of the inter-RAT mobility procedure when it is determined that the first and second networks are in a same routing area; initiating a location management procedure in the second network by sending a location-based update message triggered by the deactivation of ISR; and receiving an uplink grant in the second network in response to the location-based update message for completing the inter-RAT mobility procedure.
A device comprising: a ring assembly configured to mount to a landing gear strut piston, the ring assembly comprising: two independently mounted rings (30, 32), each comprising a pair of joined C-shaped sections; a mounting surface located on an inner surface of the two rings; a plurality of sensor mount locations on the two rings; a plurality of radial strain compensation devices on the two rings; two guide rings configured to mount to the landing gear strut piston and configured to be received by the mounting surface located on the inner surface of the two rings, wherein the sensor mount locations each include a longitudinal axis that is perpendicular to a normal to the inner surface, wherein one of the sensor mount locations on a first of the two rings has the same longitudinal axis as one of the sensor mount locations on the other ring. a ring assembly configured to mount to a landing gear strut piston, the ring assembly comprising: two independently mounted rings (30, 32), each comprising a pair of joined C-shaped sections; a mounting surface located on an inner surface of the two rings; a plurality of sensor mount locations on the two rings; a plurality of radial strain compensation devices on the two rings; two independently mounted rings (30, 32), each comprising a pair of joined C-shaped sections; a mounting surface located on an inner surface of the two rings; a plurality of sensor mount locations on the two rings; a plurality of radial strain compensation devices on the two rings; two guide rings configured to mount to the landing gear strut piston and configured to be received by the mounting surface located on the inner surface of the two rings, wherein the sensor mount locations each include a longitudinal axis that is perpendicular to a normal to the inner surface, wherein one of the sensor mount locations on a first of the two rings has the same longitudinal axis as one of the sensor mount locations on the other ring.
A stably tethered structure comprising (i) an antibody or antigen-binding antibody fragment attached to one or more anchoring domain moieties, the amino acid sequence of the AD moiety being from an A-kinase anchoring protein (AKAP protein), wherein the AD moiety is a peptide sequence that has a binding affinity for a dimerized DDD sequence, and (ii) two or more cytokines, each cytokine attached to a dimerization and docking domain moiety, the amino acid sequence of the DDD moiety is residues 1 to 44 of human protein kinase A regulatory subunit RIIα, each AD moiety bound to two DDD moieties to form the stably tethered structure.
A washing machine comprising: a rotatable washing tub configured to accommodate laundry; a pulsator rotatably disposed in the washing tub; a drive shaft configured to rotate the pulsator; a dehydration shaft connected to the washing tub, having a first hollow through which the drive shaft passes; a solenoid configured to form a magnetic field when a current is applied; a fixing core configured to surround the solenoid; and a clutch configured to function as a shaft-joint or a shaft-joint release between the drive shaft and the dehydration shaft, wherein the clutch comprises: an armature configured to be lifted by a magnetic force of the solenoid; and a clutch coupler configured to be elevated along the dehydration shaft, to function as the shaft-joint between the drive shaft and the dehydration shaft in a first position and as the shaft-joint release between the drive shaft and the dehydration shaft in a second position lifted from the first position, wherein the armature comprises: a core base disposed below the fixing core and extends outward from the clutch coupler; and a core outer portion extending upward from an outer circumference of the core base. a rotatable washing tub configured to accommodate laundry; a pulsator rotatably disposed in the washing tub; a drive shaft configured to rotate the pulsator; a dehydration shaft connected to the washing tub, having a first hollow through which the drive shaft passes; a solenoid configured to form a magnetic field when a current is applied; a fixing core configured to surround the solenoid; and a clutch configured to function as a shaft-joint or a shaft-joint release between the drive shaft and the dehydration shaft, wherein the clutch comprises: an armature configured to be lifted by a magnetic force of the solenoid; and a clutch coupler configured to be elevated along the dehydration shaft, to function as the shaft-joint between the drive shaft and the dehydration shaft in a first position and as the shaft-joint release between the drive shaft and the dehydration shaft in a second position lifted from the first position, an armature configured to be lifted by a magnetic force of the solenoid; and a clutch coupler configured to be elevated along the dehydration shaft, to function as the shaft-joint between the drive shaft and the dehydration shaft in a first position and as the shaft-joint release between the drive shaft and the dehydration shaft in a second position lifted from the first position, wherein the armature comprises: a core base disposed below the fixing core and extends outward from the clutch coupler; and a core outer portion extending upward from an outer circumference of the core base. a core base disposed below the fixing core and extends outward from the clutch coupler; and a core outer portion extending upward from an outer circumference of the core base.
Large-cylinder drying roller in the form of a Yankee roller or an MG roller, at least composed of a cylindrical cylinder sleeve, of two caps (31, 32) which are attached on both sides of the cylinder sleeve, of an inner shaft which is coaxially disposed within the cylinder sleeve, and of two journals (41, 42) which are provided indirectly by way of the inner shaft which is connected to the caps (31, 32) or are provided directly on the caps (31, 32), wherein the inner shaft is a hollow shaft which is divided into at least two hollow-shaft parts (61, 62), characterized in that the two hollow-shaft parts (61, 62) are interconnected or interconnectable, respectively, by way of a hollow-shaft connection which is accessible from the interior of the hollow shaft.
An apparatus for vertically closing an opening, said apparatus comprising a fixed element attached to a surface and placed above an opening such as a window, doorway, or the like; a roller connected to said fixed element; a shielding element attached to said roller, said shielding element being adapted to be wound on and unwound from said roller, said shielding element being configured to be in a first state when said opening is covered by said shielding element and thereby closed, and a second state when said opening is open; a motor configured to drive said roller such that said shielding element can be moved between said first and second state; a number of sensor arrangements (110, 112); characterized in that the apparatus comprises a condition monitoring device configured to receive data from at least one of said number of sensor arrangements, wherein at least one of the number of sensor arrangements is an electric current sensor configured to determine an electric current fed to the motor, and wherein at least one of the number of sensor arrangements is a temperature sensor configured to determine a temperature in the motor, the condition monitoring device configured to directly or indirectly compare said data with reference data such that a service need can be identified.
A nanoparticle-containing solution comprising nanoparticles of a metal oxide, and a solution obtained by dissolving, in an organic solvent, a phosphoric acid ester and a reactive group-containing carbonyl compound as hydrophobic treatment agents, said phosphoric acid ester having an alkylene oxide chain, and an alkyl group or an allyl group at an end, and said reactive group-containing carbonyl compound having at least a vinyl group and a carboxyl group or a cyclic ester group, and having a solubility parameter calculated by Fedors' method of 10.0 to 12.5.
Thermal power plant, with a thermal energy storage device that is intrinsically in the power plant and is designed to supply energy during starting up of the thermal power plant for heating components and/or media of the thermal power plant, characterized by an additional electrical, chemical or mechanical energy storage device that is intrinsically in the power plant and is designed to supply energy during starting up of the thermal power plant for feeding into an electrical energy distribution network.
A system for an electrically driven vehicle, the system comprising: - at least one motor control device for controlling at least one electric motor by means of which at least one drive wheel of the vehicle can be driven and - at least one brake control device for controlling friction brakes by means of which one of a plurality of drive wheels and/or non-driven wheels can be braked, the brake control device and the electric motor control device each having a data interface (16a, 16b, 16c) that is a bus interface, in particular a CAN bus interface, and the brake control device and the electric motor control device being designed to transmit and/or receive data via the first data interface (16a, 16b, 16c) at a predefined maximum data transfer rate, characterized in that the brake control device and the electric motor control device each have a second data interface (38a, 38b, 38c), each second data interface (38a, 38b, 38c) being designed to transmit and/or receive data at a higher data transfer rate than the maximum data transfer rate of the first data interface (16a, 16b, 16c), and the brake control device and the electric motor control device are designed to exchange data with one another, in particular by transmitting and/or receiving data, via the second data interface (38a, 38b, 38c), at a higher data transfer rate than with the first data interfaces (16a, 16b, 16c). - at least one motor control device for controlling at least one electric motor by means of which at least one drive wheel of the vehicle can be driven and - at least one brake control device for controlling friction brakes by means of which one of a plurality of drive wheels and/or non-driven wheels can be braked, the brake control device and the electric motor control device each having a data interface (16a, 16b, 16c) that is a bus interface, in particular a CAN bus interface, and the brake control device and the electric motor control device being designed to transmit and/or receive data via the first data interface (16a, 16b, 16c) at a predefined maximum data transfer rate, characterized in that the brake control device and the electric motor control device each have a second data interface (38a, 38b, 38c), each second data interface (38a, 38b, 38c) being designed to transmit and/or receive data at a higher data transfer rate than the maximum data transfer rate of the first data interface (16a, 16b, 16c), and the brake control device and the electric motor control device are designed to exchange data with one another, in particular by transmitting and/or receiving data, via the second data interface (38a, 38b, 38c), at a higher data transfer rate than with the first data interfaces (16a, 16b, 16c).