mhurhangee/patent-ind-claim-en huggingface dataset:
A ceramic- and metallic-containing multilayer nuclear fuel rod cladding , comprising: an inner layer having an interior surface and an exterior surface composed of metal alloy selected from the group consisting of an austenitic steel, a ferritic-martensitic steel, an iron alloy, a zirconium alloy, a titanium alloy and layered combinations thereof; a cavity formed by the inner layer to contain nuclear fuel; an intermediate layer having an interior surface and an exterior surface , formed on the exterior surface of the inner layer , the intermediate layer comprising: a composite, comprising: interlocking fibers comprising woven or braided silicon carbide fibers, woven or braided alumina fibers, and mixtures or combinations thereof; and a matrix comprising a silicon carbide, an alumina, and mixtures or combinations thereof; or interlocking fibers comprising woven or braided silicon carbide fibers, woven or braided alumina fibers, and mixtures or combinations thereof; and an outer layer deposited on the exterior surface of the intermediate layer composed of a metal alloy comprising an iron-chromium-aluminum alloy optionally with an addition of yttrium. an inner layer having an interior surface and an exterior surface composed of metal alloy selected from the group consisting of an austenitic steel, a ferritic-martensitic steel, an iron alloy, a zirconium alloy, a titanium alloy and layered combinations thereof; a cavity formed by the inner layer to contain nuclear fuel; an intermediate layer having an interior surface and an exterior surface , formed on the exterior surface of the inner layer , the intermediate layer comprising: a composite, comprising: interlocking fibers comprising woven or braided silicon carbide fibers, woven or braided alumina fibers, and mixtures or combinations thereof; and a matrix comprising a silicon carbide, an alumina, and mixtures or combinations thereof; or interlocking fibers comprising woven or braided silicon carbide fibers, woven or braided alumina fibers, and mixtures or combinations thereof; and interlocking fibers comprising woven or braided silicon carbide fibers, woven or braided alumina fibers, and mixtures or combinations thereof; and a matrix comprising a silicon carbide, an alumina, and mixtures or combinations thereof; or interlocking fibers comprising woven or braided silicon carbide fibers, woven or braided alumina fibers, and mixtures or combinations thereof; and an outer layer deposited on the exterior surface of the intermediate layer composed of a metal alloy comprising an iron-chromium-aluminum alloy optionally with an addition of yttrium.
Method for controlling a system for cleaning a motor vehicle window , which method comprises a snow removal cycle comprising: - a step of acquiring at least one datum that is representative of the presence or absence of snow on an outer surface of the window , or that is representative of the probability of presence of snow on an outer surface of the window; - and a step of analysing said datum, the result of which, when the presence of snow has been detected or when the probability of presence of snow is above a determined threshold value, is to launch a snow removal operation aiming to clear the window of at least some of the snow, the snow removal cycle being triggered in response to a snow removal order sent by a user of the vehicle, the snow removal order being sent remotely by a user of the vehicle and transmitted to the cleaning system, the method being characterized in that , prior to starting a snow removal cycle, or during a snow removal cycle, the method comprises a step of measuring a level of energy available on board the vehicle for driving means for sweeping the outer surface of the window, when the measuring step reveals a level of energy available that is below a determined threshold value, the snow removal cycle does not start or is interrupted, preferably corresponding information is transmitted to a user of the vehicle, preferably the level of energy available is a level of charge of an electric battery of the vehicle. - a step of acquiring at least one datum that is representative of the presence or absence of snow on an outer surface of the window , or that is representative of the probability of presence of snow on an outer surface of the window; - and a step of analysing said datum, the result of which, when the presence of snow has been detected or when the probability of presence of snow is above a determined threshold value, is to launch a snow removal operation aiming to clear the window of at least some of the snow, the snow removal cycle being triggered in response to a snow removal order sent by a user of the vehicle, the snow removal order being sent remotely by a user of the vehicle and transmitted to the cleaning system,
A pump system, comprising: a piston stem having a locking feature ; a lock cylinder having a groove ; wherein the locking feature is positioned in the groove , characterized in that the lock cylinder further comprises a spring projection off of a surface of the groove configured to engage an at least partially hollow portion of the locking feature ; or characterized in that the lock cylinder further comprises a leaf spring configured in a surface of the groove . a piston stem having a locking feature ; a lock cylinder having a groove ; wherein the locking feature is positioned in the groove , characterized in that the lock cylinder further comprises a spring projection off of a surface of the groove configured to engage an at least partially hollow portion of the locking feature ; or
A system for assisting a rescuer in providing chest compressions to a patient in need of acute care, the system comprising: a chest compression device comprising: at least one force sensor configured to generate force signals indicative of chest compressions administered to the patient by the rescuer , and a housing supporting the at least one force sensor; a computing device having processing circuitry operatively connected to the at least one force sensor and configured to: receive and process signals from the at least one force sensor to determine at least one resuscitation parameter during the administration of chest compressions to the patient , and generate an output signal based on the at least one resuscitation parameter; and an output device configured to provide feedback to the rescuer based on the at least one resuscitation parameter; characterized by the at least one force sensor having a first resolution over a first force range, and having a second resolution different from the first resolution over a second force range different from the first force range, the first and second resolutions being smallest changes in force that the at least one force sensor is able to detect. at least one force sensor configured to generate force signals indicative of chest compressions administered to the patient by the rescuer , and a housing supporting the at least one force sensor; a computing device having processing circuitry operatively connected to the at least one force sensor and configured to: receive and process signals from the at least one force sensor to determine at least one resuscitation parameter during the administration of chest compressions to the patient , and generate an output signal based on the at least one resuscitation parameter; and receive and process signals from the at least one force sensor to determine at least one resuscitation parameter during the administration of chest compressions to the patient , and generate an output signal based on the at least one resuscitation parameter; and an output device configured to provide feedback to the rescuer based on the at least one resuscitation parameter; characterized by the at least one force sensor having a first resolution over a first force range, and having a second resolution different from the first resolution over a second force range different from the first force range, the first and second resolutions being smallest changes in force that the at least one force sensor is able to detect.
An in-ear receiver , in particular a headset or hearing aid, comprising a housing , which includes at least one ear canal section , which is inserted into an ear canal of a wearer when the in-ear receiver is used as intended, and at least one outer contour adapted at least in one section to the ear canal and therefore having a freeform geometry, a sound transducer arranged in the housing , and at least one resonant cavity , which is formed in the housing and is divided by the sound transducer into a front volume and a rear volume , characterized in that the sound transducer is a MEMS sound transducer, the front volume and/or the rear volume have/has an inner contour adapted to the ear canal , so that this has a freeform geometry, that the outer contour of the housing in the area of the front volume and/or the rear volume has a freeform geometry corresponding to the inner contour and that the ear canal section is produced in a 3D printing process after the auditory canal of the respective user is measured. which includes at least one ear canal section , which is inserted into an ear canal of a wearer when the in-ear receiver is used as intended, and at least one outer contour adapted at least in one section to the ear canal and therefore having a freeform geometry, a sound transducer arranged in the housing , and at least one resonant cavity , which is formed in the housing and is divided by the sound transducer into a front volume and a rear volume , characterized in that the sound transducer is a MEMS sound transducer, the front volume and/or the rear volume have/has an inner contour adapted to the ear canal , so that this has a freeform geometry, that the outer contour of the housing in the area of the front volume and/or the rear volume has a freeform geometry corresponding to the inner contour and that the ear canal section is produced in a 3D printing process after the auditory canal of the respective user is measured.
Method for communicating over a plurality of communication links in a telecommunications network on the basis of a telephone number, comprising the following steps implemented by at least one first terminal : - intercepting a telephone number directed at a voice server and dialled from the first terminal , - obtaining a connection address for connection to a data server of the telecommunications network , said connection address being associated with the dialled telephone number, and - automatically activating a voice communication link between the first terminal and the voice server on the basis of the dialled telephone number, and a data communication link between a second terminal and the data server on the basis of the obtained connection address so as to be able to communicate simultaneously over said links . - intercepting a telephone number directed at a voice server and dialled from the first terminal , - obtaining a connection address for connection to a data server of the telecommunications network , said connection address being associated with the dialled telephone number, and - automatically activating a voice communication link between the first terminal and the voice server on the basis of the dialled telephone number, and a data communication link between a second terminal and the data server on the basis of the obtained connection address so as to be able to communicate simultaneously over said links .
A process for producing a ski boot or part of a ski boot, comprising the steps of (i) providing a thermoplastic polyurethane (TPU-1) obtained or obtainable by reacting an isocyanate composition (IZ) containing MDI with a polyol composition (PZ), wherein the polyol composition (PZ) contains at least one polyol (P1) and a chain extender (KV1), wherein the polyol (P1) is selected from polytetrahydrofurans having an average molecular weight Mn in the range from 1300 to 1700 g/mol and the chain extender (KV1) is selected from the group consisting of 1,3-propanediol, 1,4-butanediol and 1,6-hexanediol; (ii) producing a ski boot or part of a ski boot from the thermoplastic polyurethane (TPU-1), wherein the thermoplastic polyurethane has a hard phase fraction of greater than 0.40, wherein the hard phase fraction is defined by the following formula: Hard phase fraction = ∑ x = 1 x m KVx / M KVx ∗ M iso + m KVx / m tot with the following definitions: M KVx : Molar mass of the chain extender x in g/mol m KVx : Mass of the chain extender x in g M iso : Molar mass of the employed isocyanate in g/mol m tot : Total mass of all starting materials in g x: Number of chain extenders. (i) providing a thermoplastic polyurethane (TPU-1) obtained or obtainable by reacting an isocyanate composition (IZ) containing MDI with a polyol composition (PZ), wherein the polyol composition (PZ) contains at least one polyol (P1) and a chain extender (KV1), wherein the polyol (P1) is selected from polytetrahydrofurans having an average molecular weight Mn in the range from 1300 to 1700 g/mol and the chain extender (KV1) is selected from the group consisting of 1,3-propanediol, 1,4-butanediol and 1,6-hexanediol; wherein the polyol composition (PZ) contains at least one polyol (P1) and a chain extender (KV1), wherein the polyol (P1) is selected from polytetrahydrofurans having an average molecular weight Mn in the range from 1300 to 1700 g/mol and the chain extender (KV1) is selected from the group consisting of 1,3-propanediol, 1,4-butanediol and 1,6-hexanediol; (ii) producing a ski boot or part of a ski boot from the thermoplastic polyurethane (TPU-1), wherein the thermoplastic polyurethane has a hard phase fraction of greater than 0.40, wherein the hard phase fraction is defined by the following formula: Hard phase fraction = ∑ x = 1 x m KVx / M KVx ∗ M iso + m KVx / m tot with the following definitions: M KVx : Molar mass of the chain extender x in g/mol m KVx : Mass of the chain extender x in g M iso : Molar mass of the employed isocyanate in g/mol m tot : Total mass of all starting materials in g x: Number of chain extenders. M KVx : Molar mass of the chain extender x in g/mol m KVx : Mass of the chain extender x in g M iso : Molar mass of the employed isocyanate in g/mol m tot : Total mass of all starting materials in g x: Number of chain extenders.
A photoresist composition comprising (A) a single or a plurality of polymer whose solubility changes under the existence of acid, (B) a single or a plurality of photo acid generator, (C) a single or a plurality of compound comprising unit EO and unit PO, and (D) a single or plurality of solvent, wherein the unit EO is represented by following formula , and the unit PO is represented by following formula . (A) a single or a plurality of polymer whose solubility changes under the existence of acid, (B) a single or a plurality of photo acid generator, (C) a single or a plurality of compound comprising unit EO and unit PO, and (D) a single or plurality of solvent, wherein the unit EO is represented by following formula , and the unit PO is represented by following formula .
An apparatus comprising: a first query processor to perform a first query at a first table using a hash corresponding to a first site signature, the first site signature obtained from a monitored site , the first table including hash keys corresponding to respective reference signatures, the first query to obtain, from the first table , first qualifier data descriptive of a reference signature corresponding to a first hash key that matches the hash corresponding to the first site signature; a second query processor to perform a second query at a second table using the first qualifier data obtained from the first query of the first table , the second query to obtain, from the second table , a plurality of blocks of reference signatures , the second table different than the first table ; a signature matcher to compare a first block of site signatures with a portion of the plurality of blocks of reference signatures , wherein the first block of site signatures includes the first site signature, the signature matcher to cause media monitored at the monitored site to be credited as corresponding to reference media represented by the first reference signature when the first block of site signatures matches the portion of the plurality of blocks of reference signatures . a first query processor to perform a first query at a first table using a hash corresponding to a first site signature, the first site signature obtained from a monitored site , the first table including hash keys corresponding to respective reference signatures, the first query to obtain, from the first table , first qualifier data descriptive of a reference signature corresponding to a first hash key that matches the hash corresponding to the first site signature; a second query processor to perform a second query at a second table using the first qualifier data obtained from the first query of the first table , the second query to obtain, from the second table , a plurality of blocks of reference signatures , the second table different than the first table ; a signature matcher to compare a first block of site signatures with a portion of the plurality of blocks of reference signatures , wherein the first block of site signatures includes the first site signature, the signature matcher to cause media monitored at the monitored site to be credited as corresponding to reference media represented by the first reference signature when the first block of site signatures matches the portion of the plurality of blocks of reference signatures .
Pipeline element comprising an integrated heating and/or cooling device, comprising a pipe body which forms a flow channel portion in its interior and on which an electrical heating and/or cooling element is held, and comprising at least one heat-conducting element which is in contact with the electrical heating and/or cooling element , the pipe body having a chamber which protrudes into its interior , is delimited by a chamber wall and is closed off from the interior of the pipe body , the heating and/or cooling element being inserted into the chamber and at least two mutually independent metal heat-conducting elements being provided which each engage in the chamber and are in contact with the heating and/or cooling element on opposite sides, characterized in that the pipe body is made of plastics material, in that a plurality of protruding spacer ribs are present in the chamber , and in that the heating and/or cooling element is held between the spacer ribs at a distance from the chamber wall , with an intermediate space between the cooling and/or heating element and the chamber wall being filled by the material of the heat-conducting elements .
A photosensitive pixel structure comprising a substrate and at least one photosensitive diode (12, 12', 12"), a stimulating electrode adapted for stimulation of surrounding tissue, a counter electrode , and a resistor , wherein the resistor is electrically connecting the stimulating electrode and the counter electrode , characterized in that the resistor is at least partially covered by the stimulating electrode and/or the resistor is at least partially covered by the counter electrode .
A multi-track passenger vehicle, in particular a hybrid vehicle, with a generating set which comprises at least one generator that is able to be driven via a reciprocating piston engine, with a battery and with at least one electric motor , wherein the reciprocating piston engine, the generator and the electric motor , which is able to be mechanically coupled with at least one driving wheel of the vehicle, are connected with one another in series in order to drive the vehicle, and the reciprocating piston engine has two crankshafts, characterized in that the generating set , composed of reciprocating piston engine and generator, has a depth in the longitudinal direction of the vehicle and a width transversely to the longitudinal direction of the vehicle, wherein the width is maximally 750 mm and the depth is maximally 310 mm, and wherein the generating set has two generators, which are respectively drivingly connected with one of the two crankshafts.
A sample preparation system comprising: at least one reaction chamber to hold at least one fluid; for each reaction chamber: multiple inlet impedance sensors disposed at each of multiple inlets of a reaction chamber to detect a level of conductivity through a corresponding inlet; an outlet impedance sensor to detect a level of conductivity through at least one outlet of the reaction chamber; pumps disposed at each inlet and outlet to direct fluid through the reaction chamber; and a number of chamber sensors disposed within the reaction chamber; and a controller to, based on measured levels of conductivity: determine a state of a reaction within each reaction chamber; and selectively activate the pumps within each reaction chamber based on the state of the reaction in that reaction chamber. at least one reaction chamber to hold at least one fluid; for each reaction chamber: multiple inlet impedance sensors disposed at each of multiple inlets of a reaction chamber to detect a level of conductivity through a corresponding inlet; an outlet impedance sensor to detect a level of conductivity through at least one outlet of the reaction chamber; pumps disposed at each inlet and outlet to direct fluid through the reaction chamber; and a number of chamber sensors disposed within the reaction chamber; and multiple inlet impedance sensors disposed at each of multiple inlets of a reaction chamber to detect a level of conductivity through a corresponding inlet; an outlet impedance sensor to detect a level of conductivity through at least one outlet of the reaction chamber; pumps disposed at each inlet and outlet to direct fluid through the reaction chamber; and a number of chamber sensors disposed within the reaction chamber; and a controller to, based on measured levels of conductivity: determine a state of a reaction within each reaction chamber; and selectively activate the pumps within each reaction chamber based on the state of the reaction in that reaction chamber. determine a state of a reaction within each reaction chamber; and selectively activate the pumps within each reaction chamber based on the state of the reaction in that reaction chamber.
Dial assembly for a timepiece, comprising a base plate on which feet are fixed, directly or indirectly, said dial assembly comprising a three-dimensional decoration which comprises at least one offset element distanced from said base plate and fixed to said base plate through at least one said foot , characterised in that at least one said offset element comprises at least one bush provided to be pressed in, by abutting on an upper support which it comprises, on an upper support which one said foot comprises, and abutting on a shoulder which said foot comprises.
An ottoman linkage device, comprising an upper link , a lower link , a middle ottoman link , a first front ottoman link , a second front ottoman link , a first connection link , a second connection link , a front ottoman bracket , and a middle ottoman bracket , wherein the lower link , the middle ottoman link , and the middle ottoman bracket are sequentially hinged, the upper link , the first front ottoman link , and the middle ottoman bracket are sequentially hinged, the middle ottoman link is hinged to the upper link , the second front ottoman link is hinged between the first front ottoman link and the front ottoman bracket , the first connection link is hinged to the second connection link , the first connection link is hinged to the front ottoman bracket , the second connection link is hinged to the first front ottoman link , and the middle ottoman bracket is hinged to the first connection link .