mhurhangee/ep-ind-claims huggingface dataset:
Method for monitoring the tyres of vehicles transporting excavations in mines, using tyre handling equipment, said tyres being equipped with radio frequency identification tags and physical parameter sensors; said method also using a database containing the identifiers of the vehicles, the identifiers of the tyres, the identifiers of the sensors and of the positions of the tyres on the axles, and said method including the following steps: a. the handling equipment receives an instruction containing a position of a tyre to be replaced on a transport vehicle; b. the handling equipment identifies the transport vehicle by means of a video acquisition and processing system, said vehicle being equipped with a detectable visual identifier; c. the handling equipment activates the detection of the tyre to be replaced on the vehicle by radio frequency means; d. the handling equipment activates the detection of the axle and the position of the tyre on the vehicle axle by means of a video acquisition and processing system; e. the handling equipment replaces the tyre to be replaced with a replacement tyre; f. the database is updated with the identifiers of the vehicle and of the replacement tyre, and its position on the axle. a. the handling equipment receives an instruction containing a position of a tyre to be replaced on a transport vehicle; b. the handling equipment identifies the transport vehicle by means of a video acquisition and processing system, said vehicle being equipped with a detectable visual identifier; c. the handling equipment activates the detection of the tyre to be replaced on the vehicle by radio frequency means; d. the handling equipment activates the detection of the axle and the position of the tyre on the vehicle axle by means of a video acquisition and processing system; e. the handling equipment replaces the tyre to be replaced with a replacement tyre; f. the database is updated with the identifiers of the vehicle and of the replacement tyre, and its position on the axle.
A compressor (1;1A) comprising: a rotor that rotates around an axis (Ar); a rotor casing that encircles the rotor from an outer peripheral side and demarcates a primary duct for a fluid between the rotor casing and the rotor; an air bleed chamber casing that is provided on the outer peripheral side of the rotor casing and demarcates an air bleed chamber communicating with the primary duct via a slot (13;13A) formed extending in a peripheral direction (Dc) of the axis (Ar); and a tube that is connected to the air bleed chamber casing from the outer peripheral side, and has an air bleed pathway leading the fluid within the air bleed chamber to the outside formed therein, characterized in that, in the slot (13;13A) where an opening (13a;13Aa) of the slot (13;13A) to the primary duct is formed, a large opening is formed such that the opening (13a,13Aa) of the slot (13,13A) is enlarged from the opening (13a;13Aa) of the slot (13;13A) in the axial direction (Da) of the rotor such that in the large opening an opening area of the opening (13a;13Aa) of the slot (13;13A) is locally larger at a position in the peripheral direction corresponding to a position where the tube is provided than that at the other positions in the peripheral direction of the opening (13a;13Aa) of the slot (13;13A). a rotor that rotates around an axis (Ar); a rotor casing that encircles the rotor from an outer peripheral side and demarcates a primary duct for a fluid between the rotor casing and the rotor; an air bleed chamber casing that is provided on the outer peripheral side of the rotor casing and demarcates an air bleed chamber communicating with the primary duct via a slot (13;13A) formed extending in a peripheral direction (Dc) of the axis (Ar); and a tube that is connected to the air bleed chamber casing from the outer peripheral side, and has an air bleed pathway leading the fluid within the air bleed chamber to the outside formed therein, characterized in that, in the slot (13;13A) where an opening (13a;13Aa) of the slot (13;13A) to the primary duct is formed, a large opening is formed such that the opening (13a,13Aa) of the slot (13,13A) is enlarged from the opening (13a;13Aa) of the slot (13;13A) in the axial direction (Da) of the rotor such that in the large opening an opening area of the opening (13a;13Aa) of the slot (13;13A) is locally larger at a position in the peripheral direction corresponding to a position where the tube is provided than that at the other positions in the peripheral direction of the opening (13a;13Aa) of the slot (13;13A).
A method for identifying an operating frequency, comprising: performing a frequency sweep using one or more injector electrodes disposed on a pad, wherein the pad is connected to a downhole tool; recording one or more measurements from the frequency sweep; characterized in that the method further comprises identifying one or more non-resonant frequencies from the frequency sweep; and selecting one or more operating frequencies of the downhole tool based on the one or more non-resonant frequencies. performing a frequency sweep using one or more injector electrodes disposed on a pad, wherein the pad is connected to a downhole tool; recording one or more measurements from the frequency sweep; characterized in that the method further comprises identifying one or more non-resonant frequencies from the frequency sweep; and selecting one or more operating frequencies of the downhole tool based on the one or more non-resonant frequencies.
Computer implemented method for determining a usable distance between a host vehicle and a moving object, the method comprising: - detecting a current obstacle free distance in front of the host vehicle via a detection system of the host vehicle, wherein the current obstacle free distance is limited by a current position of the moving object, - determining a current velocity of the moving object via the detection system, - estimating an extension distance based on the current velocity of the moving object via a prediction module of the host vehicle, and - determining, via the prediction module, the usable distance based on the current obstacle free distance and the extension distance, wherein the extension distance is estimated by predicting an emergency braking distance of the moving object and characterized in that the extension distance is also estimated by predicting an emergency steering distance of the moving object. - detecting a current obstacle free distance in front of the host vehicle via a detection system of the host vehicle, wherein the current obstacle free distance is limited by a current position of the moving object, - determining a current velocity of the moving object via the detection system, - estimating an extension distance based on the current velocity of the moving object via a prediction module of the host vehicle, and - determining, via the prediction module, the usable distance based on the current obstacle free distance and the extension distance,
An immunogen consisting of a polypeptide hapten linked to an immunogenicity conferring carrier molecule, wherein the hapten consists of the sequence Ala-Gln-Cys-Leu-Arg-Tyr-Lys-Lys-Pro-Glu (SEQ ID NO 5).
A method of accumulating vehicle operating data for a user of a vehicle comprising the steps of: a) associating a mobile device with a vehicle unit of the vehicle, wherein the mobile device is a user's portable cell phone or smart phone; b) recognizing at the vehicle unit the mobile device as a previously registered mobile device associated with an insured user of the vehicle; c) identifying at the vehicle unit the user of the associated mobile device as a current driver of the vehicle; d) determining a location of the vehicle directly from a GPS receiver built-into the mobile device or from a cell tower triangulation of the mobile device; e) accumulating vehicle operating data for the user, including the directly-determined location data; and f) receiving, at a risk code algorithm, said accumulated vehicle operating data for use subsequently to determine a cost of insurance for the insured user of the vehicle. a) associating a mobile device with a vehicle unit of the vehicle, wherein the mobile device is a user's portable cell phone or smart phone; b) recognizing at the vehicle unit the mobile device as a previously registered mobile device associated with an insured user of the vehicle; c) identifying at the vehicle unit the user of the associated mobile device as a current driver of the vehicle; d) determining a location of the vehicle directly from a GPS receiver built-into the mobile device or from a cell tower triangulation of the mobile device; e) accumulating vehicle operating data for the user, including the directly-determined location data; and f) receiving, at a risk code algorithm, said accumulated vehicle operating data for use subsequently to determine a cost of insurance for the insured user of the vehicle.
A vacuum device, namely a vacuum pump, in particular a turbomolecular pump or a split-flow pump, which is connectable to a recipient via at least one suction opening and which is designed to generate a pressure of less than or equal to 10 -5 mbar, preferably to generate a pressure of less than or equal to 10 -7 mbar, in particular to generate a pressure of less than or equal to 10 -9 mbar, in the recipient, wherein at least one seal is provided to seal the connection, characterized in that the seal comprises a core, in particular an elastomer core, and a jacket; in that the jacket of the seal consists of a material which includes PTFE plastic or PTFE-based plastic or consists of a material including FEP plastic and/or PFA plastic; in that the jacket surrounds the core at its side facing the suction opening; and in that the jacket is designed as open or overlapping at one side, in particular at its side remote from the suction opening.
A method of presenting interactive content in a digital book, the method comprising: displaying text and an image in a visual dictionary interactive element associated with a digital book, the image including one or more callouts containing terms (1304, 1306, 1308, 1316) corresponding to portions of the image; in response to the displaying text and an image, receiving a first input, in the visual dictionary interactive element, selecting one of the portions of the image corresponding to one of the terms; in response to the selecting one of the portions of the image corresponding to one of the terms, zooming in on the selected one of the portions of the image corresponding to the one of the terms; and in response to the zooming in on the selected one of the portions of the image corresponding to the one of the terms, displaying, in the visual dictionary interactive element, a dictionary definition corresponding to the one of the terms. displaying text and an image in a visual dictionary interactive element associated with a digital book, the image including one or more callouts containing terms (1304, 1306, 1308, 1316) corresponding to portions of the image; in response to the displaying text and an image, receiving a first input, in the visual dictionary interactive element, selecting one of the portions of the image corresponding to one of the terms; in response to the selecting one of the portions of the image corresponding to one of the terms, zooming in on the selected one of the portions of the image corresponding to the one of the terms; and in response to the zooming in on the selected one of the portions of the image corresponding to the one of the terms, displaying, in the visual dictionary interactive element, a dictionary definition corresponding to the one of the terms.
Cosmetic and/or dermatological preparation based on a water in oil emulsion comprising diisostearoyl polyglyceryl-3 dimer dilinoleate and polyglyceryl-3 diisostearate as W/O emulsifiers, wherein the fraction of W/O emulsifiers is in the range of 0.1 to 5% by weight, preferably 1 to 2% by weight, particularly preferably 1.3 to 1.6% by weight, based on the total mass of the preparation, and wherein one or more powder raw materials are present.
A β-zeolite having a molar ratio of SiO 2 /Al 2 O 3 of more than or equal to 22 and less than 30, the mean particle diameter determined by SEM of 0.35 μm or more, a full width at half maximum (FWHM) of an X-ray diffraction peak from the planes of less than 0.30°, and an amount of adsorbed NH 3 of 1.2 mmol/g or more, wherein the amount of adsorbed NH 3 is determined by removing adsorbed components from the β-zeolite using about 0.1 g regulated to a particle diameter of 500 μm to 840 μm in an inert gas being helium at 500°C, saturating a mixed gas consisting of 90% inert gas being helium and 10% ammonia adsorbed at 25°C, and then heating the mixed gas to 700°C followed by quantifying the amount of desorbed ammonia during the course of heating but excluding that desorbed within a temperature range of 25 to 100°C with a mass spectrometer to determine the amount of adsorbed NH 3.
An aerosol-generating component of an electrically operated aerosol-generating system, comprising: first and second electrical connection terminals (210,215); a first electrical component, the first electrical component being an aerosol-generator, connected between the first and second electrical connection terminals; a second electrical component (320, 330, 340, 350, 360), the second electrical component being configured to carry out a function different to the first electrical component, connected between the first and second electrical connection terminals; a first barrier component connected between the first electrical component and the second electrical connection terminal; and a second barrier component connected between the second electrical component and the first electrical connection terminal, wherein the second barrier component has an asymmetric conductance arranged to prevent a current flow through the second electrical component when current is applied to the connection terminals in a first direction but permit a current flow through the second electrical component when current is applied to the connection terminals in a second direction, opposite to the first direction, and wherein the first barrier component has an asymmetric conductance arranged to prevent a current flow through the first electrical component when current is applied to the connection terminals in the second direction but permit a current flow through the first electrical component when current is applied to the connection terminals in the first direction. first and second electrical connection terminals (210,215); a first electrical component, the first electrical component being an aerosol-generator, connected between the first and second electrical connection terminals; a second electrical component (320, 330, 340, 350, 360), the second electrical component being configured to carry out a function different to the first electrical component, connected between the first and second electrical connection terminals; a first barrier component connected between the first electrical component and the second electrical connection terminal; and a second barrier component connected between the second electrical component and the first electrical connection terminal, wherein the second barrier component has an asymmetric conductance arranged to prevent a current flow through the second electrical component when current is applied to the connection terminals in a first direction but permit a current flow through the second electrical component when current is applied to the connection terminals in a second direction, opposite to the first direction, and wherein the first barrier component has an asymmetric conductance arranged to prevent a current flow through the first electrical component when current is applied to the connection terminals in the second direction but permit a current flow through the first electrical component when current is applied to the connection terminals in the first direction.
An optical transmission module comprising: a mold body having a first surface and a second surface opposite to each other; a plurality of edge-type light emitting elements (200a-200d), each of which is molded inside the mold body by fitting same to the first surface so as to match with the first surface and generates an optical signal in the edge direction of a chip; and an optical component, wherein the optical component is arranged adjacent to the plurality of edge-type light emitting elements (200a-200d) and is embedded in the mold body, and wherein the optical component is an arrayed waveguide grating, AWG, which includes, on one side thereof, a plurality of input waveguides (303a-303d) corresponding to the plurality of edge-type light emitting elements (200a-200d), and optically multiplexes a plurality of optical signals incident through the plurality of input waveguides (303a-303d) in the mold body and outputs same through an output waveguide, and the optical axis height of each of the light emitting elements (200a-200d) is set to be the same as the core of each of the input waveguides (303a-303d). a mold body having a first surface and a second surface opposite to each other; a plurality of edge-type light emitting elements (200a-200d), each of which is molded inside the mold body by fitting same to the first surface so as to match with the first surface and generates an optical signal in the edge direction of a chip; and an optical component, wherein the optical component is arranged adjacent to the plurality of edge-type light emitting elements (200a-200d) and is embedded in the mold body, and wherein the optical component is an arrayed waveguide grating, AWG, which includes, on one side thereof, a plurality of input waveguides (303a-303d) corresponding to the plurality of edge-type light emitting elements (200a-200d), and optically multiplexes a plurality of optical signals incident through the plurality of input waveguides (303a-303d) in the mold body and outputs same through an output waveguide, and the optical axis height of each of the light emitting elements (200a-200d) is set to be the same as the core of each of the input waveguides (303a-303d).
A lifting jack comprising: - a tubular body with a lower end and an upper end, - a base provided with wheels to allow movement of the lifting jack on a floor, wherein the base is attached to the lower end of the body, - a support to hold and allow handling of a vehicle component or device, wherein said support is attached to the upper end of the body, characterised in that the body is telescopic and comprises, in its interior, a piston for removably attaching the body with the support, and in that the support comprises a rigid part attached to a flexible part, wherein the rigid part comprises a claw provided with at least one pair of hooks with an arched base arranged facing each other and a ferrule interdependently fixed to the hooks of the claw, and wherein the flexible part is formed of a deformable material, and wherein the rigid part comprises a first hole in the ferrule and the flexible part comprises a second hole, both holes (13, 10) for receiving the piston and being coincident, wherein the diameter of the second hole is greater than the diameter of the first hole and wherein the first hole is a through hole comprising, at least, one change in diameter to retain the support in two different positions when received through the first or the second hole: - a first position in which the support receives the piston through the second hole, so that the rigid part of the support is placed at the upper end of the lifting jack; and - a second position in which the support receives the piston through the first hole, so that the flexible part of the support is placed at the upper end of the lifting jack. - a tubular body with a lower end and an upper end, - a base provided with wheels to allow movement of the lifting jack on a floor, wherein the base is attached to the lower end of the body, - a support to hold and allow handling of a vehicle component or device, wherein said support is attached to the upper end of the body, - a first position in which the support receives the piston through the second hole, so that the rigid part of the support is placed at the upper end of the lifting jack; and - a second position in which the support receives the piston through the first hole, so that the flexible part of the support is placed at the upper end of the lifting jack.
A polymer comprising: a) a thermosetting epoxy-terminated oxazolidinone ring containing polymer modified by b) core shell rubber particles, wherein at least 50% of the core shell rubber particles are prepared by a process comprising: I) carrying out an emulsion polymerization of monomers in an aqueous dispersion medium to form thermoplastic core shell rubber particles; II) coagulating the thermoplastic core shell rubber particles to form a slurry; and III) dewatering the slurry to form dewatered particles and IV) drying the dewatered particles to form dried particles. a) a thermosetting epoxy-terminated oxazolidinone ring containing polymer modified by b) core shell rubber particles, wherein at least 50% of the core shell rubber particles are prepared by a process comprising: I) carrying out an emulsion polymerization of monomers in an aqueous dispersion medium to form thermoplastic core shell rubber particles; II) coagulating the thermoplastic core shell rubber particles to form a slurry; and III) dewatering the slurry to form dewatered particles and IV) drying the dewatered particles to form dried particles. I) carrying out an emulsion polymerization of monomers in an aqueous dispersion medium to form thermoplastic core shell rubber particles; II) coagulating the thermoplastic core shell rubber particles to form a slurry; and III) dewatering the slurry to form dewatered particles and IV) drying the dewatered particles to form dried particles.