mhurhangee/patent-ind-claim-en huggingface dataset:
A reclining seat assembly comprising: a seat frame defining a longitudinal axis and a backrest pivot axis generally perpendicular to the longitudinal axis ; a backrest frame supported by the seat frame for movement about the backrest pivot axis , wherein the backrest frame defines a rear seat pan pivot axis generally below and parallel to the backrest pivot axis and rearwardly of the backrest pivot axis when the backrest frame is in an upright position; a seat pan having a forward portion and a rearward portion , wherein the forward portion of the seat pan is supported by the seat frame for relative longitudinal movement, and the rearward portion of the seat pan is supported by the backrest frame for pivotal movement about the rear seat pan pivot axis , whereby the backrest frame reclines relative to the seat frame upon forward longitudinal movement of the rear seat pan pivot axis relative to the seat frame ; and a backrest recline angle adjuster coupled to the backrest frame , the adjuster maintaining the rear seat pan pivot axis in a selected one of a plurality of longitudinal positions relative to the seat frame . a seat frame defining a longitudinal axis and a backrest pivot axis generally perpendicular to the longitudinal axis ; a backrest frame supported by the seat frame for movement about the backrest pivot axis , wherein the backrest frame defines a rear seat pan pivot axis generally below and parallel to the backrest pivot axis and rearwardly of the backrest pivot axis when the backrest frame is in an upright position; a seat pan having a forward portion and a rearward portion , wherein the forward portion of the seat pan is supported by the seat frame for relative longitudinal movement, and the rearward portion of the seat pan is supported by the backrest frame for pivotal movement about the rear seat pan pivot axis , whereby the backrest frame reclines relative to the seat frame upon forward longitudinal movement of the rear seat pan pivot axis relative to the seat frame ; and a backrest recline angle adjuster coupled to the backrest frame , the adjuster maintaining the rear seat pan pivot axis in a selected one of a plurality of longitudinal positions relative to the seat frame .
A distance-measuring optoelectronic sensor for detecting and determining the distance of an object in a monitoring area , the sensor comprising a light transmitter for transmitting a light signal , a light receiver having at least one light-receiving element for generating a received signal from the remitted light signal remitted by the object , and a control and evaluation unit configured to determine a light time of flight and thus the distance of the object from the received signal and to detect an ambient light signal of the ambient light impinging on the light receiver as a received signal in a transmission pause when the light transmitter is inactive, to detect the received signal as a measurement signal in a measurement phase with an active light transmitter which is offset in time with respect to the transmission pause, in order to determine the light time of flight from the measurement signal, and to determine level information of the remitted light signal by comparing the measurement signal and the ambient light signal, characterized in that the control and evaluation unit comprises a low-pass filter having a cut-off frequency of at most 2 MHz, to which the measurement signal and the ambient light signal are fed before the level information is determined, in that the low-pass-filtered ambient light signal and the low-pass-filtered measurement signal are thus compared with one another in order to determine the level information of the remitted light signal , and in that the measurement signal for the time of flight measurement is also fed to another path without the low-pass filter .
A lubricant dispenser comprising a reservoir container filled with lubricant and a conveying unit which is detachably connected, or connectable, to the reservoir container, with which lubricant can be conveyed from the reservoir container to an outlet of the conveying unit , and which is equipped with an electronic control device , wherein the conveying unit comprises a housing in which at least one drive for conveying the lubricant, and the control device connected to the drive, are arranged, and which has a front wall facing the reservoir container with an inlet opening , wherein the reservoir container comprises a container base facing the conveying unit with a withdrawal opening , characterized in that the reservoir container is equipped with an electronic coding means which is connectable to, and readable by, the electronic control device of the conveying unit for the transmission of information, for identification of the reservoir container in the mounted state, and that in the course of connecting the conveying unit to the reservoir container , on the one hand the withdrawal opening can be connected to the inlet opening and, on the other hand, simultaneously, the coding means can be connected to the control device . wherein the conveying unit comprises a housing in which at least one drive for conveying the lubricant, and the control device connected to the drive, are arranged, and which has a front wall facing the reservoir container with an inlet opening , wherein the reservoir container comprises a container base facing the conveying unit with a withdrawal opening , characterized in that the reservoir container is equipped with an electronic coding means which is connectable to, and readable by, the electronic control device of the conveying unit for the transmission of information, for identification of the reservoir container in the mounted state, and that in the course of connecting the conveying unit to the reservoir container , on the one hand the withdrawal opening can be connected to the inlet opening and, on the other hand, simultaneously, the coding means can be connected to the control device .
Sales device for serviced sales of in particular meat, sausage or cheese, consisting of at least one set of shop scales and a counter that comprises a display area , a counter surface and a cover , wherein the sales device comprises pressure sensors in the display area that locally measure a respective weight force and wherein the sales device comprises an evaluation unit that, in the event of a change in a signal of at least one pressure sensor , assigns the signal a location within the display area and identifies a corresponding product on the basis of the location, wherein the set of shop scales comprises a weighing unit that generates weight information and the sales device, in particular the set of shop scales, comprises an information unit that generates appropriate additional information relating to the identified product, and wherein the sales device comprises a display that faces the customer, on which this additional information is displayed, characterized in that the display of the sales device that faces the customer is integrated in a front cover of the counter, wherein the front cover has a transparent area and at least some of the additional information is displayed in the transparent area of the front cover, wherein additional information is at least one from recipes, nutritional information, freshness information, origin information, producer information, special offers, prices per weight, prices per piece, product names, ingredients, allergens and goods that go with the product. the sales device comprises pressure sensors in the display area that locally measure a respective weight force and wherein the sales device comprises an evaluation unit that, in the event of a change in a signal of at least one pressure sensor , assigns the signal a location within the display area and identifies a corresponding product on the basis of the location, wherein the set of shop scales comprises a weighing unit that generates weight information and the sales device, in particular the set of shop scales, comprises an information unit that generates appropriate additional information relating to the identified product, and wherein the sales device comprises a display that faces the customer, on which this additional information is displayed, characterized in that the display of the sales device that faces the customer is integrated in a front cover of the counter, wherein the front cover has a transparent area and at least some of the additional information is displayed in the transparent area of the front cover, wherein additional information is at least one from recipes, nutritional information, freshness information, origin information, producer information, special offers, prices per weight, prices per piece, product names, ingredients, allergens and goods that go with the product.
A compressor section comprising : a centrifugal impeller operable to rotate around an axis extending between a front and a rear, the centrifugal impeller having blades extending between a compressor inlet and a compressor outlet , the compressor inlet oriented towards the front and axially relative the axis , the compressor outlet oriented radially outwardly relative the axis , a diffuser having a diffusion flow path extending radially between a diffuser inlet and a diffuser outlet , the diffuser inlet in fluid flow communication with the compressor outlet , the diffusion flow path between a rear wall (62; 262) and a front wall ; and a collector extending circumferentially around the axis , having a collector inlet in fluid communication with the diffuser outlet , and a collector outlet; characterized in that the compressor section further comprises hollow structural members (70; 170; 270) protruding rearwardly from the rear wall (62; 262), the hollow structural members (70; 170; 270) being circumferentially interspaced from one another, each hollow structural member (70; 170; 270) having a length extending radially along the rear wall (62; 262) and having an internal conduit extending radially inwardly along the length, between a conduit inlet in fluid communication with the diffuser outlet and a conduit outlet located radially inwardly from the conduit inlet . a centrifugal impeller operable to rotate around an axis extending between a front and a rear, the centrifugal impeller having blades extending between a compressor inlet and a compressor outlet , the compressor inlet oriented towards the front and axially relative the axis , the compressor outlet oriented radially outwardly relative the axis , a diffuser having a diffusion flow path extending radially between a diffuser inlet and a diffuser outlet , the diffuser inlet in fluid flow communication with the compressor outlet , the diffusion flow path between a rear wall (62; 262) and a front wall ; and a collector extending circumferentially around the axis , having a collector inlet in fluid communication with the diffuser outlet , and a collector outlet; characterized in that the compressor section further comprises hollow structural members (70; 170; 270) protruding rearwardly from the rear wall (62; 262), the hollow structural members (70; 170; 270) being circumferentially interspaced from one another, each hollow structural member (70; 170; 270) having a length extending radially along the rear wall (62; 262) and having an internal conduit extending radially inwardly along the length, between a conduit inlet in fluid communication with the diffuser outlet and a conduit outlet located radially inwardly from the conduit inlet .
A method for detecting an abnormal start of a gas turbine engine , comprising: performing an engine start procedure to initiate operation of the gas turbine engine ; sampling, in accordance with a sampling rate, rotational speed data points from a sensor associated with the gas turbine engine , the rotational speed data points indicative of a rotational speed of a gas generator of the gas turbine engine during the engine start procedure; continuously storing the rotational speed data points during the engine start procedure; discarding previously-obtained rotational speed data points older than an abnormal start delay; and detecting an abnormal engine start event by comparing a first one of the stored rotational speed data points with a second one of the stored rotational speed data points, the second one of the stored rotational speed data points obtained before the first one of the stored rotational speed data points. performing an engine start procedure to initiate operation of the gas turbine engine ; sampling, in accordance with a sampling rate, rotational speed data points from a sensor associated with the gas turbine engine , the rotational speed data points indicative of a rotational speed of a gas generator of the gas turbine engine during the engine start procedure; continuously storing the rotational speed data points during the engine start procedure; discarding previously-obtained rotational speed data points older than an abnormal start delay; and detecting an abnormal engine start event by comparing a first one of the stored rotational speed data points with a second one of the stored rotational speed data points, the second one of the stored rotational speed data points obtained before the first one of the stored rotational speed data points.
A method comprising: receiving a first packet-switched reservation request to configure a first circuit-switched channel, wherein a packet-switched reservation request is a request communicated via a packet-switched channel; communicating data associated with the first packet-switched reservation request through the first circuit-switched channel according to a best effort communication scheme; receiving a second packet-switched reservation request to configure a second circuit-switched channel; and communicating data associated with the second packet-switched reservation request through the second circuit-switched channel according to a guaranteed throughput communication scheme; and terminating a data transfer associated with the second packet-switched reservation request when a third packet-switched reservation request is received, the third packet-switched reservation request to request a guaranteed throughput communication scheme that is to use at least one resource used by the data transfer associated with the second packet-switched reservation request . receiving a first packet-switched reservation request to configure a first circuit-switched channel, wherein a packet-switched reservation request is a request communicated via a packet-switched channel; communicating data associated with the first packet-switched reservation request through the first circuit-switched channel according to a best effort communication scheme; receiving a second packet-switched reservation request to configure a second circuit-switched channel; and communicating data associated with the second packet-switched reservation request through the second circuit-switched channel according to a guaranteed throughput communication scheme; and terminating a data transfer associated with the second packet-switched reservation request when a third packet-switched reservation request is received, the third packet-switched reservation request to request a guaranteed throughput communication scheme that is to use at least one resource used by the data transfer associated with the second packet-switched reservation request .
A screen unit that can be installed at an angle in an open channel with a rake and a clearing device which has a scraper that can be placed on the rake , a carriage with the scraper , a motor on the carriage to drive the carriage and at least one pair of rollers , and with a pair of slides running parallel to the rake and consisting of two rails , which have an upper and a lower end, the lower ends of the rails being open; the carriage can be tilted about a tilting axis extending transversely to the rails , so that during downward travel from the upper to the lower end of the rails the rollers of the pair of rollers run on the rails, the scraper maintaining a distance from the rake , and during an upward movement, after the rollers have passed over the open end of the rails, the carriage is tilted about its tilting axis in such a way that the scraper rests on the rake and the rollers of the pair of rollers are located below the rails during an upward movement, wherein the pair of rollers is a lower pair of rollers, and the carriage further has an upper pair of rollers , characterised in that there is a swivelling ramp flap at the upper end of each rail , which points downwards away from the rail, so that the rollers of the roller pair drive over the ramp flap at the end of the upward travel and lift it in the process; each of the rails has a gap in its upper area; bridge flaps are each hinged to the end of the upper portion of the rail adjacent to the gap ; and the ramp flaps are each hinged to the end of the lower section of the rail adjacent to the gap . a rake and a clearing device which has a scraper that can be placed on the rake , a carriage with the scraper , a motor on the carriage to drive the carriage and at least one pair of rollers , and with a pair of slides running parallel to the rake and consisting of two rails , which have an upper and a lower end, the lower ends of the rails being open; the carriage can be tilted about a tilting axis extending transversely to the rails , so that during downward travel from the upper to the lower end of the rails the rollers of the pair of rollers run on the rails, the scraper maintaining a distance from the rake , and during an upward movement, after the rollers have passed over the open end of the rails, the carriage is tilted about its tilting axis in such a way that the scraper rests on the rake and the rollers of the pair of rollers are located below the rails during an upward movement, wherein the pair of rollers is a lower pair of rollers, and the carriage further has an upper pair of rollers , characterised in that there is a swivelling ramp flap at the upper end of each rail , which points downwards away from the rail, so that the rollers of the roller pair drive over the ramp flap at the end of the upward travel and lift it in the process; each of the rails has a gap in its upper area; bridge flaps are each hinged to the end of the upper portion of the rail adjacent to the gap ; and the ramp flaps are each hinged to the end of the lower section of the rail adjacent to the gap .
Substantially gel-free and substantially linear biodegradable thermoplastic polyester comprising units deriving from at least one diacid and at least one diol, obtainable by reaction with radical initiators starting from a precursor polyester provided with less than 1 % by moles, with respect to the moles of repetitive units of the polyester precursor, of an unsaturated chain terminator, said terminator having the formula: T-(CH 2 ) n -CH=CH 2 wherein "T" is selected from the group consisting of hydroxylic, carboxylic, amine, amide or ester group, and "n" is an integer comprised between 0 and 13, said polyester showing a gel fraction, determined as indicated in the description, lower than 5 % (w/w) with respect to the polyester and a structure comprising the multiple repetition in linear sequence of repeating units with at most 3 % by moles, with respect to the quantity of diacids or their derivatives and, if present, of hydroxyacids or their derivatives, of one or more polyfunctional molecules, and wherein the biodegradable polyester is biodegradable according to the standard EN 13432.
A system comprising: a platform configured to execute a plurality of trusted execution environments, the plurality of trusted execution environments including at least a first trusted execution environment and a second trusted execution environment, wherein the platform is further configured to execute an operating system, the operating system is configured to launch the second trusted execution environment from a template, and wherein the first trusted execution environment is configured to perform operations comprising: establish a chain of trust from the second trusted execution environment to the platform based at least in part on receipt of measurements of the second trusted execution environment that are gathered by the platform and that are signed with a platform signing key of the platform, the measurements indicating attributes of the second trusted execution environment, wherein the first trusted execution environment is configured to establish the chain of trust from the second trusted execution environment to the platform by using a public key that corresponds to the platform signing key to verify that the measurements are signed with the platform signing key; provision the second trusted execution environment with information to customize the second trusted execution environment with the information once the chain of trust is established. establish a chain of trust from the second trusted execution environment to the platform based at least in part on receipt of measurements of the second trusted execution environment that are gathered by the platform and that are signed with a platform signing key of the platform, the measurements indicating attributes of the second trusted execution environment, wherein the first trusted execution environment is configured to establish the chain of trust from the second trusted execution environment to the platform by using a public key that corresponds to the platform signing key to verify that the measurements are signed with the platform signing key; provision the second trusted execution environment with information to customize the second trusted execution environment with the information once the chain of trust is established.
A frame sealant comprising 1-5 wt% of porous glass microspheres treated with a safe gas, the gas comprises 3-5% by volume of the porous glass microspheres.
A fluid dispensing mechanism for a fluid dispensing device, comprising an elastic sleeve surrounding a bag for filling with fluid for dispensing, the bag having a circumference and being folded with overlapping folds at a plurality of folding locations around said circumference, each overlapping fold comprising three layers of material forming a flat Z shape, the fluid dispensing mechanism further comprising an anchoring column , said bag being folded around said anchoring column and said folds allow said bag to fit in compact form around said anchoring column , characterized in that said overlapping folds at said folding locations twist around said anchoring column to various extents, thereby to unfold evenly under said sleeve during a filling process of pressurized filling of said bag with fluid.