mhurhangee/ep-ind-claims huggingface dataset:
Method for synchronising an input signal in a receiver of a communication system, the input signal carrying data frames and each frame comprising a learning symbol (SyA) formed of N repetitions of a learning sequence (SeA), the method comprising the step of: - determining a total correlation signal (Tc) by correlating the input signal with a correlation symbol formed of N repetitions of a correlation sequence corresponding to all or part of the learning sequence; the method being further characterised in that it comprises the steps of: - determining a partial correlation signal (Pc) by correlating the input signal with the correlation sequence; - identifying a peak of the total correlation signal at an instant t pct, called date of the total correlation peak; - defining at least one threshold (Sb, Sh) from the power of the peak of the total correlation signal; - comparing the power of the partial correlation signal to the at least one threshold; - according to the result of the comparing, validating the synchronisation and determining the start time of the first symbol following the learning symbol in the frame from the date of the total correlation peak. - determining a total correlation signal (Tc) by correlating the input signal with a correlation symbol formed of N repetitions of a correlation sequence corresponding to all or part of the learning sequence; the method being further characterised in that it comprises the steps of: - determining a partial correlation signal (Pc) by correlating the input signal with the correlation sequence; - identifying a peak of the total correlation signal at an instant t pct, called date of the total correlation peak; - defining at least one threshold (Sb, Sh) from the power of the peak of the total correlation signal; - comparing the power of the partial correlation signal to the at least one threshold; - determining a partial correlation signal (Pc) by correlating the input signal with the correlation sequence; - identifying a peak of the total correlation signal at an instant t pct, called date of the total correlation peak; - defining at least one threshold (Sb, Sh) from the power of the peak of the total correlation signal; - comparing the power of the partial correlation signal to the at least one threshold; - according to the result of the comparing, validating the synchronisation and determining the start time of the first symbol following the learning symbol in the frame from the date of the total correlation peak.
A cerebral cooling device, comprising: a first elongate tubular member adapted for insertion into a nasal cavity of a patient through a patient's nostril, the first elongate tubular member comprising a proximal end, a distal end, a first lumen extending therebetween, a plurality of ports in fluid communication with the first lumen, and a second lumen extending between the proximal and distal ends, the second lumen communicating with an expandable member mounted on the first elongate tubular member distal the plurality of ports; a manifold in fluid communication with the first and second lumens (42b,52a) of the first elongate tubular member, the manifold further communicating with second and third elongate tubular members (61,60); and a reservoir containing a cooling fluid and a propellant in communication with the second and third elongate tubular members (61,60), wherein the propellant passes from the reservoir, through the second elongate tubular member and the manifold, into the second lumen to inflate the expandable member and the cooling fluid passes from the reservoir, through the third elongate tubular member and the manifold, into the first lumen and through the plurality of ports, the manifold further comprising a check valve that is configured to prevent fluid from flowing through the first lumen until the pressure flowing through the manifold and second lumen exceeds the inflation pressure of the expandable member. a first elongate tubular member adapted for insertion into a nasal cavity of a patient through a patient's nostril, the first elongate tubular member comprising a proximal end, a distal end, a first lumen extending therebetween, a plurality of ports in fluid communication with the first lumen, and a second lumen extending between the proximal and distal ends, the second lumen communicating with an expandable member mounted on the first elongate tubular member distal the plurality of ports; a manifold in fluid communication with the first and second lumens (42b,52a) of the first elongate tubular member, the manifold further communicating with second and third elongate tubular members (61,60); and a reservoir containing a cooling fluid and a propellant in communication with the second and third elongate tubular members (61,60), wherein the propellant passes from the reservoir, through the second elongate tubular member and the manifold, into the second lumen to inflate the expandable member and the cooling fluid passes from the reservoir, through the third elongate tubular member and the manifold, into the first lumen and through the plurality of ports, the manifold further comprising a check valve that is configured to prevent fluid from flowing through the first lumen until the pressure flowing through the manifold and second lumen exceeds the inflation pressure of the expandable member.
A connector comprising: a terminal which is joined to an electric wire; a housing which accommodates a terminal joint part which is a joint portion of the electric wire and the terminal; a sealing member which is made of a resilient material having waterproof and insulation properties to seal between the housing and the terminal joint part; and a shield member which covers the housing and the electric wire which is attached to a rear side of the housing, wherein the sealing member is formed integrally with an electric wire protecting part which extends along the electric wire to cover the electric wire, and wherein the electric wire protecting part is interposed between the electric wire and the shield member, characterized in that the sealing member has a mold part for molding the terminal joint part, and the electric wire protecting part is molded integrally with the mold part. a terminal which is joined to an electric wire; a housing which accommodates a terminal joint part which is a joint portion of the electric wire and the terminal; a sealing member which is made of a resilient material having waterproof and insulation properties to seal between the housing and the terminal joint part; and a shield member which covers the housing and the electric wire which is attached to a rear side of the housing, wherein the sealing member is formed integrally with an electric wire protecting part which extends along the electric wire to cover the electric wire, and wherein the electric wire protecting part is interposed between the electric wire and the shield member, characterized in that the sealing member has a mold part for molding the terminal joint part, and the electric wire protecting part is molded integrally with the mold part.
A single roll type apparatus for manufacturing a metal thin strip by injecting a molten metal onto an outer peripheral face of a cooling roll rotating at a high speed and rapidly solidifying it to manufacture a metal thin strip, wherein an airflow blocking device for blocking the airflow along the surface of the cooling roll is provided at an upstream side of a molten metal injection nozzle for injecting the molten metal in a rotation direction of the cooling roll, and a carbon dioxide gas injection nozzle for forming a flow of carbon dioxide gas on an outer peripheral surface of the cooling roll between the airflow blocking device and the molten metal injection nozzle or forming a carbon dioxide atmosphere on the surface of the cooling roll between the airflow blocking device and the molten metal injection nozzle is disposed between the molten metal injection nozzle and the airflow blocking device, and a foreign material removal device for removing foreign material attached to the surface of the cooling roll is disposed at an upstream side of the airflow blocking device in the rotation direction of the cooling roll, characterized in that the foreign material removal device is a permanent magnet or an electric magnet disposed in non-contact with the surface of the cooling roll or a gas injection device injecting a gas onto the surface of the cooling roll.
An induction cooking hob, the induction cooking hob comprising at least two heating power transfer elements for transferring heating power to at least one heating zone; at least two heating power transfer elements are arranged on and supported by a common heating power transfer element carrier; wherein the cooking hob comprises induction coils, each induction coil being associated to one of the heating power transfer elements, wherein the common heating power transfer element carrier is a common coil carrier and wherein the induction coils are supported by the common coil carrier; characterized in that: below the common coil carrier a shielding sheet is arranged, wherein the shielding sheet is a mica sheet. at least two heating power transfer elements are arranged on and supported by a common heating power transfer element carrier; wherein the cooking hob comprises induction coils, each induction coil being associated to one of the heating power transfer elements, wherein the common heating power transfer element carrier is a common coil carrier and wherein the induction coils are supported by the common coil carrier; characterized in that: below the common coil carrier a shielding sheet is arranged, wherein the shielding sheet is a mica sheet.
An electronic device with parallel backplanes, comprising a backplane assembly, a front inserting assembly, and a rear inserting assembly, wherein the backplane assembly is connected to the front inserting assembly and the rear inserting assembly; the backplane assembly comprises a plurality of backplanes arranged in parallel at intervals, and there is a channel between adjacent backplanes; the front inserting assembly comprises a plurality of first units arranged in parallel at intervals, an arrangement direction of the first units is the same as an arrangement direction of the backplanes, and the first unit is connected to one side of the backplane; and the rear inserting assembly comprises a plurality of second units arranged in parallel at intervals, an arrangement direction of the plurality of second units intersects the arrangement direction of the plurality of backplanes, and each of the second units is connected to one side of the backplane that is opposite to the first unit, so that the first unit is connected to the second unit through the backplane, characterised in that the first units connected to adjacent backplanes are staggered in a height direction of the backplanes.
A method comprising sensing environmental noise and generating a noise signal; processing an audio signal through an interpolation filter to generate a primary audio signal having a first sample frequency; generating, from the noise signal, an anti-noise signal having a second sample frequency; directly interpolating the anti-noise signal to generate an upsampled anti-noise signal having the first sample frequency without filtering aliased images; combining the primary audio signal and the upsampled anti-noise signal to produce a combined output signal; and processing the combined output signal through a low latency filter to filter out aliased images generated by directly interpolating the anti-noise signal. sensing environmental noise and generating a noise signal; processing an audio signal through an interpolation filter to generate a primary audio signal having a first sample frequency; generating, from the noise signal, an anti-noise signal having a second sample frequency; directly interpolating the anti-noise signal to generate an upsampled anti-noise signal having the first sample frequency without filtering aliased images; combining the primary audio signal and the upsampled anti-noise signal to produce a combined output signal; and processing the combined output signal through a low latency filter to filter out aliased images generated by directly interpolating the anti-noise signal.
An inductor for use in an aerosol provision device, the inductor comprising: an electrically-conductive element; wherein the element comprises an electrically-conductive non-spiral first portion coincident with a first plane (P 1), an electrically-conductive non-spiral second portion coincident with a second plane (P 2) that is spaced from the first plane (P 1), and an electrically-conductive connector that electrically connects the first portion to the second portion. an electrically-conductive element; wherein the element comprises an electrically-conductive non-spiral first portion coincident with a first plane (P 1), an electrically-conductive non-spiral second portion coincident with a second plane (P 2) that is spaced from the first plane (P 1), and an electrically-conductive connector that electrically connects the first portion to the second portion.
An implantable fluid delivery system for use in treatment of an ear, the system comprising: an implantable fluid pump comprising: a first fluid chamber and a second fluid chamber separated by a membrane, the membrane configured to move in a first direction increasing a volume of the first fluid chamber while decreasing a volume of the second fluid chamber, and configured to move in the second direction decreasing the volume of the first fluid chamber while increasing the volume of the second fluid chamber; a first inlet and a first outlet in fluid communication with the first fluid chamber; a first reservoir in fluid communication with the first fluid chamber; a second inlet and a second outlet in fluid communication with the second fluid chamber; a second reservoir in fluid communication with the second fluid chamber and in fluid communication with the first reservoir; and a floating mass transducer coupled to the membrane and configured to cause the membrane to move in the first and second directions; and an implantable hearing device having one or more fluid channels in fluid communication with the first fluid chamber and the second fluid chamber. an implantable fluid pump comprising: a first fluid chamber and a second fluid chamber separated by a membrane, the membrane configured to move in a first direction increasing a volume of the first fluid chamber while decreasing a volume of the second fluid chamber, and configured to move in the second direction decreasing the volume of the first fluid chamber while increasing the volume of the second fluid chamber; a first inlet and a first outlet in fluid communication with the first fluid chamber; a first reservoir in fluid communication with the first fluid chamber; a second inlet and a second outlet in fluid communication with the second fluid chamber; a second reservoir in fluid communication with the second fluid chamber and in fluid communication with the first reservoir; and a floating mass transducer coupled to the membrane and configured to cause the membrane to move in the first and second directions; and a first fluid chamber and a second fluid chamber separated by a membrane, the membrane configured to move in a first direction increasing a volume of the first fluid chamber while decreasing a volume of the second fluid chamber, and configured to move in the second direction decreasing the volume of the first fluid chamber while increasing the volume of the second fluid chamber; a first inlet and a first outlet in fluid communication with the first fluid chamber; a first reservoir in fluid communication with the first fluid chamber; a second inlet and a second outlet in fluid communication with the second fluid chamber; a second reservoir in fluid communication with the second fluid chamber and in fluid communication with the first reservoir; and a floating mass transducer coupled to the membrane and configured to cause the membrane to move in the first and second directions; and an implantable hearing device having one or more fluid channels in fluid communication with the first fluid chamber and the second fluid chamber.
A display arrangement, comprising: a decoration layer comprising a top surface, a bottom surface, and at least one void between the top and bottom surfaces (134,136), the void comprising a central region and a peripheral region adjoining the central region; a light source arranged underneath the bottom surface of the decoration layer, the light source adapted to transmit light through the void; and a lens layer arranged generally between the decoration layer and the light source, the lens layer being at least semi-transparent to permit transmission of the light through the void, the lens layer comprising an optical structure arranged in alignment with the void, wherein the optical structure comprises at least one angled face arranged to refract the light away from the peripheral region, characterised in that the optical structure is adapted to reduce intensity of the light in the peripheral region of the void by directing light away from the peripheral region. a decoration layer comprising a top surface, a bottom surface, and at least one void between the top and bottom surfaces (134,136), the void comprising a central region and a peripheral region adjoining the central region; a light source arranged underneath the bottom surface of the decoration layer, the light source adapted to transmit light through the void; and a lens layer arranged generally between the decoration layer and the light source, the lens layer being at least semi-transparent to permit transmission of the light through the void, the lens layer comprising an optical structure arranged in alignment with the void, wherein the optical structure comprises at least one angled face arranged to refract the light away from the peripheral region, characterised in that the optical structure is adapted to reduce intensity of the light in the peripheral region of the void by directing light away from the peripheral region.
A process for preparing an aqueous polymer dispersion, - where initially in a first stage in aqueous medium a first polymer dispersed in water is prepared by free-radical emulsion polymerization, the first polymer being prepared from a first composition comprising ethylenically unsaturated, free-radically polymerizable monomers, and where - subsequently in a second stage a polymer dispersion is prepared in aqueous medium and in the presence of the first polymer by free-radical emulsion polymerization of a second composition, which is different from the first composition and comprises ethylenically unsaturated, free-radically polymerizable monomers, - where the monomers of the first stage comprise at least one monomer having at least one acid group, in an amount of at least 0.1 part by weight, based on the total amount of monomers of the first and second stages, and - where the polymerization of the first stage takes place at an pH less than 5 and, during the polymerization of the second stage, the acid groups of the first polymer are neutralized to an extent such that the pH of the polymer dispersion at the end of the second stage is greater than 5, a total of less than 0.5% by weight, based on solids content of the polymer dispersion or no emulsifier is used. - where initially in a first stage in aqueous medium a first polymer dispersed in water is prepared by free-radical emulsion polymerization, the first polymer being prepared from a first composition comprising ethylenically unsaturated, free-radically polymerizable monomers, and where - subsequently in a second stage a polymer dispersion is prepared in aqueous medium and in the presence of the first polymer by free-radical emulsion polymerization of a second composition, which is different from the first composition and comprises ethylenically unsaturated, free-radically polymerizable monomers, - where the monomers of the first stage comprise at least one monomer having at least one acid group, in an amount of at least 0.1 part by weight, based on the total amount of monomers of the first and second stages, and - where the polymerization of the first stage takes place at an pH less than 5 and, during the polymerization of the second stage, the acid groups of the first polymer are neutralized to an extent such that the pH of the polymer dispersion at the end of the second stage is greater than 5, a total of less than 0.5% by weight, based on solids content of the polymer dispersion or no emulsifier is used.
A composite rib for a torsion box, wherein the rib has been obtained as an unitary body by conforming a single flat pre-form of stacked plies wherein the rib comprises an outer frame of substantially rectangular configuration having an outer frame contour and an internal frame contour, the outer frame contour having flanges, characterised in that the rib further comprises a plurality of diagonal truss forming a zigzag pattern within the area defined by the internal frame contour, the rib further comprising flanges at opposite sides of the truss, and flanges at the internal frame contour, and wherein the step of conforming the single flat pre-form of stacked plies comprises press-forming the flat pre-form to fold the flanges (15,17,18) of the outer and internal contours (24,25) to form the rib pre-form, and curing the rib pre-form.
A cell handover method, wherein the method comprises: selecting, by a first base station to which a first cell belongs, a target cell for user equipment, UE, when the first base station determines to perform soft handover for the UE, wherein the first cell is a primary carrier cell of the UE; transferring, by the first base station, a radio bearer, RB, between the first base station and the UE to a second base station to which a second cell belongs, wherein the second cell is a secondary carrier cell of the UE; characterised by sending, by the first base station, an identifier of the RB transferred to the second base station and an identifier of the second cell to the UE, the identifier of the RB and the identifier of the second cell being sent for the UE to determine to transmit a service through the second base station; and handing over, by the first base station, the UE to the target cell when the UE maintains the RB with the second cell. selecting, by a first base station to which a first cell belongs, a target cell for user equipment, UE, when the first base station determines to perform soft handover for the UE, wherein the first cell is a primary carrier cell of the UE; transferring, by the first base station, a radio bearer, RB, between the first base station and the UE to a second base station to which a second cell belongs, wherein the second cell is a secondary carrier cell of the UE; characterised by sending, by the first base station, an identifier of the RB transferred to the second base station and an identifier of the second cell to the UE, the identifier of the RB and the identifier of the second cell being sent for the UE to determine to transmit a service through the second base station; and handing over, by the first base station, the UE to the target cell when the UE maintains the RB with the second cell.