mhurhangee/ep-ind-claims huggingface dataset:
Method of installation of a mobile device for the maintenance of land, in particular lawns or gardens or agricultural land, even more particularly a mobile device for mowing grass, said installation method comprising a mapping step of a working area for said mobile device, the mapping step of said working area comprising a definition step of at least one contour at least partially delimiting said working area, said definition step of said at least one contour comprising the steps of: i) following an operator by using said mobile device while said operator moves along a predetermined trajectory; ii) recording the path followed by said mobile device during the following step to determine said contour, said contour substantially comprising the positions occupied by said mobile device along said path, wherein said following step is carried out by means of an optical detection system, characterized in that said installation method is based on the recognition of the shape and/or the physiognomy of said operator. i) following an operator by using said mobile device while said operator moves along a predetermined trajectory; ii) recording the path followed by said mobile device during the following step to determine said contour, said contour substantially comprising the positions occupied by said mobile device along said path, wherein said following step is carried out by means of an optical detection system, characterized in that said installation method is based on the recognition of the shape and/or the physiognomy of said operator. wherein said following step is carried out by means of an optical detection system, characterized in that said installation method is based on the recognition of the shape and/or the physiognomy of said operator.
An electronic human machine interface, HMI, module configured to receive at least one input from an operator of a manually-operated vehicle, the electronic HMI module comprising: an electronic graphical display unit configured to display information corresponding to the manually-operated vehicle and information corresponding to an autonomously operated unmanned vehicle, UV, located remotely from the manually-operated vehicle; and an electronic control module in signal communication with the UV, the electronic control module configured to receive an electronic image signal from the UV and to display a real-time image captured by the UV on the electronic graphical display unit based on the image signal, wherein the electronic control module determines a handover communication session between the manually-operated vehicle and the UV, and selectively operates the electronic graphical display unit in a first mode and a second mode during the handover communication session, characterised in that the electronic graphical display unit is also configured to indicate information about the handover communication session including a handover location and an estimated time of arriving at the handover location. an electronic graphical display unit configured to display information corresponding to the manually-operated vehicle and information corresponding to an autonomously operated unmanned vehicle, UV, located remotely from the manually-operated vehicle; and an electronic control module in signal communication with the UV, the electronic control module configured to receive an electronic image signal from the UV and to display a real-time image captured by the UV on the electronic graphical display unit based on the image signal, wherein the electronic control module determines a handover communication session between the manually-operated vehicle and the UV, and selectively operates the electronic graphical display unit in a first mode and a second mode during the handover communication session, characterised in that the electronic graphical display unit is also configured to indicate information about the handover communication session including a handover location and an estimated time of arriving at the handover location.
An organic electroluminescent device comprising an organic layer containing a compound for an organic electroluminescent device wherein the aforementioned organic layer is the light-emitting layer containing a phosphorescent dopant and characterized in that the compound for an organic electroluminescent device comprises a compound represented by the following general formula: wherein X is independently a substituted or unsubstituted methine group or a nitrogen, Ar 2 and Ar 3 each is independently a substituted or unsubstituted aromatic hydrocarbon group or a substituted or unsubstituted aromatic heterocyclic group, and Ar 2, Ar 3, and the nitrogen to which Ar 2 and Ar 3 are joined may together form a nitrogen-containing heterocyclic ring wherein X and Y constituting ring C each is a substituted or unsubstituted methine group in general formula and where X and Y are substituted methine groups, the substituents are six-membered aromatic groups and wherein compounds and are excluded.
Straddle type vehicle comprising a body frame, a headlight, a windshield and a unit bracket supporting a unit that comprises a battery, wherein said unit bracket is arranged in front of a head pipe of the body frame and above the headlight, said unit bracket comprises an accommodation section for accommodating said unit, a support section fixing the windshield of the vehicle and a connection section for connecting said accommodation section and said support section, a rear section of said accommodation section is supported at the head pipe, an upper part of said rear section is connected with a lower part of said connection section and said connection section extends from its lower part in forward and/or upward direction of the vehicle to its upper part which is connected with a lower part of said support section, a cover body covers the unit bracket in a forward direction of the vehicle and a lid is provided to open the cover body for removing the unit supported on said unit bracket, the windshield of the vehicle is attached above said lid.
A diagnostic reagent consisting of amino acid sequence SEQ ID NO:7 or a variant thereof, or a diagnostic reagent comprising a polypeptide comprising SEQ ID NO:7 or a variant thereof and consisting of 21, 22, 23, 24, 25, 26, 27, 28, 29 or 30 amino acids, wherein the variant is at least 85% identical to SEQ ID NO:7, determined as a percentage of the full length of the longest of the polypeptides being compared, the diagnostic reagent characterised in that it elicits a negative diagnostic assay result when a tuberculosis infection assay is carried out on a sample from an animal which has been vaccinated against infection by a tuberculosis agent. wherein the variant is at least 85% identical to SEQ ID NO:7, determined as a percentage of the full length of the longest of the polypeptides being compared, the diagnostic reagent characterised in that it elicits a negative diagnostic assay result when a tuberculosis infection assay is carried out on a sample from an animal which has been vaccinated against infection by a tuberculosis agent.
Manufacturing unit for the production of moulded foam parts, consisting of a base frame, which consists of an upper frame and a lower frame, which can be coupled to the upper frame, wherein: - each of the base frame parts (3, 4) holds one half (5, 6) of an exchangeable foaming tool, which when the base frame is closed has a cavity (8, 9) representing the negative form of the product to be created and - the base frame parts (3, 4) have multiple centring and locking units for closing the foaming tool 7), - both halves (5, 6) of the foaming tool are respectively configured as a contour insert, which consists of a plastic or a plastic-composite material and can be inserted into a complementary geometry of the base frame, wherein - the base frame consists of an aluminium material, and is consequently designed as a lightweight configuration, - the base frame has a truss-like structure, in which the connection between the upper frame and the lower frame is formed by multiple distance columns (21, 22), and - at least one outer surface of the base frame has a change-over coupling for coupling to a robot. - each of the base frame parts (3, 4) holds one half (5, 6) of an exchangeable foaming tool, which when the base frame is closed has a cavity (8, 9) representing the negative form of the product to be created and - the base frame parts (3, 4) have multiple centring and locking units for closing the foaming tool 7), - both halves (5, 6) of the foaming tool are respectively configured as a contour insert, which consists of a plastic or a plastic-composite material and can be inserted into a complementary geometry of the base frame, wherein - the base frame consists of an aluminium material, and is consequently designed as a lightweight configuration, - the base frame has a truss-like structure, in which the connection between the upper frame and the lower frame is formed by multiple distance columns (21, 22), and - at least one outer surface of the base frame has a change-over coupling for coupling to a robot.
A human dietary supplement comprising free amino acid beta-alanine, wherein the free amino acid beta-alanine: is encapsulated as granules or powder in a dry, water-impervious shell for the sustained release of the free amino acid beta-alanine; and wherein_the supplement is formulated as a single serving that contains from 0.1 g to 10.0 g of the free amino acid beta-alanine. is encapsulated as granules or powder in a dry, water-impervious shell for the sustained release of the free amino acid beta-alanine; and wherein_the supplement is formulated as a single serving that contains from 0.1 g to 10.0 g of the free amino acid beta-alanine.
Oil scrub column having a shell which is extended along a longitudinal axis and encloses an interior of the column, the interior being subdivided into a petroleum spirit section and into an oil section, which is arranged below section along the longitudinal axis and which is separated from the petroleum spirit section in particular by means of a chimney tray, there being arranged in the petroleum spirit section a plurality of first mass transfer trays (16, 16a) and in the oil section a plurality of second mass transfer trays, where the oil scrub column is designed to guide a cracking gas stream through the second mass transfer trays of the oil section and subsequently through the first mass transfer trays (16, 16a) of the petroleum spirit section, where the oil scrub column is designed to subject the second transfer trays in the oil section to a liquid, hydrocarbon-containing second scrubbing medium (W'), in order to separate out an oil fraction (F') from the cracking gas stream, and where the oil scrub column is designed to subject the first mass transfer trays (16, 16a) in the petroleum spirit section to a liquid, hydrocarbon-containing first scrubbing medium, in order to separate out a petroleum spirit fraction from the cracking gas stream, characterized in that the second mass transfer trays each have a plurality of runoff elements extending parallel to and at a distance from one another, more particularly in the form of angular profiles, where the runoff elements each have first and second runoff surfaces (102a, 103a), where the two runoff surfaces (102a, 103a) converge along the longitudinal axis towards the petroleum spirit section and meet, and in so doing form an edge extending transversely to the longitudinal axis, so that second scrubbing medium (W') introduced onto the edges of the runoff elements flows off from the respective runoff element via the runoff surfaces (102a, 103a) at both sides of the respective edge, and where the number of second mass transfer trays in the oil section is greater than the number of first mass transfer trays in the petroleum spirit section, and where the petroleum spirit section has a lower length along the longitudinal axis than does the oil section, and where the first mass transfer trays are designed as sieve trays, bubble trays and/or valve trays.
An orthopaedic surgical instrument system comprising: a femoral cutting block including a plurality of cutting guide slots, an offset guide comprising: a mounting bracket configured to be coupled to the femoral cutting block, the mounting bracket having a distal surface and an opening defined in the distal surface, an adaptor body positioned in the opening defined in the mounting bracket, the adaptor body extending along a first longitudinal axis, and an elongated shaft pivotally coupled to the adaptor body, the elongated shaft extending along a second longitudinal axis spaced apart from the first longitudinal axis, and an intramedullary orthopaedic surgical instrument configured to be coupled to the elongated shaft and sized to be inserted into a medullary canal of a patient's femur, characterised in that the adaptor body further includes a head plate that is pivotally coupled to the mounting bracket. a femoral cutting block including a plurality of cutting guide slots, an offset guide comprising: a mounting bracket configured to be coupled to the femoral cutting block, the mounting bracket having a distal surface and an opening defined in the distal surface, an adaptor body positioned in the opening defined in the mounting bracket, the adaptor body extending along a first longitudinal axis, and an elongated shaft pivotally coupled to the adaptor body, the elongated shaft extending along a second longitudinal axis spaced apart from the first longitudinal axis, and a mounting bracket configured to be coupled to the femoral cutting block, the mounting bracket having a distal surface and an opening defined in the distal surface, an adaptor body positioned in the opening defined in the mounting bracket, the adaptor body extending along a first longitudinal axis, and an elongated shaft pivotally coupled to the adaptor body, the elongated shaft extending along a second longitudinal axis spaced apart from the first longitudinal axis, and an intramedullary orthopaedic surgical instrument configured to be coupled to the elongated shaft and sized to be inserted into a medullary canal of a patient's femur, characterised in that the adaptor body further includes a head plate that is pivotally coupled to the mounting bracket.
An EPR resonator for a cylindrical TE01n microwave mode where n is an integer, in particular from 1 to 4, comprising: a cylindrical body which has an RF absorption of less than 5% at RFs below 1kHz, a first plunger delimiting the resonating volume within the cylindrical body in an axial direction at a first end and a second plunger delimiting the resonating volume within the cylindrical body in an axial direction at a second end, the second plunger having an opening (2, 13) for inserting an EPR sample into the EPR resonator, characterized in that the first and the second plunger (11, 12) each comprise a spiral winding (1, 1') of an electrically conductive filament (3, 3') wherein neither the ends nor neighboring turns of the spiral windings (1, 1') have electrically conductive connections which could lead to a formation of electrically closed loops. a cylindrical body which has an RF absorption of less than 5% at RFs below 1kHz, a first plunger delimiting the resonating volume within the cylindrical body in an axial direction at a first end and a second plunger delimiting the resonating volume within the cylindrical body in an axial direction at a second end, the second plunger having an opening (2, 13) for inserting an EPR sample into the EPR resonator, characterized in that the first and the second plunger (11, 12) each comprise a spiral winding (1, 1') of an electrically conductive filament (3, 3') wherein neither the ends nor neighboring turns of the spiral windings (1, 1') have electrically conductive connections which could lead to a formation of electrically closed loops.
A device for longitudinally cutting up a material web passing through between a first and a second blade shaft (12, 13), wherein the blade shafts in each instance, on a base body, are assembled with at least two circular blades being spaced apart from one another by one intermediate member (18, 19) at the very least, wherein the axial position of the circular blades on the blade shafts is defined by their distance from a stop collar of the blade shafts, and the blade shafts are positioned with respect to each other such that two circular blades being associated with each other and pertaining to a circular blade pairing in each instance configure a cutting gap having a defined gap width s by way of the axial distance of adjacent cutting edges (24, 25) of the circular blades, in such a manner that, in the axial direction of the blade shafts, two cutting gaps being spaced apart from each other define a web width of a web strip having been formed by way of longitudinally cutting up the material web, characterised in that the first blade shaft is disposed on a cutting framework and the second blade shaft is disposed on a blade shaft support being axially displaceable as against the cutting framework, wherein an adjustment means is disposed between the cutting framework and the blade shaft support, having a first adjustment stop being attached to the cutting framework, a second adjustment stop being attached to the blade shaft support and an adjustment member being active between the adjustment stops, with which member the distance between the adjustment stops can be changed in such a manner that reference edges of the stop collars of the blade shafts can be displaced axially with respect to each other.
LED converter comprising a clocked converter circuit (11; 90) having a potential barrier between an input side and an output side of the LED converter, wherein the clocked converter circuit (11; 90) comprises at least one primary-side controllable switching means (15; 91, 92) and a control device for clocked switching of the at least one primary-side controllable switching means (15; 91, 92), wherein, for clocked switching of the at least one primary-side controllable switching means (15; 91, 92), the control device is configured to set a constant switching frequency (31; 41; 51) over at least one first time interval in order to regulate a predetermined output current of the LED converter, characterized in that the control device is configured to modulate the switching frequency (31; 41; 51) in at least one second time interval as a function of information to be transmitted, wherein the switching frequency is varied in the respective at least one second time interval in a frequency ramp (32, 33; 42-45; 53-55) as a function of the information to be transmitted, and wherein the frequency ramp is respectively established such that a mean value of the output current, averaged over the respective at least one second time interval, corresponds to the predetermined output current of the LED converter; and the LED converter furthermore comprises, at the output side, a demodulator that is configured to detect the modulation of the switching frequency.
A method of making a ceramic core having an airfoil section for use in making a gas turbine engine airfoil casting characterised in that it comprises forming a chill having an airfoil section and smaller dimensions than that of said ceramic core, firing the chill, applying a ceramic skin having a thickness of 1.27 mm (0.050 inch) to 5.08 mm (0.200 inch) to the fired chill to form a coated core having increased dimensions corresponding to those desired for said ceramic core of casting, and then heating the coated core.
A lamp assembly, comprising: - a base; - one or more LED light sources, said one or more LED light sources each adapted to emit light in a predetermined, substantially forward direction; - an optic supported over said LED light sources; - a main reflector surrounding said base, said one or more LED light sources and said optic; - said base is constructed as a replaceable base, being replaceable with respect to said main reflector; - said replaceable base is constructed as a heat sink, and - said one or more LED light sources and said optic are supported from said replaceable base; characterized in that said optic is an intermediate reflector and oriented with respect to the one or more LED light sources so as to intercept said light emanating from said one or more LED light sources and direct the same in a predetermined pattern towards said main reflector. - a base; - one or more LED light sources, said one or more LED light sources each adapted to emit light in a predetermined, substantially forward direction; - an optic supported over said LED light sources; - a main reflector surrounding said base, said one or more LED light sources and said optic; - said base is constructed as a replaceable base, being replaceable with respect to said main reflector; - said replaceable base is constructed as a heat sink, and - said one or more LED light sources and said optic are supported from said replaceable base;
A fitting assessment system for assessing potential fitting processes for a cochlear implant patient, the system comprising: a test stimulation generator that delivers to the cochlear implant patient a test stimulation sequence at a given test frequency, the test stimulation sequence including: i. a plurality of jittered stimulation periods in which the test frequency varies due to a jitter variation component, and ii. a plurality of unjittered stimulation periods in which the test frequency is constant without a jitter variation component; a response measurement module that measures in parallel at least two different responses of the cochlear implant to the test stimulation sequence, the response measurement module including: i. an objective measurement submodule that measures an objective electrophysiological response, and ii. a subjective measurement submodule that measures a subjective psychophysical response; and a correlation evaluation module that evaluates a correlation between the different responses to determine an appropriate fitting process for the cochlear implant patient. a test stimulation generator that delivers to the cochlear implant patient a test stimulation sequence at a given test frequency, the test stimulation sequence including: i. a plurality of jittered stimulation periods in which the test frequency varies due to a jitter variation component, and ii. a plurality of unjittered stimulation periods in which the test frequency is constant without a jitter variation component; i. a plurality of jittered stimulation periods in which the test frequency varies due to a jitter variation component, and ii. a plurality of unjittered stimulation periods in which the test frequency is constant without a jitter variation component; a response measurement module that measures in parallel at least two different responses of the cochlear implant to the test stimulation sequence, the response measurement module including: i. an objective measurement submodule that measures an objective electrophysiological response, and ii. a subjective measurement submodule that measures a subjective psychophysical response; and i. an objective measurement submodule that measures an objective electrophysiological response, and ii. a subjective measurement submodule that measures a subjective psychophysical response; and a correlation evaluation module that evaluates a correlation between the different responses to determine an appropriate fitting process for the cochlear implant patient.