mhurhangee/ep-ind-claims huggingface dataset:
Road cargo vehicle for transporting loads wherein loads carried on pallets are moved, oriented and deposited within a loading space by a motor-driven handling device moving along a longitudinal structure of the vehicle, the longitudinal structure comprising longitudinal guide rails supported by the vehicle along the loading space; the vehicle being characterized in that: - two hinged doors are provided to close the loading space at the rear of the vehicle; - each hinged door comprises a longitudinal guide rail section located at the same height as the guide rails; - when the hinged doors are opened to 90 degrees, each guide rail section extends one of the guide rails, allowing the motor-driven handling device to move both on the guide rails and on the guide rail sections. - two hinged doors are provided to close the loading space at the rear of the vehicle; - each hinged door comprises a longitudinal guide rail section located at the same height as the guide rails; - when the hinged doors are opened to 90 degrees, each guide rail section extends one of the guide rails, allowing the motor-driven handling device to move both on the guide rails and on the guide rail sections.
A device for bringing clothing into shape by applying hot air and/or steam to the clothing, the device comprising at least one base part by which the clothing can be mounted and tensioned, at least one fixing element by which the clothing can be fixed in place at the base part, and at least one moisture sensor, characterized in that the at least one fixing element is part of the moisture sensor.
Contact system for a short-circuiting device for a medium-voltage or high-voltage switchboard, comprising at least one fixed contact piece each per phase, connected to mains voltage (high voltage or medium voltage), and one moving contact piece (36, 43) each per phase, each at least one fixed contact piece being assigned a screen of insulating material, which can be penetrated by the moving contact piece (36, 43) to make contact with the fixed contact piece when the contact is switched on, the screen being arranged between the fixed and moving contact piece (31; 36, 43) and the at least one fixed contact piece being surrounded by a tubular cylinder (33, 39, 44, 52) on which the penetrable, in particular burstable or hinged, insulating material is arranged, the fixed contact piece being mounted on one end of a rigid conductor or being formed by its face surface, the tubular cylinder (33, 39, 44, 52) extending beyond the fixed contact piece and being closed by the penetrable insulting material at its free end, characterized in that the insulating material assigned to the fixed contact piece is assigned an electrically conducting coating as an electrical screen and/or field control.
An image processing device for estimating a landing zone of a medical device (501, 601) extendable from a tip of an endoscope, the landing zone being the position the medical device will reach when extended a predetermined length from the endoscope, the endoscope comprising one or more sensors including an image capturing device, the image processing device comprising a processing unit operationally connectable to the one or more sensors of the endoscope, wherein the processing unit is configured to: obtain a stream of images captured by the image capturing device of the endoscope; process first sensor data recorded by the one or more sensors to estimate the landing zone of the medical device (501, 601); and provide the stream of images with a visual indication (503, 603), indicating the estimated landing zone; wherein the first sensor data is one or more images of the stream of images; and wherein the one or more images of the stream of images are processed using a machine learning data architecture trained to estimate the landing zone of the medical device (501,601). obtain a stream of images captured by the image capturing device of the endoscope; process first sensor data recorded by the one or more sensors to estimate the landing zone of the medical device (501, 601); and provide the stream of images with a visual indication (503, 603), indicating the estimated landing zone; wherein the first sensor data is one or more images of the stream of images; and wherein the one or more images of the stream of images are processed using a machine learning data architecture trained to estimate the landing zone of the medical device (501,601). provide the stream of images with a visual indication (503, 603), indicating the estimated landing zone; wherein the first sensor data is one or more images of the stream of images; and wherein the one or more images of the stream of images are processed using a machine learning data architecture trained to estimate the landing zone of the medical device (501,601).
A system for controlling an electronic device using electric field coupling, comprising: a sensor configured to detect occupancy of a person; a sensing electrode that provides a signal in response to the sensor, the signal having a particular frequency and power; wherein the sensing electrode is configured to transmit the signal by electric field coupling to the person detected by the sensor; wherein an electronic device is configured to detect the signal when the electronic device is coupled to the person; wherein a first response of the electronic device to the signal is controlling a feature of the electronic device; and wherein the signal is encoded with information to provide for a particular response of the electronic device based on a state of a vehicle; characterized in that: a second response of the electronic device to the encoded signal is transmitting a signal used to modify a state of display of the instrument panel of the vehicle; and when the vehicle is in an emergency state, the sensing electrode transmits a signal having encoded information used to generate an automated response of the electronic device. a sensor configured to detect occupancy of a person; a sensing electrode that provides a signal in response to the sensor, the signal having a particular frequency and power; wherein the sensing electrode is configured to transmit the signal by electric field coupling to the person detected by the sensor; wherein an electronic device is configured to detect the signal when the electronic device is coupled to the person; wherein a first response of the electronic device to the signal is controlling a feature of the electronic device; and wherein the signal is encoded with information to provide for a particular response of the electronic device based on a state of a vehicle; characterized in that: a second response of the electronic device to the encoded signal is transmitting a signal used to modify a state of display of the instrument panel of the vehicle; and when the vehicle is in an emergency state, the sensing electrode transmits a signal having encoded information used to generate an automated response of the electronic device. a second response of the electronic device to the encoded signal is transmitting a signal used to modify a state of display of the instrument panel of the vehicle; and when the vehicle is in an emergency state, the sensing electrode transmits a signal having encoded information used to generate an automated response of the electronic device.
Household appliance having a metered dispensing system which comprises a supply container for a viscous liquid having an outlet for discharging the liquid and a movable closing body for closing the outlet, characterised in that the metered dispensing system comprises an actuation device for exerting a force on the movable closing body, a detection device for detecting a position of the movable closing body over time, and a calculation device for calculating the viscosity of the viscous liquid on the basis of the position of the movable closing body over time.
A color filter, made by applying a colored photosensitive composition onto a support to form a colored photosensitive composition layer; exposing the colored photosensitive composition layer with light through a mask; and developing the exposed colored photosensitive composition layer to form a pattern on the support, wherein the colored photosensitive composition comprises coloring agent(s) at a ratio of 50% by mass to 80% by mass with reference to the total solid content, and a resin having an acid value of 1 mg KOH/g to 70 mg KOH/g, and the resin is a polymer compound having at least one unsaturated double bond selected from the structural units represented by the following formulae to. in which A 1, A 2, and A 3 each independently represent an oxygen atom, a sulfur atom, or -N(R 21)-, wherein R 21 represents an optionally substituted alkyl group. G 1, G 2, and G 3 each independently represent a divalent organic group, X and Z each independently represent an oxygen atom, a sulfur atom, or -N(R 22)-, wherein R 22 represents an optionally substituted alkyl group, Y represents an oxygen atom, a sulfur atom, an optionally substituted phenylene group, or -N(R 23)-, wherein R 23 represents an optionally substituted alkyl group. R 1 to R 20 each independently represent a monovalent substituent.
An elongate medical device configured for at least partial implantation or insertion into a subject, said medical device comprising a surface that comprises a depression that is at least partially filled with a solid soluble material, wherein the device has a proximal end and a distal end, and characterised in that a cross-section of said depression changes in width, depth, or both between the proximal end and the distal end of the device, wherein said elongate medical device is a ureteral stent, and the proximal end is a bladder end and the distal end is a kidney end.
A method of controlling transmission of plural downlink signals from plural base stations (210-1, 210-2, 210-3) to a terminal, wherein the plural downlink signals carry the same information to the terminal, wherein each base station (210-1, 210-2, 210-3) of the plural base stations (210-1, 210-2, 210-3) transmits its downlink signal on a corresponding downlink channel, and wherein each downlink channel includes plural taps, the method comprising: receiving, by an anchor base station of the plural base stations (210-1, 210-2, 210-3), a feedback from the terminal regarding the plural downlink signals transmitted by the plural base stations (210-1, 210-2, 210-3); adjusting, by the anchor base station, transmission parameters for each downlink signal based on the feedback from the terminal; and notifying, by the anchor base station, the other base stations (210-2, 210-3) of the plural base stations 210-1, 210-2, 210-3) regarding the adjusted transmission parameters, wherein the feedback from the terminal includes information regarding one or more of the plural taps of each downlink channel corresponding to each base station (210-1, 210-2, 210-3), wherein each base station (210-1, 210-2, 210-3) of the plural base stations (210-1, 210-2, 210-3) communicates with the terminal independent of the other base stations (210-1, 210-2, 210-3) of the plural base stations (210-1, 210-2, 210-3), wherein the feedback received by the anchor base station is such that, for each downlink channel, the feedback comprises information on a subset of the plural taps of a downlink channel model, the subset spanning a duration less than the entire span in time of the downlink channel, wherein, for at least one base station (210-1, 210-2, 210-3) of the plural base stations, the downlink signal is transmitted in one or more beams, wherein the feedback received by the anchor base station further includes information on an identity of a beam of the one or more beams associated with each tap of the subset of plural taps of the downlink channel, and wherein the transmission parameters include one or more of the beams associated with the subset of plural taps which are adjusted by the anchor base station. receiving, by an anchor base station of the plural base stations (210-1, 210-2, 210-3), a feedback from the terminal regarding the plural downlink signals transmitted by the plural base stations (210-1, 210-2, 210-3); adjusting, by the anchor base station, transmission parameters for each downlink signal based on the feedback from the terminal; and notifying, by the anchor base station, the other base stations (210-2, 210-3) of the plural base stations 210-1, 210-2, 210-3) regarding the adjusted transmission parameters,
A vehicle driven by an internal combustion engine and an electric motor that are connected to shafts configured to transfer power through a clutch configured to connect the power or disconnect the connection of the power, the vehicle comprising an apparatus including: determination means for determining, while the clutch is disengaged, whether a condition, where an absolute value of a rotational speed of the electric motor is equal to or less than a predetermined first threshold and where torque of the electric motor is equal to or more than a predetermined second threshold, lasts for a predetermined third threshold or more; characterised in that the apparatus includes a control means for controlling the electric motor to limit the torque of the electric motor and controlling the clutch to be engaged when it is determined, while the clutch is disengaged, that the condition where the absolute value of the rotational speed of the electric motor is equal to or less than the first threshold and the torque of the electric motor is equal to or more than the second threshold lasts for the third threshold or more. determination means for determining, while the clutch is disengaged, whether a condition, where an absolute value of a rotational speed of the electric motor is equal to or less than a predetermined first threshold and where torque of the electric motor is equal to or more than a predetermined second threshold, lasts for a predetermined third threshold or more; characterised in that the apparatus includes a control means for controlling the electric motor to limit the torque of the electric motor and controlling the clutch to be engaged when it is determined, while the clutch is disengaged, that the condition where the absolute value of the rotational speed of the electric motor is equal to or less than the first threshold and the torque of the electric motor is equal to or more than the second threshold lasts for the third threshold or more.
An airbag unit for a motor vehicle safety device, the unit comprising: an inflatable airbag formed of flexible material and provided in a rolled and/or folded package, the package being held under compression by a cover which extends around at least part of the package, the airbag unit being characterised in that said cover is formed from a ductile fabric material comprising a plurality of polymeric fibres (13a, 13b); wherein some of said fibres are fused to one another so as to impart a predetermined stable shape to the unit, and some of said fibres are not fused.
A morphic form of phosphonic acid, [[ -2-(4-amino-2-oxo-1 -pyrimidinyl)-1-(hydroxymethyl)ethoxy]methyl]mono[3-(hexadecyloxy)propyl] ester (Form A) characterized by an X-ray diffraction pattern including peaks at 5.5, 19.3, 20.8, and 21.3 degrees 2θ and a purity greater than 91%.
An apparatus for a turbine engine, comprising: a turbine engine component including a sidewall and a cooling aperture; the cooling aperture including an inlet, an outlet, a meter section, a diffuser section and a transition section between and fluidly coupled with the meter section and the diffuser section, and the cooling aperture extending through the sidewall from the inlet to the outlet; the meter section at the inlet; the diffuser section at the outlet; and the transition section configured to accommodate lateral misalignment between the meter section and the diffuser section; characterised in that: the transition section forms an annular groove within the sidewall, and the annular groove abuts longitudinally against or is formed by an annular shoulder formed at an interface between the meter section and the transition section. a turbine engine component including a sidewall and a cooling aperture; the cooling aperture including an inlet, an outlet, a meter section, a diffuser section and a transition section between and fluidly coupled with the meter section and the diffuser section, and the cooling aperture extending through the sidewall from the inlet to the outlet; the meter section at the inlet; the diffuser section at the outlet; and the transition section configured to accommodate lateral misalignment between the meter section and the diffuser section; characterised in that: the transition section forms an annular groove within the sidewall, and the annular groove abuts longitudinally against or is formed by an annular shoulder formed at an interface between the meter section and the transition section.
An aptamer which specifically binds to CD133, comprising the sequence 5' - X - ACGUAUACUAU- Y -3' (SEQ ID NO:1), wherein the sequence of X and Y are complementary so as to be capable of base pairing and wherein X comprises at least CGCG or GCGC capable of base pairing with GCGC or CGCG comprised in Y to form 4 CG paired nucleotides sufficient to permit intercalation of at least one moiety thereto, wherein said CG nucleotides when paired comprise the stem region of the aptamer and wherein the moiety is a DNA stain or molecule used in chemotherapeutic treatment.
An image measuring apparatus for measuring a specimen comprising: an image-formation optical system which includes an objective lens and a zoom optical system from a specimen side; and an illumination optical system which includes a light source, the illumination optical system illuminating the specimen through the objective lens, and coupling means arranged between the objective lens and the zoom optical system for coupling the illumination light into the image formation optical system, characterized in that the illumination optical system comprises a fly-eye integrator, and the fly-eye integrator satisfies an expression (Exp. 1): A × φ / f > M × D L × NA L where A is the size of a pseudo light source which is formed in an outgoing end face of the fly-eye integrator by those lens elements of the fly-eye integrator that are illuminated by the light source, φ is the diameter of a circle inscribed in an end face of each lens element constituting the fly-eye integrator, f is the focal distance of the each lens element constituting the fly-eye integrator, M is the zoom variable-power ratio of the image-formation optical system, D L is the field diameter of the image-formation optical system on the specimen side of the objective lens, with the zoom optical system on zoom low-power, and NA L is the numerical aperture of the image-formation optical system on the specimen side of the objective lens, with the zoom optical system on zoom low-power. an image-formation optical system which includes an objective lens and a zoom optical system from a specimen side; and an illumination optical system which includes a light source, the illumination optical system illuminating the specimen through the objective lens, and coupling means arranged between the objective lens and the zoom optical system for coupling the illumination light into the image formation optical system, A is the size of a pseudo light source which is formed in an outgoing end face of the fly-eye integrator by those lens elements of the fly-eye integrator that are illuminated by the light source, φ is the diameter of a circle inscribed in an end face of each lens element constituting the fly-eye integrator, f is the focal distance of the each lens element constituting the fly-eye integrator, M is the zoom variable-power ratio of the image-formation optical system, D L is the field diameter of the image-formation optical system on the specimen side of the objective lens, with the zoom optical system on zoom low-power, and NA L is the numerical aperture of the image-formation optical system on the specimen side of the objective lens, with the zoom optical system on zoom low-power.
A method of manufacturing a battery, the method comprising: forming a substrate on a support, wherein the substrate has a first surface, the first surface having a plurality of pores, wherein the plurality of pores is configured to house lithium metal; incorporating lithium metal into the plurality of pores; removing at least a portion of the substrate to expose a surface of the support and an interface surface along the substrate; forming a spacer along at least a portion of the exposed surface of the support and the interface surface, wherein the spacer comprises an electrically-insulating material; forming a cathode adjacent to the spacer, such that the spacer separates the cathode from the substrate; and forming an electrolyte so as to connect the first surface of the substrate and the cathode, wherein the electrolyte is configured to reversibly transport lithium ions via diffusion between the substrate and the cathode. forming a substrate on a support, wherein the substrate has a first surface, the first surface having a plurality of pores, wherein the plurality of pores is configured to house lithium metal; incorporating lithium metal into the plurality of pores; removing at least a portion of the substrate to expose a surface of the support and an interface surface along the substrate; forming a spacer along at least a portion of the exposed surface of the support and the interface surface, wherein the spacer comprises an electrically-insulating material; forming a cathode adjacent to the spacer, such that the spacer separates the cathode from the substrate; and forming an electrolyte so as to connect the first surface of the substrate and the cathode, wherein the electrolyte is configured to reversibly transport lithium ions via diffusion between the substrate and the cathode.
A simulation system, comprising: a virtual power monitor module to interact with a performance simulator, the virtual power monitor module comprising at least a system agent module configured to: receive at least virtual platform data from the performance simulator, the virtual platform data indicating virtualized hardware components corresponding to components of a hardware device under simulation; determine at least one component power model based at least in part on the received virtual platform data, wherein the system agent module is configured to select the at least one component power model from a power model library; determine a platform power model based on the at least one component power model, wherein the system agent module is configured to insert component power modules into the platform power model; receive performance data for the virtualized hardware components, the performance data including utilization data for the virtualized components during simulation; and generate power data corresponding to the hardware device under simulation based on the platform power model.