mhurhangee/ep-ind-claims huggingface dataset:
An electronic device mounting substrate, comprising: a first wiring substrate shaped in a rectangular frame, an interior of the rectangular frame constituting a first through hole; a second wiring substrate shaped in a rectangular frame or plate, the second wiring substrate being disposed so as to overlie a lower surface of the first wiring substrate and be electrically connected to the first wiring substrate, one of outer edges of the second wiring substrate being located more outward than a corresponding one of outer edges of the first wiring substrate; a metallic plate disposed so as to overlie a lower surface of the second wiring substrate so that the second wiring substrate is sandwiched between the metallic plate and the first wiring substrate, outer edges of the metallic plate being located more outward than the outer edges of the first wiring substrate and more inward than the one of the outer edges of the second wiring substrate; and a lid body secured to an outer periphery of the metallic plate, with the one of the outer edges of the second wiring substrate lying in between, so as to cover the first wiring substrate and the second wiring substrate, a frame interior of the first wiring substrate, or a frame interior of each of the first wiring substrate and the second wiring substrate, constituting an electronic device mounting space. a first wiring substrate shaped in a rectangular frame, an interior of the rectangular frame constituting a first through hole; a second wiring substrate shaped in a rectangular frame or plate, the second wiring substrate being disposed so as to overlie a lower surface of the first wiring substrate and be electrically connected to the first wiring substrate, one of outer edges of the second wiring substrate being located more outward than a corresponding one of outer edges of the first wiring substrate; a metallic plate disposed so as to overlie a lower surface of the second wiring substrate so that the second wiring substrate is sandwiched between the metallic plate and the first wiring substrate, outer edges of the metallic plate being located more outward than the outer edges of the first wiring substrate and more inward than the one of the outer edges of the second wiring substrate; and a lid body secured to an outer periphery of the metallic plate, with the one of the outer edges of the second wiring substrate lying in between, so as to cover the first wiring substrate and the second wiring substrate, a frame interior of the first wiring substrate, or a frame interior of each of the first wiring substrate and the second wiring substrate, constituting an electronic device mounting space.
An electrically operated aerosol-generating system comprising: an electric heater comprising at least one heating element for heating an aerosol-forming substrate; a power supply; and electric circuitry connected to the electric heater and to the power supply and comprising a memory, wherein the electric circuitry is configured to measure the initial electrical resistance of the heater element and an electrical resistance of the heater element at a time after initial delivery of power to the electric heater from the power supply and to determine an adverse condition when a ratio between the measured initial electrical resistance of the heater and a change in electrical resistance from the measured initial resistance is greater than a maximum threshold value or is less than a minimum threshold value stored in the memory, or when the ratio reaches a threshold value stored in the memory outside of an expected time period, and to limit the power supplied to the electric heater, or to provide an indication, if there is an adverse condition. an electric heater comprising at least one heating element for heating an aerosol-forming substrate; a power supply; and electric circuitry connected to the electric heater and to the power supply and comprising a memory, wherein the electric circuitry is configured to measure the initial electrical resistance of the heater element and an electrical resistance of the heater element at a time after initial delivery of power to the electric heater from the power supply and to determine an adverse condition when a ratio between the measured initial electrical resistance of the heater and a change in electrical resistance from the measured initial resistance is greater than a maximum threshold value or is less than a minimum threshold value stored in the memory, or when the ratio reaches a threshold value stored in the memory outside of an expected time period, and to limit the power supplied to the electric heater, or to provide an indication, if there is an adverse condition.
A partial discharge acquisition system comprising: - a synchronization signal sensor device including: a sensor module structured to remotely detect a first synchronization electromagnetic signal (S ES1) generated by an alternate current electrical voltage associated with the operation of an electrical object and provide a corresponding first detected electrical signal (S syn1); a transmitting device (203, 204) structured to irradiate a second synchronization electromagnetic signal (S ES2) related with said first detected electrical signal (S syn1); - a partial discharge detection apparatus comprising: a receiving device structured to receive said second synchronization electromagnetic signal (S ES2) and generate a corresponding received electrical signal (S synw3) representing at least a timing parameter of said alternate current electrical voltage; the receiving device and the transmitting device (203, 204) being configured to establish a wireless communication link defining a deterministic transmission delay. - a synchronization signal sensor device including: a sensor module structured to remotely detect a first synchronization electromagnetic signal (S ES1) generated by an alternate current electrical voltage associated with the operation of an electrical object and provide a corresponding first detected electrical signal (S syn1); a transmitting device (203, 204) structured to irradiate a second synchronization electromagnetic signal (S ES2) related with said first detected electrical signal (S syn1); a sensor module structured to remotely detect a first synchronization electromagnetic signal (S ES1) generated by an alternate current electrical voltage associated with the operation of an electrical object and provide a corresponding first detected electrical signal (S syn1); a transmitting device (203, 204) structured to irradiate a second synchronization electromagnetic signal (S ES2) related with said first detected electrical signal (S syn1); - a partial discharge detection apparatus comprising: a receiving device structured to receive said second synchronization electromagnetic signal (S ES2) and generate a corresponding received electrical signal (S synw3) representing at least a timing parameter of said alternate current electrical voltage; the receiving device and the transmitting device (203, 204) being configured to establish a wireless communication link defining a deterministic transmission delay. a receiving device structured to receive said second synchronization electromagnetic signal (S ES2) and generate a corresponding received electrical signal (S synw3) representing at least a timing parameter of said alternate current electrical voltage; the receiving device and the transmitting device (203, 204) being configured to establish a wireless communication link defining a deterministic transmission delay.
Device for injection-moulding a multi-layered hollow article from fibre-reinforced plastic (2a, 2b), with a first injection-moulding unit, which has a first outer mould half and a first mould core, which are movable relatively and coaxially with respect to one another, wherein a first fan-shaped runner and a first mould cavity adjoining thereto for producing a preform are formed between them in their closed state, wherein it has a second injection-moulding unit with a second outer mould half, to which the first mould core together with a preform located on it can be brought, wherein the first mould core and the second outer mould half are movable relatively and coaxially with respect to one another and a second fan-shaped runner and a second mould cavity adjoining thereto for producing a blank or an interim moulding are formed between them in the closed state, wherein the second runner and the second mould cavity are bounded on the inside by the preform, characterized in that the first and second runners (3a, 3b) each have a spherical region (3aa, 3ba), which can be flowed through first by injected plastics material (2a, 2b).
Method for manufacturing components, which comprises: joining a first edge (101, 111) of a thermoplastic-containing first component part (100, 110, 120) and a second edge (201, 211) of a thermoplastic-containing second component part (200, 210, 220) to one another without any overlap; and connecting the first and the second edge by means of friction stir welding; characterised in that friction stir welding involves rubbing a rotating friction stir welding pin (301, 311, 321) against at least one metal object (102, 112, 202, 212), wherein the method comprises, before the step of joining without any overlap: inserting the at least one metal object into the thermoplastic-containing first component part on the first edge thereof before said edges are joined to one another without any overlap and/or driving the at least one metal object into the thermoplastic-containing first and/or second component part in a solid state, and/or applying the at least one metal object in the form of a metal layer to the thermoplastic-containing first and/or second component part. joining a first edge (101, 111) of a thermoplastic-containing first component part (100, 110, 120) and a second edge (201, 211) of a thermoplastic-containing second component part (200, 210, 220) to one another without any overlap; and connecting the first and the second edge by means of friction stir welding; characterised in that friction stir welding involves rubbing a rotating friction stir welding pin (301, 311, 321) against at least one metal object (102, 112, 202, 212), wherein the method comprises, before the step of joining without any overlap: inserting the at least one metal object into the thermoplastic-containing first component part on the first edge thereof before said edges are joined to one another without any overlap and/or driving the at least one metal object into the thermoplastic-containing first and/or second component part in a solid state, and/or applying the at least one metal object in the form of a metal layer to the thermoplastic-containing first and/or second component part. inserting the at least one metal object into the thermoplastic-containing first component part on the first edge thereof before said edges are joined to one another without any overlap and/or driving the at least one metal object into the thermoplastic-containing first and/or second component part in a solid state, and/or applying the at least one metal object in the form of a metal layer to the thermoplastic-containing first and/or second component part.
A composition comprising or consisting of two polypeptides, wherein each polypeptide comprises a first set of six complementarity determining regions (CDRs) comprised in a first scFv fragment and configured to bind a first antigen; and a second set of six CDRs comprised in a second scFv fragment and configured to bind a second antigen; wherein said two polypeptides are (a) (i) a polypeptide binding to HBV small or large surface antigen and CD3; and (ii) a polypeptide binding to HBV small or large surface antigen and CD28; or (b) (i) a polypeptide binding to HBV small or large surface antigen and CD16; and (ii) a polypeptide binding to HBV small or large surface antigen and CD56 and wherein no further CDRs are present in said polypeptides. a first set of six complementarity determining regions (CDRs) comprised in a first scFv fragment and configured to bind a first antigen; and a second set of six CDRs comprised in a second scFv fragment and configured to bind a second antigen; (a) (i) a polypeptide binding to HBV small or large surface antigen and CD3; and (ii) a polypeptide binding to HBV small or large surface antigen and CD28; or (i) a polypeptide binding to HBV small or large surface antigen and CD3; and (ii) a polypeptide binding to HBV small or large surface antigen and CD28; (b) (i) a polypeptide binding to HBV small or large surface antigen and CD16; and (ii) a polypeptide binding to HBV small or large surface antigen and CD56 and wherein no further CDRs are present in said polypeptides. (i) a polypeptide binding to HBV small or large surface antigen and CD16; and (ii) a polypeptide binding to HBV small or large surface antigen and CD56 and wherein no further CDRs are present in said polypeptides.
A mobile key for a locking system, the mobile key comprising: a wireless communication circuitry configured to communicate wirelessly with a locking device of the locking system; a memory storing authentication information associated with access rights of the mobile key in the locking system; a radio frequency trigger circuitry sensitized to detect a radio signal received in the mobile key and, upon detecting the reception of the radio signal, to wake up the wireless communication circuitry to communicate with the locking device, characterized in that the radio frequency trigger circuitry is sensitized to a predetermined radio signal waveform such that the memory is further arranged to store definitions of the predetermined waveform, and that the radio frequency trigger circuitry comprises a waveform analyser circuitry configured to compare a received signal waveform with the stored definitions of the predetermined waveform and, upon determining on the basis of the comparison that the received signal waveform matches with the predetermined waveform, wake up the wireless communication circuitry, wherein other signal waveforms do not cause said wake up the wireless communication circuitry. a wireless communication circuitry configured to communicate wirelessly with a locking device of the locking system; a memory storing authentication information associated with access rights of the mobile key in the locking system; a radio frequency trigger circuitry sensitized to detect a radio signal received in the mobile key and, upon detecting the reception of the radio signal, to wake up the wireless communication circuitry to communicate with the locking device, characterized in that the radio frequency trigger circuitry is sensitized to a predetermined radio signal waveform such that the memory is further arranged to store definitions of the predetermined waveform, and that the radio frequency trigger circuitry comprises a waveform analyser circuitry configured to compare a received signal waveform with the stored definitions of the predetermined waveform and, upon determining on the basis of the comparison that the received signal waveform matches with the predetermined waveform, wake up the wireless communication circuitry, wherein other signal waveforms do not cause said wake up the wireless communication circuitry.
A method for processing value documents which have an individual identifier, for example a serial number, in which - for the value documents, there is respectively captured the individual identifier and a stack is formed from at least a part of the value documents, wherein for the stack the individual identifiers of the value documents of the stack are stored as belonging to a stack, characterized in that - for the stack, usage data, with the help of which the usage of the stack is identifiable, and identifier data, which describe the individual identifier of at least one value document of the stack, are captured, and - using the identifier data, the usage data and the individual identifiers of the value documents of the stack, which were stored as belonging to a stack, are stored so as to be associated with each other. - for the value documents, there is respectively captured the individual identifier and a stack is formed from at least a part of the value documents, wherein for the stack the individual identifiers of the value documents of the stack are stored as belonging to a stack, characterized in that - for the stack, usage data, with the help of which the usage of the stack is identifiable, and identifier data, which describe the individual identifier of at least one value document of the stack, are captured, and - using the identifier data, the usage data and the individual identifiers of the value documents of the stack, which were stored as belonging to a stack, are stored so as to be associated with each other.
Wall or building shell, comprising: a) a masonry made of bricks and at least one flat mat, which is inserted into a bed joint or into a heading joint, and b) at least one other component, which is selected from the group consisting of a cladding element, an insulation element, and an installation element, characterized in that the mat c) comprises a section without cutouts which is provided for insertion into a bed joint or into a heading joint, d) as well as at least one mechanical connection element, which is mechanically connected in a form-locking or force-locking manner with the at least one other component for a mortar-free, but form-locking or force-locking connection of the at least one other component to the masonry via the inserted mat. a) a masonry made of bricks and at least one flat mat, which is inserted into a bed joint or into a heading joint, and b) at least one other component, which is selected from the group consisting of a cladding element, an insulation element, and an installation element, characterized in that the mat c) comprises a section without cutouts which is provided for insertion into a bed joint or into a heading joint, d) as well as at least one mechanical connection element, which is mechanically connected in a form-locking or force-locking manner with the at least one other component for a mortar-free, but form-locking or force-locking connection of the at least one other component to the masonry via the inserted mat.
Stack of paper sheets for use as napkins, particularly dispenser napkins, the stack comprising: a plurality of folded sheets, each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet, whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line, the second folding line separating the folded sheet in two panels connected at the second folding line, wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels (19, 21) of the consecutive folded sheet, characterized in that each folded sheet is further folded along a third folding line parallel to the first folding line forming a backfold, the backfold and the starter fold being located on opposite sides of an intermediate sheet before being folded about the second folding line. a plurality of folded sheets, each folded sheet being folded along a first folding line so that a part of a free edge opposite to the first folding line is located on an outer surface of the folded sheet and inward of the outer peripheral edges of the folded sheet, whereby a starter fold is formed, each folded sheet being further folded along a second folding line non-parallel to the first folding line, the second folding line separating the folded sheet in two panels connected at the second folding line, wherein two consecutive folded sheets are interfolded so that one panel of one folded sheet is disposed between two panels (19, 21) of the consecutive folded sheet, characterized in that each folded sheet is further folded along a third folding line parallel to the first folding line forming a backfold, the backfold and the starter fold being located on opposite sides of an intermediate sheet before being folded about the second folding line.
A smoking article having a proximal end and a distal end, comprising: a combustible heat source positioned at the distal end of the smoking article; an aerosol-forming substrate downstream of the combustible heat source; a mouthpiece downstream of the aerosol-forming substrate and positioned at the proximal end of the smoking article; characterised by further comprising a tubular element slideable from a first position towards the distal end of the smoking article to a second position, wherein, in the second position the tubular element at least partially extends over the combustible heat source, and wherein the tubular element is lined with a heat reactive material which is arranged to deform in response to heat from the combustible heat source when the tubular element is in the second position, the heat reactive material comprising an intumescent material. a combustible heat source positioned at the distal end of the smoking article; an aerosol-forming substrate downstream of the combustible heat source; a mouthpiece downstream of the aerosol-forming substrate and positioned at the proximal end of the smoking article; characterised by further comprising a tubular element slideable from a first position towards the distal end of the smoking article to a second position, wherein, in the second position the tubular element at least partially extends over the combustible heat source, and wherein the tubular element is lined with a heat reactive material which is arranged to deform in response to heat from the combustible heat source when the tubular element is in the second position, the heat reactive material comprising an intumescent material.