mhurhangee/patent-ind-claim-en huggingface dataset:
A forming press, the forming press comprising: a. a stationary bed adapted to be fixed to a floor , b. a mechanical press including a programmable slidable ram adapted to receive an upper forming die , the slidable ram mounted on slide guides for guided reciprocal vertical movement between a start point which exists in the vicinity of a top dead centre of the slidable ram and a forming point which exists in the vicinity of a bottom dead centre of the slidable ram , said slidable ram is adapted to be substantially held at the forming point, c. a servo motor for controlling the reciprocal vertical motion of the slidable ram between the start point and the forming point, d. a hydraulically controlled bolster , and e. a brake, characterized in that said hydraulically controlled bolster is programmable, coupled to the stationary bed and supported by more than one hydraulic cylinders connected to the stationary bed , the hydraulically controlled bolster is adapted to receive a bottom forming die which is adapted to substantially receive a substantially heated blank to be formed into a part, each of the more than one hydraulic cylinders is configured to control pressure power applied to the hydraulically controlled bolster from the stationary bed for hydraulically urging the upper and bottom forming dies for sufficient time and under sufficient pressure to quench the heated part; and said brake is adapted to control the speed of the ram or hold the ram , wherein the slidable ram is further adapted to be substantially held at the forming point during quenching of the heated blank with the brake. a. a stationary bed adapted to be fixed to a floor , b. a mechanical press including a programmable slidable ram adapted to receive an upper forming die , the slidable ram mounted on slide guides for guided reciprocal vertical movement between a start point which exists in the vicinity of a top dead centre of the slidable ram and a forming point which exists in the vicinity of a bottom dead centre of the slidable ram , said slidable ram is adapted to be substantially held at the forming point, c. a servo motor for controlling the reciprocal vertical motion of the slidable ram between the start point and the forming point, d. a hydraulically controlled bolster , and e. a brake,
A sensor arrangement for detecting information indicative of a physiological substance in blood of a physiological subject, the sensor arrangement comprising: a first sensor structure configured for electrochemically sensing the physiological substance in at least part of the blood, wherein detecting the physiological substance is influenceable by hemolysis of the blood; and a second sensor structure configured for electrochemically sensing a parameter in at least part of the blood, which parameter is indicative of hemolysis of the blood; characterized in that the sensor arrangement comprises a plasma separation unit configured for separating plasma from the blood and arranged so that the separated plasma is supplied to the first sensor structure and the second sensor structure , whereas a rest of the blood is kept apart from the first sensor structure and the second sensor structure , wherein the second sensor structure is configured for electrochemically sensing hemolysis by directly measuring hemoglobin; and wherein the sensor arrangement is configured as a disposable test strip. a first sensor structure configured for electrochemically sensing the physiological substance in at least part of the blood, wherein detecting the physiological substance is influenceable by hemolysis of the blood; and a second sensor structure configured for electrochemically sensing a parameter in at least part of the blood, which parameter is indicative of hemolysis of the blood; characterized in that the sensor arrangement comprises a plasma separation unit configured for separating plasma from the blood and arranged so that the separated plasma is supplied to the first sensor structure and the second sensor structure , whereas a rest of the blood is kept apart from the first sensor structure and the second sensor structure , wherein the second sensor structure is configured for electrochemically sensing hemolysis by directly measuring hemoglobin; and wherein the sensor arrangement is configured as a disposable test strip.
An implantable medical device for use along the biliary and/or pancreatic tract, the implantable medical device comprising: a stent including a braided tubular body having a first end , a second end , and a central lumen configured to drain fluid from a pancreatic or biliary duct; wherein the braided tubular body includes a plurality of wire filaments woven together; wherein the first end is flared and is configured to be disposed within the duodenum of a patient, and the second end is configured to be disposed adjacent to a pancreatic duct so as to drain fluid; wherein the braided tubular body has an outer surface with a plurality of longitudinal channels formed therein, wherein the longitudinal channels are configured to drain fluid from branches of the biliary duct and/or the pancreatic duct , and a covering disposed about the braided tubular body . a stent including a braided tubular body having a first end , a second end , and a central lumen configured to drain fluid from a pancreatic or biliary duct; wherein the braided tubular body includes a plurality of wire filaments woven together; wherein the first end is flared and is configured to be disposed within the duodenum of a patient, and the second end is configured to be disposed adjacent to a pancreatic duct so as to drain fluid; wherein the braided tubular body has an outer surface with a plurality of longitudinal channels formed therein, wherein the longitudinal channels are configured to drain fluid from branches of the biliary duct and/or the pancreatic duct , and a covering disposed about the braided tubular body .
A method for fixing a tail end of a paper roll , characterized by comprising: instead of bonding the tail end of the paper roll with glue, wrapping a circumference surface of the paper roll with a paper sheet made of material different from that of the paper roll; and joining a head and a tail ends of the paper sheet together by way of mechanical joining, instead of bonding the head and tail ends of the paper sheet together with glue, so that the tail end of the paper roll is hooped onto the paper roll. instead of bonding the tail end of the paper roll with glue, wrapping a circumference surface of the paper roll with a paper sheet made of material different from that of the paper roll; and joining a head and a tail ends of the paper sheet together by way of mechanical joining, instead of bonding the head and tail ends of the paper sheet together with glue, so that the tail end of the paper roll is hooped onto the paper roll.
An apparatus comprising: a biometric sensor for sensing one or more biometric parameters of a subject; a detector configured to detect one or more subject-dependent parameters including the shape or curvature of a band attaching the apparatus to a wrist of a subject; and a controller configured to initially perform a security function using the biometric sensor without using the detector and subsequently perform the security function, after successful verification of the one or more detected subject-dependent parameters, using the detector but without using the biometric sensor, wherein the detector is configured to detect a change in shape or curvature of the band configured to attach the apparatus to the wrist of the subject, wherein detection, by the detector, of a change in shape or curvature of the band configured to attach the apparatus to the wrist of the subject prevents successful verification of the one or more detected subject-dependent parameters and prevents performance of the security function without using the biometric sensor. a biometric sensor for sensing one or more biometric parameters of a subject; a detector configured to detect one or more subject-dependent parameters including the shape or curvature of a band attaching the apparatus to a wrist of a subject; and a controller configured to initially perform a security function using the biometric sensor without using the detector and subsequently perform the security function, after successful verification of the one or more detected subject-dependent parameters, using the detector but without using the biometric sensor, wherein the detector is configured to detect a change in shape or curvature of the band configured to attach the apparatus to the wrist of the subject, wherein detection, by the detector, of a change in shape or curvature of the band configured to attach the apparatus to the wrist of the subject prevents successful verification of the one or more detected subject-dependent parameters and prevents performance of the security function without using the biometric sensor.
Scanning probe nanolithography system comprising a probe to create nanostructures line by line through writing said nanostructures pixel by pixel along lines on a sample , a XYZ positioning system , adapted to provide a positioning of the probe at a sequence of predetermined positions to the sample and its surface towards the probe , a control unit adapted to control the positioning system for positioning the probe for a pixel-wise writing of said lines through a writing unit, comprising a write/actuation mechanism for the creation of the nanostructures , and a sensor unit adapted to detect a predetermined property of the written nanostructure , characterized in that the control unit is adapted to control a XY portion of the positioning system to position the read line that follows the write line in a constant distance in parallel at or between positions of earlier write lines, wherein the sensor unit is connected to the control unit to adapt the control signals to be provided to the writing unit for writing the following line based on the measured signals of the predetermined property, wherein the predetermined property is a physical property based on friction, thermal conductivity, electrical conductivity, electrostatic potential, magnetic moment, adhesion, elastic modulus or topography.
The compound according to the general structure formula (A) wherein R 1 is a substituent selected from anyone of the following groups and wherein R 2 is: in the form of a racemic mixture or isolated enantiomers or their Salts or their tautomers. wherein R 1 is a substituent selected from anyone of the following groups and wherein R 2 is: in the form of a racemic mixture or isolated enantiomers or their Salts or their tautomers.
A method for producing a film strip for sealing joints between two structural elements , for example in house construction between a masonry and a window frame or door frame, comprising the steps: a) providing a ribbon-shaped membrane or cutting such a membrane to size; b) providing a ribbon-shaped textile or cutting such a textile to size; c) connecting the textile to the upper and/or lower side of the membrane ; d) applying, at least in some areas, an adhesive layer to the side of the membrane facing away from the textile; e) folding the film strip along a longitudinal axis to form a folding body , so that the adhesive layer forms in some areas an outer side of the folding body on an upper side and/or a lower side , and in the interior of the folding body portions of the textile are superimposed at least in some areas; f) connecting the superimposed portions of the textile in some areas, so that the superimposed portions of the textile are partially and in particular punctually connected. a) providing a ribbon-shaped membrane or cutting such a membrane to size; b) providing a ribbon-shaped textile or cutting such a textile to size; c) connecting the textile to the upper and/or lower side of the membrane ; d) applying, at least in some areas, an adhesive layer to the side of the membrane facing away from the textile; e) folding the film strip along a longitudinal axis to form a folding body , so that the adhesive layer forms in some areas an outer side of the folding body on an upper side and/or a lower side , and in the interior of the folding body portions of the textile are superimposed at least in some areas; f) connecting the superimposed portions of the textile in some areas, so that the superimposed portions of the textile are partially and in particular punctually connected.
A method executing on one or more processors comprising: providing mediation code to a publisher for inclusion in publisher content provided to a user device , the mediation code associated with a table of content networks; receiving an image of a content item and a content network identifier from the user device ; analyzing the image of the content item, the analysis generating extracted image data from the content item; categorizing the content item based on the extracted image data and the content network identifier by associating one or more categories with the content item and the network identifier; receiving an instruction to filter the content networks exceeding a metric based on a category, the instruction comprising the metric and associated with the publisher; and updating the table of content networks to remove a particular content network, the particular content network exceeding the metric based on the one or more categories associated with the content item category to prevent serving of content items from the particular content network to the user device . providing mediation code to a publisher for inclusion in publisher content provided to a user device , the mediation code associated with a table of content networks; receiving an image of a content item and a content network identifier from the user device ; analyzing the image of the content item, the analysis generating extracted image data from the content item; categorizing the content item based on the extracted image data and the content network identifier by associating one or more categories with the content item and the network identifier; receiving an instruction to filter the content networks exceeding a metric based on a category, the instruction comprising the metric and associated with the publisher; and updating the table of content networks to remove a particular content network, the particular content network exceeding the metric based on the one or more categories associated with the content item category to prevent serving of content items from the particular content network to the user device .
A detector assembly for measuring flux in a nuclear reactor core comprising a plurality of self-powered in-core detector arrangements each for measuring flux at a different one of a plurality of axial locations in the nuclear reactor core; and an assembly connector configured to be connected to a power plant connector , the assembly connector comprising a plurality flux signal terminals each connected to one of self-powered in-core detector arrangements, at least one of the self-powered in-core detector arrangements comprising a set of at least two self-powered in-core detectors for measuring flux at a same one of the axial locations in the nuclear reactor core, each of the at least two self-powered in-core detectors including a sheath , a detector material section inside the sheath, an insulator between the sheath and the detector material, and a flux signal output line , characterized in that the flux signal output lines of the at least two self-powered in-core detectors are joined together to provide a combined flux signal. a plurality of self-powered in-core detector arrangements each for measuring flux at a different one of a plurality of axial locations in the nuclear reactor core; and an assembly connector configured to be connected to a power plant connector , the assembly connector comprising a plurality flux signal terminals each connected to one of self-powered in-core detector arrangements, at least one of the self-powered in-core detector arrangements comprising a set of at least two self-powered in-core detectors for measuring flux at a same one of the axial locations in the nuclear reactor core, each of the at least two self-powered in-core detectors including a sheath , a detector material section inside the sheath, an insulator between the sheath and the detector material, and a flux signal output line , characterized in that the flux signal output lines of the at least two self-powered in-core detectors are joined together to provide a combined flux signal.
A method for manufacturing annular sectors of an air intake lip comprising: - the arrangement of a revolution-shaped blank facing a three-dimensional forming surface of a die of a hydroforming tool , the three-dimensional surface comprising at least two plunging cavities spaced from each other along a circumferential direction, - the forming of an air intake lip preform in one piece by hydroforming the revolution-shaped blank on the three-dimensional surface of the die , the air intake lip preform having in section a U-shape and comprising a plurality of crenellated portions each delimited by a plunging cavity, - the production of a plurality of cutouts in the air intake lip preform so as to divide said preform into a plurality of annular sectors , each cutout comprising the removal of a sacrificial portion at the level of a crenellated portion so as to form two adjacent assembly edges with one of the two adjacent assembly edges including a plunging . - the arrangement of a revolution-shaped blank facing a three-dimensional forming surface of a die of a hydroforming tool , the three-dimensional surface comprising at least two plunging cavities spaced from each other along a circumferential direction, - the forming of an air intake lip preform in one piece by hydroforming the revolution-shaped blank on the three-dimensional surface of the die , the air intake lip preform having in section a U-shape and comprising a plurality of crenellated portions each delimited by a plunging cavity, - the production of a plurality of cutouts in the air intake lip preform so as to divide said preform into a plurality of annular sectors , each cutout comprising the removal of a sacrificial portion at the level of a crenellated portion so as to form two adjacent assembly edges with one of the two adjacent assembly edges including a plunging .
A microneedle array for use in sensing an analyte, comprising: a plurality of solid microneedles, wherein at least one microneedle comprises: a columnar body portion ; a tapered portion distal to the columnar body portion , the tapered portion having an insulated distal apex ; and an annular electrode on a surface of the tapered portion , wherein the annular electrode is located proximal to the insulated distal apex . a columnar body portion ; a tapered portion distal to the columnar body portion , the tapered portion having an insulated distal apex ; and an annular electrode on a surface of the tapered portion , wherein the annular electrode is located proximal to the insulated distal apex .
A method of adaptive digital filtering, the method comprising: determining a time domain representation of a soft constraint window which is symmetric with respect to the time index n = 0; wherein the filter weights of an adaptive digital filter are symmetric with respect to the time index n = 0; left shifting by N/4 samples by a circular shift of the time domain representation of the soft constraint window, so that a frequency domain representation of the soft constraint window is aligned with the frequency domain representation of the adaptive digital filter; transforming the time domain representation of the circularly shifted soft constraint window to a frequency domain representation of the circularly shifted soft constraint window; determining a frequency domain representation of the adaptive digital filter; applying the frequency domain representation of the circularly shifted soft constraint window to the frequency domain representation of the adaptive digital filter, such that the resulting adaptive digital filter corresponds to a digital filter in the time domain that includes a plurality of consecutive zeros; and applying the resulting frequency domain representation of the digital filter to a frequency domain representation of an input signal; wherein N is the period length of a periodic signal. determining a time domain representation of a soft constraint window which is symmetric with respect to the time index n = 0; wherein the filter weights of an adaptive digital filter are symmetric with respect to the time index n = 0; left shifting by N/4 samples by a circular shift of the time domain representation of the soft constraint window, so that a frequency domain representation of the soft constraint window is aligned with the frequency domain representation of the adaptive digital filter; transforming the time domain representation of the circularly shifted soft constraint window to a frequency domain representation of the circularly shifted soft constraint window; determining a frequency domain representation of the adaptive digital filter; applying the frequency domain representation of the circularly shifted soft constraint window to the frequency domain representation of the adaptive digital filter, such that the resulting adaptive digital filter corresponds to a digital filter in the time domain that includes a plurality of consecutive zeros; and applying the resulting frequency domain representation of the digital filter to a frequency domain representation of an input signal; wherein N is the period length of a periodic signal.