mhurhangee/ep-ind-claims huggingface dataset:
Tyre mould part comprising a body, this body comprising a first surface intended to mould all or part of a tread surface of the tyre, a second surface opposite the first surface and intended to be in contact with another part of the mould, and a lateral face connecting the first surface and the second surface, the body comprising a sintered part made of a metallic powder fused together layer by layer, and a non-sintered part attached to the sintered part and in contact with this sintered part at a contact zone, the sintered part forming the first surface of the body and the non-sintered part forming the second surface of the body, the sintered part having a thickness of between 1 and 6 millimetres, the mould part comprising a cavity extending from the first surface into the depth of the part beyond the contact zone, this cavity not opening onto the second surface of the body, characterized in that the part comprises an insert placed in the cavity, this insert being at the same level as the first surface of the body, and in that the insert comprises a canal extending from the first surface of the body and opening onto the contact zone between the sintered part and the non-sintered part of the body, the said contact zone opening onto the lateral face of the body.
Crimping tool for crimping a contact sleeve onto an electrical conductor of a cable, wherein the crimping tool has at least one cable transport device, a trimming and stripping device and a crimping device, which are arranged in this order successively in a direction on a cable feed-through of the crimping tool with an axis, wherein the crimping tool is designed in such a way that a cable end of the cable inserted via a cable inlet opening of the cable feed-through is fed from the cable transport device in the direction to the trimming and stripping device and the crimping device, characterized in that a printing device is arranged on the cable feed-through following the crimping device in the direction, wherein the crimping tool is designed in such a way that the cable end of the cable is fed to the printing device after the crimping device and is then led out of the crimping tool via a cable outlet opening of the cable feed-through opposite the cable inlet opening.
A method for bonding components made of high silica material by a joining process including forming a high-silica bonding mass between connecting surfaces of the components, wherein the high-silica bonding mass is in dry form when introduced between the connecting surfaces and the surfaces to be bonded are subsequently brought into contact and a firm composite is created by heating so as to form a SiO 2 containing bonding mass, whereby a dry quartz glass grain or/and a quartz glass granulate having a mean particle size between 10 μm and 40 μm is used as the high-silica bonding mass.
An integrated circuit comprising a detection circuit portion for detecting an electromagnetic pulse attack on the integrated circuit, the detection circuit portion comprising: a shadow flip-flop comprising a clock input; and characterized by further comprising: a clock net connected to said clock input; a clock gate connected to the clock net, wherein the clock gate is controlled by an enable signal so as selectively to be in an open state in which the clock gate passes a clock signal to the clock net or in a closed state in which the clock gate does not pass the clock signal to the clock net; and an error circuit portion; wherein the error circuit portion is arranged to selectively output an error signal if: the shadow flip-flop is clocked by a signal from the clock net and the clock gate is in the closed state. a shadow flip-flop comprising a clock input; and characterized by further comprising: a clock net connected to said clock input; a clock gate connected to the clock net, wherein the clock gate is controlled by an enable signal so as selectively to be in an open state in which the clock gate passes a clock signal to the clock net or in a closed state in which the clock gate does not pass the clock signal to the clock net; and an error circuit portion; wherein the error circuit portion is arranged to selectively output an error signal if: the shadow flip-flop is clocked by a signal from the clock net and the clock gate is in the closed state. a clock net connected to said clock input; a clock gate connected to the clock net, wherein the clock gate is controlled by an enable signal so as selectively to be in an open state in which the clock gate passes a clock signal to the clock net or in a closed state in which the clock gate does not pass the clock signal to the clock net; and an error circuit portion;
A system comprising: an optoelectronic module comprising: an optical transmitter optically coupled with an optical fiber; and a controller communicatively coupled to the optical transmitter, the controller configured to operate the optical transmitter to transmit data signals through the optical fiber; and wherein the optoelectronic module is configured to transmit time synchronization signals through the optical fiber; and characterised in that the controller comprises: a power and extinction ratio control module configured to perform amplitude modulation of signals emitted by the optical transmitter to combine the time synchronization signals with the data signals; an input stage configured to receive one or more time synchronization inputs; and a driver configured to receive data input signals and drive the optical transmitter. an optoelectronic module comprising: an optical transmitter optically coupled with an optical fiber; and a controller communicatively coupled to the optical transmitter, the controller configured to operate the optical transmitter to transmit data signals through the optical fiber; and an optical transmitter optically coupled with an optical fiber; and a controller communicatively coupled to the optical transmitter, the controller configured to operate the optical transmitter to transmit data signals through the optical fiber; and wherein the optoelectronic module is configured to transmit time synchronization signals through the optical fiber; and characterised in that the controller comprises: a power and extinction ratio control module configured to perform amplitude modulation of signals emitted by the optical transmitter to combine the time synchronization signals with the data signals; an input stage configured to receive one or more time synchronization inputs; and a driver configured to receive data input signals and drive the optical transmitter. a power and extinction ratio control module configured to perform amplitude modulation of signals emitted by the optical transmitter to combine the time synchronization signals with the data signals; an input stage configured to receive one or more time synchronization inputs; and a driver configured to receive data input signals and drive the optical transmitter.
A contact probe (1; 2) comprising a Ni pipe (11; 13), wherein a coiled spring structure (11a; 13a) is formed on at least one part of the Ni pipe (11; 13), characterized in that the Ni pipe (11; 13) contains 1 to 5 wt% of phosphorus.
Vehicle comprising a wheel housing, a shock absorber, a damper bearing and a bearing arrangement, wherein a damper receptacle is formed in the bearing arrangement in a wheel housing sheet-metal part delimiting the wheel housing, which damper receptacle is connected in a screw connection to the damper bearing of the shock absorber, in which screw connection a screw bolt is guided through a damper bearing screw hole and through a screw hole of the damper receptacle and is screwed by its bolt tip to an internal thread of a reinforcing element, which is arranged on the side of the damper receptacle facing away from the wheel housing, wherein a positioning aid is assigned to the damper receptacle, by means of which positioning aid the damper bearing of the shock absorber can be prepositioned in an assembly process until it is in an installation position, in which installation position the screw hole of the damper bearing, the screw hole of the damper receptacle, and the reinforcing element internal thread are mutually aligned in a screwing direction, wherein the positioning aid is a materially uniform and/or integral component of the reinforcing element, and therefore a relative position between the positioning aid and the reinforcing element inner thread is fixed, specifically irrespective of component and/or manufacturing tolerances in the damper receptacle and/or in the wheel housing sheet-metal part.
A device for an atomic clock, the device comprising: - a printed circuit board, said printed circuit board comprising a conductive piece for both interrogating and heating a gas in a cell of an atomic clock, the piece comprising a gap, and being arranged for containing the cell, and so as to directly touch the cell in at least one point, - a heating source (40, 60) for generating heat, and arranged to be connected to the piece, - microwave conductive means arranged to be connected to the piece so as to send to the piece a microwave signal for interrogating the atoms of the gas in the cell, the piece being arranged so as to define a hollow cylinder, e.g. a circular or elliptic cylinder, or a hollow prism, e.g. a parallelepiped, characterised in that the frequency of the microwave signal is different from the resonance frequency of the piece, the resonance frequency being defined as 1/, where C is the capacity given by the gap of the piece, and L the inductance of the piece. - a printed circuit board, said printed circuit board comprising a conductive piece for both interrogating and heating a gas in a cell of an atomic clock, the piece comprising a gap, and being arranged for containing the cell, and so as to directly touch the cell in at least one point, - a heating source (40, 60) for generating heat, and arranged to be connected to the piece, - microwave conductive means arranged to be connected to the piece so as to send to the piece a microwave signal for interrogating the atoms of the gas in the cell, the piece being arranged so as to define a hollow cylinder, e.g. a circular or elliptic cylinder, or a hollow prism, e.g. a parallelepiped,
A method of analysing tyre temperature data from a temperature sensor arranged to measure the temperature of a tyre on a vehicle, the method comprising: receiving tyre temperature data from the temperature sensor; receiving further data indicative of at least one different parameter related to the vehicle; determining (30, 46) expected temperature data (31, 47) based at least on the further data; comparing the tyre temperature data to the expected temperature data; and characterized by rectifying the tyre temperature data based on the comparison of the tyre temperature data to the expected temperature data (31, 47). receiving tyre temperature data from the temperature sensor; receiving further data indicative of at least one different parameter related to the vehicle; determining (30, 46) expected temperature data (31, 47) based at least on the further data; comparing the tyre temperature data to the expected temperature data; and characterized by rectifying the tyre temperature data based on the comparison of the tyre temperature data to the expected temperature data (31, 47).
Energy system, which provides a form of energy for an energy consumer, comprising a first and a second component and also a control unit, wherein - the components are designed to provide the same form of energy; and - wherein the control unit is designed at least to control the provision of the form of energy and to calculate a first limit switching value K 1 of the first component and a second limit switching value K 2 of the second component; characterized in that the control unit is designed - to calculate the first limit switching value K 1 by means of K 1 = ρ 1 / η 1, wherein ρ 1 denotes the control variable and η 1 denotes the efficiency of the first component in relation to the provision of the form of energy; and - to calculate the second limit switching value K 2 by means of K 2 = ρ 2 / η 2, wherein ρ 2 denotes the control variable and η 2 denotes the efficiency of the second component in relation to the provision of the form of energy; and wherein - the control unit is also designed to control the provision of the form of energy in such a way that the form of energy is provided by the component with the lowest of the two limit switching values ( K 1, K 2). - the components are designed to provide the same form of energy; and - wherein the control unit is designed at least to control the provision of the form of energy and to calculate a first limit switching value K 1 of the first component and a second limit switching value K 2 of the second component; characterized in that the control unit is designed - to calculate the first limit switching value K 1 by means of K 1 = ρ 1 / η 1, wherein ρ 1 denotes the control variable and η 1 denotes the efficiency of the first component in relation to the provision of the form of energy; and - to calculate the second limit switching value K 2 by means of K 2 = ρ 2 / η 2, wherein ρ 2 denotes the control variable and η 2 denotes the efficiency of the second component in relation to the provision of the form of energy; and wherein - the control unit is also designed to control the provision of the form of energy in such a way that the form of energy is provided by the component with the lowest of the two limit switching values ( K 1, K 2).
A process for preparing a continuous fiber filament comprising: - a polymeric matrix comprising a polymeric component, optionally reinforcing agents, and optionally at least one additive selected from the group consisting of colorants, lubricants, plasticizers, flame retardants, nucleating agents, flow enhancers and stabilizers, wherein the polymeric component comprises at least one poly(aryl ether ketone) (PAEK) polymer or copolymer, and - at least one fiber tow, which is embedded into the polymer matrix, wherein the process comprises the steps of: a) spreading the fiber tow, b) impregnating the fiber tow in a liquid medium, comprising the polymeric component in the shape of polymer powder particles, at least an aqueous solvent and from 0.01 to 3 wt.%, based on the total weight of the liquid medium, of at least one alkylphenoxy poly(ethyleneoxy) ethanol surfactant, wherein the polymer powder particles have a d50 varying between 1 and 20 μm, as measured as measured by laser scattering in isopropanol, c) heating the impregnated fiber above the melting temperature of the polymeric component, and d) calendering the filament using at least one die of cylindrical geometry. - a polymeric matrix comprising a polymeric component, optionally reinforcing agents, and optionally at least one additive selected from the group consisting of colorants, lubricants, plasticizers, flame retardants, nucleating agents, flow enhancers and stabilizers, wherein the polymeric component comprises at least one poly(aryl ether ketone) (PAEK) polymer or copolymer, and - at least one fiber tow, which is embedded into the polymer matrix, a) spreading the fiber tow, b) impregnating the fiber tow in a liquid medium, comprising the polymeric component in the shape of polymer powder particles, at least an aqueous solvent and from 0.01 to 3 wt.%, based on the total weight of the liquid medium, of at least one alkylphenoxy poly(ethyleneoxy) ethanol surfactant, wherein the polymer powder particles have a d50 varying between 1 and 20 μm, as measured as measured by laser scattering in isopropanol, c) heating the impregnated fiber above the melting temperature of the polymeric component, and d) calendering the filament using at least one die of cylindrical geometry.
A method for displaying content applicable to a terminal with a foldable screen, wherein the screen of the terminal comprises a first display region and a second display region; further comprising: receiving an edge sliding operation when the terminal is in an unfolded state, wherein the edge sliding operation comprises sliding from a trigger edge of the terminal to inside of the screen, and the unfolded state is configured for indicating that the first display region and the second display region are located in the same plane; characterized in that when the trigger edge is parallel to a folding axis of the terminal and the sliding distance belongs to a first distance range, displaying at least one latest task by the terminal; and when the trigger edge is parallel to a folding axis of the terminal and the sliding distance belongs to a second distance range, wherein a left endpoint of the second distance range is not less than a right endpoint of the first distance range, displaying a start icon of at least one application by the terminal. receiving an edge sliding operation when the terminal is in an unfolded state, wherein the edge sliding operation comprises sliding from a trigger edge of the terminal to inside of the screen, and the unfolded state is configured for indicating that the first display region and the second display region are located in the same plane; characterized in that when the trigger edge is parallel to a folding axis of the terminal and the sliding distance belongs to a first distance range, displaying at least one latest task by the terminal; and when the trigger edge is parallel to a folding axis of the terminal and the sliding distance belongs to a second distance range, wherein a left endpoint of the second distance range is not less than a right endpoint of the first distance range, displaying a start icon of at least one application by the terminal.
Cutter system for an electric shaver and/or trimmer, comprising a pair of cooperating cutting elements (4, 5) with two rows of comb-like cutting teeth (6, 7) at opposite edges thereof and at least one field of cutting perforations (8, 9) between said rows of comb-like cutting teeth (6, 7), wherein said cutting elements (4, 5) are movably supported relative to each other by a support structure with an inner one of the cutting elements being sandwiched between an outer one of the cutting elements and said support structure, wherein said support structure includes a pair of outer frame portions holding said outer cutting element at opposite edge portions thereof and a pair of inner frame portions supporting the inner cutting element with a gap being defined between said inner frame portions and said outer cutting element in which gap said inner cutting element is movably received, characterized in that said inner frame portions form rigid support ribs extending from a base portion of said support structure at a steeper angle than said outer frame portions and forming rigid support edges supporting the inner cutting element along the outer edge of said field of cutting perforations.
A nasal spray delivery guide (100, 400) comprising: a pair of guide elements (104, 404) spaced apart from one another and configured to be at least partially inserted into respective nostrils of a patient, each guide element comprising an aperture (110, 410) extending therethrough from a base end (106, 406) to a tip end (108, 408) of the guide element; a flexible connector element attached to and extending between the guide elements; a wing extending away from one of the guide elements; and a clamping tab extending away from the wing and upwards and inwards towards the one of the guide elements, wherein the clamping tab and the one of the guide elements are angled towards one another, characterised in that the delivery guide has a stable conformation in which an angle between longitudinal axes of the guide elements is between approximately 10 degrees and approximately 30 degrees, and an angle between the longitudinal axis of the one of the guide elements and an axis perpendicular to the wing is between approximately 5 degrees and approximately 15 degrees. a pair of guide elements (104, 404) spaced apart from one another and configured to be at least partially inserted into respective nostrils of a patient, each guide element comprising an aperture (110, 410) extending therethrough from a base end (106, 406) to a tip end (108, 408) of the guide element; a flexible connector element attached to and extending between the guide elements; a wing extending away from one of the guide elements; and a clamping tab extending away from the wing and upwards and inwards towards the one of the guide elements, wherein the clamping tab and the one of the guide elements are angled towards one another, characterised in that the delivery guide has a stable conformation in which an angle between longitudinal axes of the guide elements is between approximately 10 degrees and approximately 30 degrees, and an angle between the longitudinal axis of the one of the guide elements and an axis perpendicular to the wing is between approximately 5 degrees and approximately 15 degrees.
A method in a wireless device capable of operating in discontinuous activity mode, the method comprising: determining that the wireless device is configured with a discontinuous reception, DRX, cycle longer than a DRX threshold; obtaining a reduced measurement group comprising a set of one or more cells or carriers to be measured; comparing a signal level of the serving cell at the wireless device with a signal threshold; when the signal level of the serving cell at the wireless device is below the signal threshold, performing a measurement on the set of one or more cells or carriers of the reduced measurement group; obtaining a normal measurement group comprising a set of one or more cells or carriers to be measured being more cells or carriers than in the reduced measurement group; and when the signal level of the serving cell at the wireless device is equal to or above the signal threshold, performing a measurement on the set of one or more cells or carriers of the normal measurement group. determining that the wireless device is configured with a discontinuous reception, DRX, cycle longer than a DRX threshold; obtaining a reduced measurement group comprising a set of one or more cells or carriers to be measured; comparing a signal level of the serving cell at the wireless device with a signal threshold; when the signal level of the serving cell at the wireless device is below the signal threshold, performing a measurement on the set of one or more cells or carriers of the reduced measurement group; obtaining a normal measurement group comprising a set of one or more cells or carriers to be measured being more cells or carriers than in the reduced measurement group; and when the signal level of the serving cell at the wireless device is equal to or above the signal threshold, performing a measurement on the set of one or more cells or carriers of the normal measurement group.
An agent for dyeing keratinic fibres, in particular human hair, containing in a cosmetic carrier at least one oxidation dye precursor and at least one non-permanent ionic copolymer derived from at least one cationisable monomer of general formula wherein R1 and R2 each represent independently from each other hydrogen or a methyl group, R3 and R4 each represent independently from each other alkyl groups with 1 to 4 carbon atoms, Y represents an NH group and p represents an integer of 2 to 5, characterised in that further at least one amphoteric surfactant is contained.
An antibody, fusion protein or a binding fragment thereof for use in the therapeutic treatment of a canine where target neutralisation is desired in the absence of undesirable effector function, wherein said antibody, fusion protein or binding fragment has a heavy chain constant domain comprising the amino acid sequence of SEQ ID NO:8, SEQ ID NO:11 or SEQ ID NO:13, wherein the amino acid sequence of the heavy chain minimises the activation of downstream immune system effector functions when the antibody, fusion protein or binding fragment is bound to its target antigen.