mhurhangee/ep-ind-claims huggingface dataset:
Method for performing power supply processes between at least one power supply unit (1, 3) and a plurality of motor vehicles (K1, K2) that are to be supplied with power, which are parked in respectively different parking spaces, wherein each parking space is assigned at least one image capture device of the power supply unit (1, 3) that is spatially separate from a robot (13, 30), wherein the at least one image capture device ascertains a position of a vehicle-side power supply interface, wherein in each case a position of a vehicle-side power supply interface of a motor vehicle (K1, K2) to be supplied is ascertained and automated coupling between the vehicle-side power supply interface and a power supply interface (14; 31a, 31b) of the power supply unit (1, 3) is realized by virtue of the fact that the power supply interface (14; 31a, 31b) of the power supply unit (1, 3) is moved via a robot (13, 30) to the vehicle-side power supply interface and is coupled to the latter, wherein the robot (1, 3) is made to couple a plurality of motor vehicles (K1, K2) to a suitable power supply interface (14; 31a, 31b) of the power supply unit (1, 3), wherein the position of a vehicle-side power supply interface of a motor vehicle (K1, K2) that is assigned to a specific power supply interface (14; 31b, 31a) of the power supply unit (1, 3) is ascertained by way of the power supply unit (1, 3), wherein the position is also ascertained if the robot (13, 30) is not available for moving and coupling the power supply interface (14; 31b, 31a) of the power supply unit (1, 3) that is assigned to the motor vehicle (K1, K2).
A method for wireless communication at a user equipment, UE, comprising: identifying a plurality of tones for receiving, from a base station, a synchronization signal, which comprises a plurality of time domain repetitions of a sequence, and a single symbol that includes the plurality of time domain repetitions of the sequence; identifying one or more information bits based at least in part on a subset of the plurality of tones, wherein each subset of the plurality of subsets of tones is associated with conveying different information bits; receiving, from the base station and using the subset of the plurality of tones, the synchronization signal by a plurality of receive beams; identifying, from the synchronization signal, the plurality of time domain repetitions of the sequence, wherein a quantity of the plurality of time domain repetitions of the sequence is equal to a value of a first tone spacing of the synchronization signal; and identifying a preferred beam direction for communicating with a base station based at least in part on the identified plurality of repetitions of the sequence and the plurality of receive beams, the synchronization signal further comprising the first tone spacing that is greater than a second tone spacing of an additional signal of a transmission and a first symbol duration that is less than a second symbol duration of the additional signal. identifying a plurality of tones for receiving, from a base station, a synchronization signal, which comprises a plurality of time domain repetitions of a sequence, and a single symbol that includes the plurality of time domain repetitions of the sequence; identifying one or more information bits based at least in part on a subset of the plurality of tones, wherein each subset of the plurality of subsets of tones is associated with conveying different information bits; receiving, from the base station and using the subset of the plurality of tones, the synchronization signal by a plurality of receive beams; identifying, from the synchronization signal, the plurality of time domain repetitions of the sequence, wherein a quantity of the plurality of time domain repetitions of the sequence is equal to a value of a first tone spacing of the synchronization signal; and identifying a preferred beam direction for communicating with a base station based at least in part on the identified plurality of repetitions of the sequence and the plurality of receive beams, the synchronization signal further comprising the first tone spacing that is greater than a second tone spacing of an additional signal of a transmission and a first symbol duration that is less than a second symbol duration of the additional signal.
A computer-implemented method for identifying flow-induced noise sources in jets, airframe, trains, ducts, vents, jet nozzles, and automobiles that have a solid surface present in a volume, the method comprising: simulating fluid flow in the volume, the fluid flow in the volume being simulated so as to model movement of elements within the volume; at a first time in the fluid flow simulation, identifying a first set of vortices in a transient and turbulent flow modeled by the fluid flow; at a second time in the fluid flow simulation that is subsequent to the first time, identifying a second set of vortices in the transient and turbulent flow; tracking changes in the vortices by comparing the first set of vortices and the second set of vortices; and identifying one or more potential flow-induced noise sources based on the tracking, characterized in that identifying one or more potential flow-induced noise sources based on the tracking comprises identifying co-rotating vortex pairs (30, 32) based on a position and displacement of vortices in the first and second sets of vortices between the first time and the second time, optionally including, for each identified co-rotating vortex pair: determining an equivalent quadropole-like source; determining a corresponding acoustic radiation; and estimating the quadrupole-based far-field noise. simulating fluid flow in the volume, the fluid flow in the volume being simulated so as to model movement of elements within the volume; at a first time in the fluid flow simulation, identifying a first set of vortices in a transient and turbulent flow modeled by the fluid flow; at a second time in the fluid flow simulation that is subsequent to the first time, identifying a second set of vortices in the transient and turbulent flow; tracking changes in the vortices by comparing the first set of vortices and the second set of vortices; and identifying one or more potential flow-induced noise sources based on the tracking, determining an equivalent quadropole-like source; determining a corresponding acoustic radiation; and estimating the quadrupole-based far-field noise.
A hand-guided dental apparatus having a housing, a light source, especially at least a LED, Which is connected with a control means, an energy source and at least one energy storage In the form of at least one double layer capacitor (26, 28), characterized in that the energy source, which is formed by at least one, especially rechargeable accumulator and the at least one energy storage is arranged in the housing of the dental apparatus and the light source may simultaneously be fed by the energy source and the double layer capacitor (26, 28).
Method for operating a brake system of a motor vehicle with a hydraulic service brake device with hydraulically actuable wheel brakes (1, 2) on at least a front axle of the motor vehicle, and with a parking brake device with wheel brakes (5, 6) which can be actuated in each case by way of an electromechanical actuator on a rear axle of the motor vehicle, a motor-vehicle actual longitudinal retardation (a Fzg,ist) being measured, a braking operation being carried out by means of the parking brake device during a braking operation by means of the hydraulic service brake device during driving of a motor vehicle, a motor-vehicle setpoint longitudinal retardation (a Fzg,soll) which is to be achieved being determined, characterized in that the electromechanical actuators of the parking brake device are actuated in such a way that the motor-vehicle actual longitudinal retardation (a Fzg, ist) is regulated to the motor-vehicle setpoint longitudinal retardation (a Fzg,soll), and in that a temporal course or a temporal change of the motor-vehicle actual longitudinal retardation (a Fzg, ist) and a temporal course or a temporal change of a wheel brake pressure (p VA) of the hydraulically actuable wheel brakes (1, 2) are monitored, and in that locking of at least one of the wheels is extrapolated on the basis of the monitoring.
A seat cushion frame for a vehicle, having a C-shaped planar shape opening to a rear side thereof, characterized in that a composite material containing reinforcing fibers which extend in at least a frame extension direction is integrated with an injection molded thermoplastic resin in that a part of a side section of said C-shaped frame has a sectional shape opening toward outside of said frame, and in that, in said sectional shape of a part of said side section of said C-shaped frame, a lower portion is extended toward outside of said frame longer than an upper portion.
A compression and shielding device for X-ray mammography, comprising: a) a compression element, and b) a shielding, wherein the compression element is arranged to compress a part of the breast to be examined, and wherein the shielding is to be arranged between an X-ray source and the compression element to shield an uncompressed part of the breast from the X-ray radiation, and is formed to allow the direction of X-ray radiation to the compressed part of the breast and to keep an uncompressed part of the breast uncovered. a) a compression element, and b) a shielding,
A cart-borne ultrasound system comprising: a cart housing mounted on wheels; a control panel; a display mounted for viewing when operating the control panel; a lift configured to support the control panel and the display and to raise, lower and rotate the control panel, the lift having a pivot elbow configured to selectively enable rotation of the control panel and the display, an elevation mechanism configured to selectively enable the control panel and the display to be raised and lowered, and a hydraulic strut (62a, 62b) coupled to the elevation mechanism configured to adjust with the raising and lowering of the control panel; a control button which is configured to be actuated by a user to allow the pivot elbow to rotate and the elevation mechanism to be raised and lowered and, when not actuated, configured to cause the pivot elbow and elevation mechanism to be locked in position; wherein said cart housing further comprises a brake which is arranged to be actuated by the user to lock the wheels such that when the brake is not actuated, the pivot elbow and elevation mechanism are locked; and characterized in that the pivot elbow further comprises a switch coupled to the brake and arranged to sense whether the control panel is located in a straight-ahead position such that the brake is not operable to unlock the wheels unless the control panel is in the straight-ahead position. a cart housing mounted on wheels; a control panel; a display mounted for viewing when operating the control panel; a lift configured to support the control panel and the display and to raise, lower and rotate the control panel, the lift having a pivot elbow configured to selectively enable rotation of the control panel and the display, an elevation mechanism configured to selectively enable the control panel and the display to be raised and lowered, and a hydraulic strut (62a, 62b) coupled to the elevation mechanism configured to adjust with the raising and lowering of the control panel; a control button which is configured to be actuated by a user to allow the pivot elbow to rotate and the elevation mechanism to be raised and lowered and, when not actuated, configured to cause the pivot elbow and elevation mechanism to be locked in position; wherein said cart housing further comprises a brake which is arranged to be actuated by the user to lock the wheels such that when the brake is not actuated, the pivot elbow and elevation mechanism are locked; and
An implantable occlusion apparatus for containing amniotic fluid with the uterine cavity, comprising: an expandable support member extending from a first end portion to a second end portion, the expandable support member sized to pass through a cervical canal or a transabdominal access route and be positioned within at least one of an amniotic membrane, a cervical os, or a uterine side wall; a first fluid-resistant material covering or coated on at least a first end portion of the expandable support member, characterized by a second fluid-resistant material, the second fluid-resistant material spaced from, and coupled to, the first end portion of the expandable support member, forming a cupped, domed or disc-shaped cap when the apparatus is positioned within an amniotic membrane, a cervical os, or a uterine side wall, wherein one or both of the first and second fluid-resistant materials (305; 306) are configured to occlude or partially occlude the cervical os or a rupture of the amniotic membrane near the uterine side wall. an expandable support member extending from a first end portion to a second end portion, the expandable support member sized to pass through a cervical canal or a transabdominal access route and be positioned within at least one of an amniotic membrane, a cervical os, or a uterine side wall; a first fluid-resistant material covering or coated on at least a first end portion of the expandable support member, characterized by a second fluid-resistant material, the second fluid-resistant material spaced from, and coupled to, the first end portion of the expandable support member, forming a cupped, domed or disc-shaped cap when the apparatus is positioned within an amniotic membrane, a cervical os, or a uterine side wall, wherein one or both of the first and second fluid-resistant materials (305; 306) are configured to occlude or partially occlude the cervical os or a rupture of the amniotic membrane near the uterine side wall.
The use of a diester of a C8-C26 Guerbet alcohol and a linear C4-C22 dicarboxylic acid as a hair conditioning agent in a hair care formulation, wherein the diester is used to reduce the friction of dry hair, such that the total work required for the dry hair is less than 5 × 10 -2 Joules, measured according to the dry friction test described herein.
A nickel-based active material for a lithium secondary battery, the nickel-based active material comprising at least one secondary particle that comprises at least two primary particle structures, wherein the primary particle structure comprises a porous inner portion and an outer portion comprising a radially arranged structure, wherein the primary particle structure is an agglomerate of at least two primary particles, wherein the secondary particle includes at least two radial centers, and wherein a porosity in the porous inner portion is in a range of about 5% to about 15% as determined by the method defined in the description, and a porosity in the outer portion comprising the radially arranged structure is in a range of about 1 % to about 5% as determined by the method defined in the description.
A method of generating a digital signature of a geometric design represented by a geometric design file, the method comprising generating, by a data processing device, the digital signature based on a single axis projection of the geometric design, wherein generating the digital signature comprises performing, by the data processing device, the single axis projection to generate a vector comprising single axis coordinates of selected points in the geometric design.
A method for processing data packets in a receiver in a communication network, the method comprising: a) receiving a current data packet comprising a current checksum, a current first portion, and a current second portion that is separate from the first portion; and b) determining whether the current data packet passes or fails a cyclic redundancy check, CRC, check using the current first portion, current second portion, and the current checksum; c) if it is determined that the current data packet fails the CRC check, then: c1) determining whether the current first portion has a valid relationship with one or more previous first portions of one or more previous data packets; and c2) if it is determined that the current first portion has the valid relationship, then outputting the current first portion and not outputting the current second portion. a) receiving a current data packet comprising a current checksum, a current first portion, and a current second portion that is separate from the first portion; and b) determining whether the current data packet passes or fails a cyclic redundancy check, CRC, check using the current first portion, current second portion, and the current checksum; c) if it is determined that the current data packet fails the CRC check, then: c1) determining whether the current first portion has a valid relationship with one or more previous first portions of one or more previous data packets; and c2) if it is determined that the current first portion has the valid relationship, then outputting the current first portion and not outputting the current second portion. c1) determining whether the current first portion has a valid relationship with one or more previous first portions of one or more previous data packets; and c2) if it is determined that the current first portion has the valid relationship, then outputting the current first portion and not outputting the current second portion.
A method of controlling a programmable ophthalmic lens device comprising a programmable lens and an optical function controller, the programmable lens having an optical function and extending between at least one eye of the wearer and the real world scene when the device is used by the wearer, and the optical function controller being arranged to control the optical function of the programmable lens, the method comprising: - an initializing step during which the optical function of the programmable lens device is initialized based on user data comprising at least the wearer's ophthalmic prescription, and further morphologic data relating to the morphology of the head of the wearer and/or viewing strategy data relating to the viewing strategy of the wearer and/or lens usage and/or wearer preferences, - an optical function data receiving step during which optical function data relating to the optical function of the programmable lens is received by the optical function controller, - an optical function modifying step during which the optical function of the programmable electronic lens device is modified by the optical function controller based on the optical function data. - an initializing step during which the optical function of the programmable lens device is initialized based on user data comprising at least the wearer's ophthalmic prescription, and further morphologic data relating to the morphology of the head of the wearer and/or viewing strategy data relating to the viewing strategy of the wearer and/or lens usage and/or wearer preferences, - an optical function data receiving step during which optical function data relating to the optical function of the programmable lens is received by the optical function controller, - an optical function modifying step during which the optical function of the programmable electronic lens device is modified by the optical function controller based on the optical function data.
A mobile telecommunications network (n) with which at least one mobile terminal is registered, wherein the mobile terminal has an active communication state with the network (n) and an inactive communication state with the network (n), and wherein means (Q,V;K,O) for calculating an indication of the movement of the mobile terminal within the network (n) in each of said states is provided, said calculating means (Q,V;K,O) including a first processor (Q;O) comprised in the mobile terminal for calculating the movement indication of the mobile terminal in the inactive state and said calculating means (Q,V;K,O) including a second processor (V;K) comprised in the network (n) for calculating the movement indication of the mobile terminal in the active state, wherein, when communication changes from a first of said states to a second of said states, the movement indication calculated in the first of said states is used in the second of said states.
A method implemented by a mapping platform comprising: selecting at least one survey point that has a known physical location; for a plurality of sensor systems carrying out the steps of: initiating a plurality of passes, wherein each of the plurality of passes captures a plurality of images of the at least one survey point using a sensor system of the plurality of sensor systems; for each pass of the plurality of passes, calculating an estimated location of the at least one survey point based on the plurality of images and calculating error data based on the estimated location and the known physical location; generating an error curve associated with the sensor system with respect to a number of the plurality of passes based on the error data for said each pass; providing an output indicating a target number of passes to meet an error specification based on the error curve for each sensor system of the plurality of sensor systems; comparing the error curve of a first sensor system of the plurality of sensor systems with at least one other error curve corresponding to at least one other sensor system of the plurality of sensor systems; and selecting a sensor system based on the comparison. selecting at least one survey point that has a known physical location; for a plurality of sensor systems carrying out the steps of: initiating a plurality of passes, wherein each of the plurality of passes captures a plurality of images of the at least one survey point using a sensor system of the plurality of sensor systems; for each pass of the plurality of passes, calculating an estimated location of the at least one survey point based on the plurality of images and calculating error data based on the estimated location and the known physical location; generating an error curve associated with the sensor system with respect to a number of the plurality of passes based on the error data for said each pass; initiating a plurality of passes, wherein each of the plurality of passes captures a plurality of images of the at least one survey point using a sensor system of the plurality of sensor systems; for each pass of the plurality of passes, calculating an estimated location of the at least one survey point based on the plurality of images and calculating error data based on the estimated location and the known physical location; generating an error curve associated with the sensor system with respect to a number of the plurality of passes based on the error data for said each pass; providing an output indicating a target number of passes to meet an error specification based on the error curve for each sensor system of the plurality of sensor systems; comparing the error curve of a first sensor system of the plurality of sensor systems with at least one other error curve corresponding to at least one other sensor system of the plurality of sensor systems; and selecting a sensor system based on the comparison.