mhurhangee/ep-ind-claims huggingface dataset:
A phase calibration method comprising the steps of: inserting a calibration signal into a main signal; inputting the resultant signal to an analogue circuit; and calibrating phase of the main signal using the calibration signal, which is contained in an output signal from said circuit, by: extracting the calibration signal by subtracting the main signal from the output signal of said circuit; estimating a phase shift of said circuit based upon a change in phase of the calibration signal; and subjecting the main signal to a phase adjustment having a shift that is opposite said phase shift. inserting a calibration signal into a main signal; inputting the resultant signal to an analogue circuit; and calibrating phase of the main signal using the calibration signal, which is contained in an output signal from said circuit, by: extracting the calibration signal by subtracting the main signal from the output signal of said circuit; estimating a phase shift of said circuit based upon a change in phase of the calibration signal; and subjecting the main signal to a phase adjustment having a shift that is opposite said phase shift. extracting the calibration signal by subtracting the main signal from the output signal of said circuit; estimating a phase shift of said circuit based upon a change in phase of the calibration signal; and subjecting the main signal to a phase adjustment having a shift that is opposite said phase shift.
A leading edge section with laminar flow control system comprising: a perforated outer skin shaped with an aerodynamic leading edge profile, a perforated inner skin internally arranged with respect to the outer skin, a plurality of suction chambers formed between the outer skin and the inner skin, such that an exterior region of the leading edge section is communicated with an interior region of the leading edge section through said suction chambers, wherein the leading edge section further comprises a plurality of stringers span-wise arranged at the leading edge section, and integrally formed with the outer skin, and wherein the inner skin is joined to the stringers, such that the suction chambers are defined by a part of the outer skin, a part of the inner skin and a pair of consecutive stringers, characterised in that the inner skin comprises a set of individual U-shaped members, each one having two short sides and a perforated central side, wherein the U-shaped members are consecutively arranged one after another to configure the inner skin shape, and wherein a free edge of the stringers is placed between two short sides of two consecutive U-shaped members and it is fastened to said short sides. a perforated outer skin shaped with an aerodynamic leading edge profile, a perforated inner skin internally arranged with respect to the outer skin, a plurality of suction chambers formed between the outer skin and the inner skin, such that an exterior region of the leading edge section is communicated with an interior region of the leading edge section through said suction chambers, wherein the leading edge section further comprises a plurality of stringers span-wise arranged at the leading edge section, and integrally formed with the outer skin, and wherein the inner skin is joined to the stringers, such that the suction chambers are defined by a part of the outer skin, a part of the inner skin and a pair of consecutive stringers, characterised in that the inner skin comprises a set of individual U-shaped members, each one having two short sides and a perforated central side, wherein the U-shaped members are consecutively arranged one after another to configure the inner skin shape, and wherein a free edge of the stringers is placed between two short sides of two consecutive U-shaped members and it is fastened to said short sides.
A package for an implant, in particular for a dental implant, with a housing, which has a compartment for a first portion of the implant in the form of the part to be implanted into the human bone and/or tissue that can be closed by a pivotable and/or slidable cover so as to be substantially liquid-tight and a region for a second portion of the implant in the form of a mounting holder that is separated from the compartment by a housing wall, wherein a passage connecting the compartment and the separated region is present in the housing wall for a transitional portion between the first portion and the second portion of the implant, and wherein the housing wall has a removal slot (9, 36), which allows the implant to be removed when the cover is open, without separating the portions (2, 3), wherein the package has at least one liquid cartridge and an associated release element, and wherein, with the cover closed, the liquid cartridge can be opened by means of the release element in such a way that liquid located in the liquid cartridge can flow out into the compartment.
A shin guard having a shin element which is based on a hard plastic or metal and has a concave inner side which is curved transversely with respect to a longitudinal axis of the shin guard and encloses an interior for accommodating the shin region of a user, wherein the shin guard, at the lower end of the shin element directed toward the foot of the user, has a separate sliding element, which is based on a hard plastic or metal and has a concave inner side, which is adapted to the lower region of the shin element and is curved transversely with respect to the longitudinal axis of the shin guard, and also a convex outer surface, charcterized in that the sliding element is mounted so as to be dynamically movable substantially along the longitudinal axis, within defined limits, counter to a spring force directed toward the foot.
Method of providing a set of ingredients for manufacturing of a dental prosthesis covering, the method comprising: - Receiving background colour data providing information on a colour of a background substrate on which the prosthesis is to be provided; - Receiving appearance colour data providing information on an appearance colour of the prosthesis; - Receiving a thickness value providing information on a thickness of the dental prosthesis covering; - Looking up, in an electronic memory, a first ingredient record comprising first ingredient values, based on the received background colour data and the received appearance colour data; - In an electronic processor, adjusting the first ingredient values based on the thickness value; and - Providing, through an electronic output, the adjusted ingredient data. - Receiving background colour data providing information on a colour of a background substrate on which the prosthesis is to be provided; - Receiving appearance colour data providing information on an appearance colour of the prosthesis; - Receiving a thickness value providing information on a thickness of the dental prosthesis covering; - Looking up, in an electronic memory, a first ingredient record comprising first ingredient values, based on the received background colour data and the received appearance colour data; - In an electronic processor, adjusting the first ingredient values based on the thickness value; and - Providing, through an electronic output, the adjusted ingredient data.
Valve, in particular for a container for storing pressurised gas, comprising a body provided with a gas inlet intended to be connected to the storage space of a container, a bleed-off circuit formed in the body and comprising an upstream end intended to be fluidly connected to the storage space of a container and a downstream end (25, 22) to be selectively fluidly connected with a gas bleed-off member, a filling circuit formed in the body and comprising a first end intended to be selectively connected to a member for filling the container and a second end intended to be connected to the storage space of the container, with the bleed-off circuit comprising an isolation valve and a pressure-release member of the gas bled off at a determined fixed or adjustable pressure, with the tap also comprising a member for manually controlling the movement of the isolation valve, with the member for controlling able to be selectively moved into a first position and into a second position, in its first position, the member for controlling having the isolation valve in a position for opening the bleed-off circuit, in the second position thereof, the member for controlling having the isolation valve in a position for closing the bleed-off circuit, characterised in that the tap further comprises, in the body, a circuit for selectively controlling the movement of the isolation valve into the first position thereof for opening the bleed-off circuit, with the control circuit comprising a first end connected to the valve and a second end that can be selectively connected to an actuator of the gas bleed-off member, in order to selectively electrically control the movement of the valve into the position for opening the bleed-off circuit.
A centrifuge, especially a continuously working separator, comprising a drum having a vertical rotational axis and a preferably single or double conical inner jacket, and an inlet pipe opening into a distributor having at least two or more distributor channels distributed about the circumference, and further comprising a disk package made of separator disks, characterized in that at least two or more tubular elements are distributed on the outside circumference of the disk package, and that the tubular elements are fastened externally to the separator disk package.
A wired pipe assembly comprising: a first wired pipe segment including a first body extending from a first box end to a first pin end; a second wired pipe segment including a second body extending from a second box end to a second pin end; a signal generator that provides an input signal; an electromagnetic directional coupler (34, 100) including an input line disposed in the first wired pipe segment and an output line disposed in the second wired pipe segment, wherein the input signal is partially transmitted along the input line, the input line being connected to a termination of the first wired pipe segment and the output line being grounded to the second wired pipe segment via a termination that includes a resistor that matches a characteristic wave impedance of the input signal through the electromagnetic directional coupler (34, 100). a first wired pipe segment including a first body extending from a first box end to a first pin end; a second wired pipe segment including a second body extending from a second box end to a second pin end; a signal generator that provides an input signal; an electromagnetic directional coupler (34, 100) including an input line disposed in the first wired pipe segment and an output line disposed in the second wired pipe segment, wherein the input signal is partially transmitted along the input line, the input line being connected to a termination of the first wired pipe segment and the output line being grounded to the second wired pipe segment via a termination that includes a resistor that matches a characteristic wave impedance of the input signal through the electromagnetic directional coupler (34, 100).
Prefabricated support (2; 2A, 2B) for a rack-mountable electrical device, characterised in that the support comprises: - a plate (6; 6A, 6B); - a one-piece body (4; 4A, 4B) mounted on the plate; - an electrical connector (8; 8A, 8B) positioned on a rear face of the prefabricated support; - preformed electrical conductors (51, 52, 53; 51A, 52A, 53A; 51B, 52B, 53B) each having a first end and a second end; the body defining, on the front face of the support, a receiving housing which is to receive an electrical switching apparatus, the body also delimiting a passage in which the electrical conductors are housed, each first end of each electrical conductor being connected to the electrical conductor and each second end of each electrical conductor emerging inside the receiving housing, the body having an electrically insulating separating wall extending perpendicularly from one edge of the plate, said wall and at least one side of the plate forming a lateral face of the support, said lateral face having at least one first fixing member (91; 91A, 91B) and at least one second fixing member (92; 92A, 92B), each second fixing member having a complementary shape to the first fixing member, each first member and each second member being adapted to be engaged with another second member and another first member, respectively. - a plate (6; 6A, 6B); - a one-piece body (4; 4A, 4B) mounted on the plate; - an electrical connector (8; 8A, 8B) positioned on a rear face of the prefabricated support; - preformed electrical conductors (51, 52, 53; 51A, 52A, 53A; 51B, 52B, 53B) each having a first end and a second end;
Device for providing a product stream of mutually aligned food products on product substrates, comprising: a first conveyor belt, in particular having a variable transport speed, for the supply transport and mutual transverse alignment of said food products to each other; a second conveyor belt that adjoins in the direction of transport at a gap-shaped belt transition, for the discharge transport of the food products; a substrate placement device for supplying said product substrates from below through said belt transition in front of/under said food products that are respectively transported across said belt transition, characterised in that the second conveyor belt can be controlled separately at a variable transport speed for the mutual longitudinal alignment of said food products to each other by adjusting the transport speed of the second conveyor belt, by motor, relative to the transport speed of the first conveyor belt, when the respective food product has been received by way of the associated product substrate by the second conveyor belt; and in that the device further comprises at least one actuator with which the end of said first conveyor belt on the outlet side can be displaced transverse to said direction of transport to different alignment positions in order to align said food products individually with respect to said substrate placement device.
An information medium comprising two or more data layers (130, 150) provided on a support base, wherein the two or more data layers have two or more pieces of visible information (130A, 150A) recorded on the two or more data layers, the two or more pieces of visible information being synthesizable to result in two-dimensional visible information, characterised in that the data layers each include a modulation material having an optical characteristic that is modulatable, and modulation of the modulation material causes the visible information to be recorded. two or more data layers (130, 150) provided on a support base, wherein the two or more data layers have two or more pieces of visible information (130A, 150A) recorded on the two or more data layers, the two or more pieces of visible information being synthesizable to result in two-dimensional visible information, characterised in that the data layers each include a modulation material having an optical characteristic that is modulatable, and modulation of the modulation material causes the visible information to be recorded.
A method for performing communication, the method performed by a session management function, SMF, node and comprising: receiving, from an access and mobility management, AMF, node a request message for establishing a data session of a user equipment, UE; transmitting, to the AMF node, a response message for establishing the data session of the UE, wherein the data session of the UE is established over the UE, the AMF node, the SMF node and a user plane function, UPF, node; receiving, from the AMF node, information related to a location change of the UE, wherein the location change of the UE is related to that the UE moved out of a local area data network, LADN, service area; notifying the UPF node of an indication to instruct the UPF node not to perform buffering, that is an indication to discard data related to the data session of the UE, based on (i) that the UE moved out of the LADN service area and (ii) that the data session of the UE is related to the LADN, wherein a context for the data session is maintained in the SMF node until a timer expires and the UE has not re-entered the LADN service area; and receiving a response message, from the UPF node. receiving, from an access and mobility management, AMF, node a request message for establishing a data session of a user equipment, UE; transmitting, to the AMF node, a response message for establishing the data session of the UE, wherein the data session of the UE is established over the UE, the AMF node, the SMF node and a user plane function, UPF, node; receiving, from the AMF node, information related to a location change of the UE, wherein the location change of the UE is related to that the UE moved out of a local area data network, LADN, service area; notifying the UPF node of an indication to instruct the UPF node not to perform buffering, that is an indication to discard data related to the data session of the UE, based on (i) that the UE moved out of the LADN service area and (ii) that the data session of the UE is related to the LADN, wherein a context for the data session is maintained in the SMF node until a timer expires and the UE has not re-entered the LADN service area; and receiving a response message, from the UPF node.
A packaging material for use in an oral pouched nicotine product in order to enclose a filling material, said filling material comprising a particulate non-tobacco material and a nicotine source, said packaging material being a saliva-permeable nonwoven material comprising carded fibres, 50%-100% of said carded fibres being cellulose-based staple fibres, and 0%-50% of said carded fibres being thermoplastic fibres, with % numbers being based on total weight of carded fibres at 21°C and 50% RH, said packaging material further comprising a binder, said binder constituting 20%-60% of a total weight of said packaging material, said cellulose-based staple fibres having a linear density less than 1.7 decitex, and said packaging material having a basis weight above 30 g/m 2. 50%-100% of said carded fibres being cellulose-based staple fibres, and 0%-50% of said carded fibres being thermoplastic fibres, with % numbers being based on total weight of carded fibres at 21°C and 50% RH, said packaging material further comprising a binder, said binder constituting 20%-60% of a total weight of said packaging material, said cellulose-based staple fibres having a linear density less than 1.7 decitex, and said packaging material having a basis weight above 30 g/m 2.
A method for determining the combustion temperature in a combustor by acoustic measurements comprising an active acoustic source (5, 21) and a receiver for receiving the output of the acoustic source (5, 21), said method comprising: Emitting an acoustic signal from the acoustic source (5, 21), the acoustic signal having a frequency (f) which is within a frequency band that comprises one resonance frequency (f res) of the gas in the combustor, receiving the acoustic signal from the acoustic source (5, 21) by means of the receiver, and determining the actual temperature (T gas (t)) of said gas based on the actual resonance frequency (f res (t)) of said gas, characterised in that said acoustic source (5, 21) and said receiver are installed at the walls of the combustor and the combustor itself is used as resonance cavity. Emitting an acoustic signal from the acoustic source (5, 21), the acoustic signal having a frequency (f) which is within a frequency band that comprises one resonance frequency (f res) of the gas in the combustor, receiving the acoustic signal from the acoustic source (5, 21) by means of the receiver, and determining the actual temperature (T gas (t)) of said gas based on the actual resonance frequency (f res (t)) of said gas, characterised in that said acoustic source (5, 21) and said receiver are installed at the walls of the combustor and the combustor itself is used as resonance cavity.
An integrated magnetic field sensor comprising: a semiconductor substrate disposed within an integrated circuit package; a magnetic field sensing circuit disposed upon or within the substrate and operable to generate a two-state signal responsive to a magnetic field; and a power driving circuit disposed upon or within the substrate and operable to generate, in response to the two-state signal, at an output pin of the integrated magnetic field sensor, a power driving signal having a higher power state and a lower power state, characterized in that the higher power state and the lower power state are achieved at different respective strengths of the magnetic field and are configured to power on and off a load. a semiconductor substrate disposed within an integrated circuit package; a magnetic field sensing circuit disposed upon or within the substrate and operable to generate a two-state signal responsive to a magnetic field; and a power driving circuit disposed upon or within the substrate and operable to generate, in response to the two-state signal, at an output pin of the integrated magnetic field sensor, a power driving signal having a higher power state and a lower power state, characterized in that the higher power state and the lower power state are achieved at different respective strengths of the magnetic field and are configured to power on and off a load.
An antagonist of TLR4 for use in a method of treating an individual suffering from increased levels of plasma ammonia associated with liver disease or liver failure, when compared to a subject not suffering from liver disease.
Stacking unit for accommodating core plates for an inductive component, wherein the stacking unit comprises a plurality of stacking elements, in or on which a respective one of the core plates is held, wherein the stacking elements are designed so that a part of a stacking element can be accommodated in a part of another stacking element and the individual stacking elements together with accommodated core plates can be stacked on one another and the stacking elements are each designed as a tube and are stacked on one another along a common longitudinal tube axis, characterised in that spring elements or a spring plate of the stacking unit protrude into the respective tube interior, orthogonally with respect to the longitudinal axis of the tube, for fixing the position of a core plate accommodated in the respective stacking element.
A porous structure for use in polymerase chain reaction, wherein the porous structure comprises pores, wherein the porous structure comprises a forward primer and/or a reverse primer of a target nucleic acid as a primer of polymerase chain reaction fixed to the interior of the pores, and wherein the porous structure is a cured pre-polymer which is a hydrophilic polymer, wherein a porosity of the porous structure is from 60 vol% to 80 vol% with respect to a total volume of the porous structure, and wherein a length of the sequence of the primer is 10 to 100 base pairs. wherein the porous structure comprises a forward primer and/or a reverse primer of a target nucleic acid as a primer of polymerase chain reaction fixed to the interior of the pores, and wherein the porous structure is a cured pre-polymer which is a hydrophilic polymer, wherein a porosity of the porous structure is from 60 vol% to 80 vol% with respect to a total volume of the porous structure, and wherein a length of the sequence of the primer is 10 to 100 base pairs.