mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of instantiating a machine learning model with a host processing system comprising a trusted execution environment (TEE) and an untrusted processing system (UPS), the method comprising: preparing, with the host processing system, a compiler encoding an architecture of the machine learning model; receiving, from a client processing system, source data; producing, with the compiler, software based on the received source data and model parameters stored on the host processing system, the software comprising an untrusted software component for performance on the UPS and a trusted software component for performance on the TEE, wherein the untrusted software component and the trusted software component are configured to, when performed in concert, instantiate the machine learning model: and attesting, with the TEE and to the client processing system, integrity of the compiler based on receiving a request, from the client processing system, to process the source data with the machine learning model. preparing, with the host processing system, a compiler encoding an architecture of the machine learning model; receiving, from a client processing system, source data; producing, with the compiler, software based on the received source data and model parameters stored on the host processing system, the software comprising an untrusted software component for performance on the UPS and a trusted software component for performance on the TEE, wherein the untrusted software component and the trusted software component are configured to, when performed in concert, instantiate the machine learning model: and attesting, with the TEE and to the client processing system, integrity of the compiler based on receiving a request, from the client processing system, to process the source data with the machine learning model.
An environmental resistant coating member comprising: a SiC long fiber-reinforced ceramics substrate ; and an environmental barrier coating layer provided on a whole surface of the SiC long fiber-reinforced ceramics substrate , wherein the environmental barrier coating layer comprises a SiAION bonding layer formed on the SiC long fiber-reinforced ceramics substrate , a mullite layer formed on the SiAION bonding layer , a reaction inhibition layer formed on the mullite layer , and a gradient layer formed on the reaction inhibition layer and having a composition that gradually changes from a rare-earth disilicate to a rare-earth monosilicate, and the reaction inhibition layer is at least one of an Al 2 O 3 layer, a RE 3 Al 5 O 12 (wherein RE is a rare-earth element) layer, and a [(1-x)RE 2 SiO 5 -xRE 2 Si 2 O 7 ] (wherein RE is a rare-earth element and 0 ≤ x ≤ 1) layer. the environmental barrier coating layer comprises a SiAION bonding layer formed on the SiC long fiber-reinforced ceramics substrate , a mullite layer formed on the SiAION bonding layer , a reaction inhibition layer formed on the mullite layer , and a gradient layer formed on the reaction inhibition layer and having a composition that gradually changes from a rare-earth disilicate to a rare-earth monosilicate, and the reaction inhibition layer is at least one of an Al 2 O 3 layer, a RE 3 Al 5 O 12 (wherein RE is a rare-earth element) layer, and a [(1-x)RE 2 SiO 5 -xRE 2 Si 2 O 7 ] (wherein RE is a rare-earth element and 0 ≤ x ≤ 1) layer.
A calibration method for a capacitive touch sensor, the capacitive touch sensor comprising a first electrode coupled with an input of a microcontroller and a second electrode coupled with an output of the microcontroller and being adjacent to the first electrode , the method comprising: performing an individual self-capacitance measurement of the first electrode and storing an associated first measurement value; performing an individual mutual capacitance measurement between the first and second electrode and storing an associated second measurement value; and calculating a scale factor from said first and second measurement values; the calibration method being characterized by comprising a subsequent method for performing a touch determination comprises performing a self-capacitance measurement of the first electrode which is overlapped with a mutual capacitance measurement including the first electrode and the second electrode wherein said scale factor is applied to said self-capacitance measurement or said mutual capacitance measurement, wherein the subsequent method further comprises, after the input has been set to a high impedance state during the self capacitance measurement, generating a pulse by the output and capacitively coupling the pulse into the first electrode via the second electrode thereby performing the overlapping mutual capacitance measurement. performing an individual self-capacitance measurement of the first electrode and storing an associated first measurement value; performing an individual mutual capacitance measurement between the first and second electrode and storing an associated second measurement value; and calculating a scale factor from said first and second measurement values; the calibration method being characterized by comprising a subsequent method for performing a touch determination comprises performing a self-capacitance measurement of the first electrode which is overlapped with a mutual capacitance measurement including the first electrode and the second electrode wherein said scale factor is applied to said self-capacitance measurement or said mutual capacitance measurement, wherein the subsequent method further comprises, after the input has been set to a high impedance state during the self capacitance measurement, generating a pulse by the output and capacitively coupling the pulse into the first electrode via the second electrode thereby performing the overlapping mutual capacitance measurement.
An actuating device, in particular for a thermostat valve , with an expansion substance element including a housing and at least one expansion substance received in the housing , and with a heating pin , which can be supplied with electrical energy for heating the expansion substance , wherein the heating pin passes through a closure device of the expansion substance element , and wherein the expansion substance element is movable relative to the heating pin by heating the expansion substance , characterized in that the heating pin comprises a base body with an outer side facing the expansion substance , wherein at least one heating element is arranged on the outer side , which can be supplied with the electrical energy, and wherein at least a partial area of an outer surface of the heating pin is formed by the at least one heating element , which is in contact with the expansion substance in radial direction of the heating pin .
A pipette tip tray, comprising: a top that includes an array of bores , each bore configured to receive a partially-inserted pipette tip; and a base comprising sides , each side including an edge in association with a surface of the top, wherein: the edge of each of two or more of the sides includes a plurality of orifices, wherein the orifices comprise a slot (550; 550') comprising walls and wall termini ; the surface of the top includes a plurality of projections , wherein the projections comprise barbs (344; 344') configured to engage contact points on the walls and wall termini of the orifices, whereby the projections snap-fit with the orifices and the top is in reversible association with the sides. a top that includes an array of bores , each bore configured to receive a partially-inserted pipette tip; and a base comprising sides , each side including an edge in association with a surface of the top, wherein: the edge of each of two or more of the sides includes a plurality of orifices, wherein the orifices comprise a slot (550; 550') comprising walls and wall termini ; the surface of the top includes a plurality of projections , wherein the projections comprise barbs (344; 344') configured to engage contact points on the walls and wall termini of the orifices, whereby the projections snap-fit with the orifices and the top is in reversible association with the sides. the edge of each of two or more of the sides includes a plurality of orifices, wherein the orifices comprise a slot (550; 550') comprising walls and wall termini ; the surface of the top includes a plurality of projections , wherein the projections comprise barbs (344; 344') configured to engage contact points on the walls and wall termini of the orifices, whereby the projections snap-fit with the orifices and the top is in reversible association with the sides.
Removable calibration plate able to be positioned in a firing system firing at least one powerful incident-radiation beam (F), which system belongs to an additive manufacturing apparatus , the removable calibration plate comprising a sheet , the sheet comprising an upper face intended to face towards the powerful incident-radiation beam (F), the sheet bearing at least one reference marking and being intended to receive at least one test marking , and a lower face , which is distanced from the upper face in the thickness direction of the sheet , characterized in that the removable calibration plate comprises at least one etching layer to be etched by a powerful incident-radiation beam (F), the at least one etching layer to be etched by a powerful incident-radiation beam (F) being secured to the upper face of the sheet and being opaque to visible light, the at least one etching layer to be etched by a powerful incident-radiation beam (F) being able to be destroyed locally by the powerful incident-radiation beam (F) in order to form the at least one test marking , the sheet being transparent to visible light, the lower face of the sheet being frosted. the removable calibration plate comprising a sheet , the sheet comprising an upper face intended to face towards the powerful incident-radiation beam (F), the sheet bearing at least one reference marking and being intended to receive at least one test marking , and a lower face , which is distanced from the upper face in the thickness direction of the sheet , characterized in that the removable calibration plate comprises at least one etching layer to be etched by a powerful incident-radiation beam (F), the at least one etching layer to be etched by a powerful incident-radiation beam (F) being secured to the upper face of the sheet and being opaque to visible light, the at least one etching layer to be etched by a powerful incident-radiation beam (F) being able to be destroyed locally by the powerful incident-radiation beam (F) in order to form the at least one test marking , the sheet being transparent to visible light, the lower face of the sheet being frosted.
A method for processing a continuous data stream, comprising: receiving , by a computing device, the continuous data stream of timestamped tuples related to an application; converting , by the computing device, geometry of the continuous data stream into a relation wherein the relation is represented as a sequence of the timestamped tuples and includes a spatial index of the geometry of the continuous data stream, and the sequence of the timestamped tuples includes insertions, deletions, or updates of the timestamped tuples to capture a changing state of the relation; applying, by the computing device, a filter to the spatial index with a range to obtain a filtered result for the geometry of the continuous stream; tracking , by the computing device, a plurality of moving objects in the continuous data stream; determining , by the computing device, a proximity between at least a first moving object and a second moving object in the plurality of moving objects based at least on the geometry of the continuous data stream and the relation, wherein the determining the proximity comprises calculating a distance between the first moving object and the second moving object using the filtered result; and generating , by the computing device, an alert when the proximity between at least the first moving object and the second moving object exceeds a predetermined threshold. receiving , by a computing device, the continuous data stream of timestamped tuples related to an application; converting , by the computing device, geometry of the continuous data stream into a relation wherein the relation is represented as a sequence of the timestamped tuples and includes a spatial index of the geometry of the continuous data stream, and the sequence of the timestamped tuples includes insertions, deletions, or updates of the timestamped tuples to capture a changing state of the relation; applying, by the computing device, a filter to the spatial index with a range to obtain a filtered result for the geometry of the continuous stream; tracking , by the computing device, a plurality of moving objects in the continuous data stream; determining , by the computing device, a proximity between at least a first moving object and a second moving object in the plurality of moving objects based at least on the geometry of the continuous data stream and the relation, wherein the determining the proximity comprises calculating a distance between the first moving object and the second moving object using the filtered result; and generating , by the computing device, an alert when the proximity between at least the first moving object and the second moving object exceeds a predetermined threshold.
A cleaning bin for a coverage robot , the cleaning bin comprising: a cleaning bin body having a cleaning bin entrance , the cleaning bin body having a holding portion in pneumatic communication with the cleaning bin entrance for receiving debris; an air mover disposed on the cleaning bin body and configured to draw air into the cleaning bin entrance ; and a roller scraper disposed on the cleaning bin body for engaging a cleaning roller of a coverage robot ; characterized in that the roller scraper is disposed at a lower edge of the cleaning bin entrance , and wherein the roller scraper is arranged above a center of rotation of the driven cleaning roller (1834; 1836). a cleaning bin body having a cleaning bin entrance , the cleaning bin body having a holding portion in pneumatic communication with the cleaning bin entrance for receiving debris; an air mover disposed on the cleaning bin body and configured to draw air into the cleaning bin entrance ; and a roller scraper disposed on the cleaning bin body for engaging a cleaning roller of a coverage robot ; characterized in that the roller scraper is disposed at a lower edge of the cleaning bin entrance , and wherein the roller scraper is arranged above a center of rotation of the driven cleaning roller (1834; 1836).
A process for producing a silyl-terminated alcohol by reacting a vinyl-functional alcohol with a hydrolysable silyl hydride in the presence of a platinum catalyst, the process comprising the steps of: a) forming a heated mixture of a vinyl-functional alcohol and 150 to 2000 ppm water based on the weight of the vinyl-functional alcohol, which heated mixture has a temperature of 40 to 80°C, then b) adding the platinum catalyst and from 0.8 to 1.1 mole of the hydrolysable silyl hydride per mole of vinyl-functional alcohol to the heated mixture to form a reaction mixture; and then c) reacting the reaction mixture under conditions including a temperature of 70 to 100°C such that at least part of the vinyl-functional alcohol and at least part of the hydrolysable silyl hydride react to form the silyl-terminated alcohol, wherein the conversion of vinyl-functional alcohol is at least 90% and the amount of high molecular weight impurities is no greater than 10% of the combined weight of the starting amounts of vinyl-functional alcohol and hydrolysable silyl hydride. a) forming a heated mixture of a vinyl-functional alcohol and 150 to 2000 ppm water based on the weight of the vinyl-functional alcohol, which heated mixture has a temperature of 40 to 80°C, then b) adding the platinum catalyst and from 0.8 to 1.1 mole of the hydrolysable silyl hydride per mole of vinyl-functional alcohol to the heated mixture to form a reaction mixture; and then c) reacting the reaction mixture under conditions including a temperature of 70 to 100°C such that at least part of the vinyl-functional alcohol and at least part of the hydrolysable silyl hydride react to form the silyl-terminated alcohol, wherein the conversion of vinyl-functional alcohol is at least 90% and the amount of high molecular weight impurities is no greater than 10% of the combined weight of the starting amounts of vinyl-functional alcohol and hydrolysable silyl hydride.
An apparatus for detecting a short in a blade of a gas turbine engine, the blade comprising: an airfoil formed from a first material; a protective sheath disposed on a leading edge of the airfoil , the protective sheath being formed from a second material, the first material being galvanically incompatible with the second material and the first material being less noble than the second material; and a non-conductive material disposed between the protective sheath and the airfoil so that they are electrically isolated from each other, characterised in that the apparatus comprises: a first plate configured to form a first capacitor (C 1 ) with the protective sheath when the apparatus is located proximate to the blade ; a second plate configured to form another capacitor (C 3 ) with a portion of the airfoil when the apparatus is located proximate to the blade ; and a voltage source electrically connected to the first plate and the second plate . a first plate configured to form a first capacitor (C 1 ) with the protective sheath when the apparatus is located proximate to the blade ; a second plate configured to form another capacitor (C 3 ) with a portion of the airfoil when the apparatus is located proximate to the blade ; and a voltage source electrically connected to the first plate and the second plate .
A compound having the chemical structure of: wherein R and R' are each independently selected from the group consisting of: methyl, ethyl, propyl, fluorinated methyl, fluorinated ethyl, or fluorinated propyl.
Method for assembling a fuel injector which comprises a holding body and a nozzle body , wherein the outside of the nozzle body is designed to be rotationally symmetrical and has a nozzle collar larger in diameter and a shaft smaller in diameter, wherein a clamping shoulder is formed at the transition of the shaft to the nozzle collar , and having a nozzle clamping nut which by way of an internal thread can be screwed into an external thread on the holding body , wherein the nozzle clamping nut is supported on the clamping shoulder in such a way that the nozzle body is braced at least indirectly in relation the holding body , characterized by - providing an assembling tool having a receptacle for the shaft of the nozzle body , - attaching the assembling tool over the shaft of the nozzle body until the assembling tool comes to bear on a clamping surface of the nozzle body , - applying a preload force (F a ) to the nozzle body by means of the assembling tool in such a way that the nozzle body is pressed at least indirectly against the holding body , wherein the assembling tool is formed in such a way that it is inwardly deformed by the preload force (F a ), thereby clamping the shaft of the nozzle body , - screwing on the nozzle clamping nut until a defined contact pressure force is achieved between the nozzle body and the holder body . - providing an assembling tool having a receptacle for the shaft of the nozzle body , - attaching the assembling tool over the shaft of the nozzle body until the assembling tool comes to bear on a clamping surface of the nozzle body , - applying a preload force (F a ) to the nozzle body by means of the assembling tool in such a way that the nozzle body is pressed at least indirectly against the holding body , wherein the assembling tool is formed in such a way that it is inwardly deformed by the preload force (F a ), thereby clamping the shaft of the nozzle body , - screwing on the nozzle clamping nut until a defined contact pressure force is achieved between the nozzle body and the holder body .
A broadcast control channel transmission method performed by a base station, the method comprising: repeatedly transmitting system information on a broadcast control channel based on preconfigured transmission parameters; receiving, from a terminal, log information indicating whether the system information transmitted on the broadcast control channel is received successfully; reconfiguring the transmission parameters based on the log information; and transmitting system information on the broadcast control channel based on the reconfigured transmission parameters, wherein transmitting system information on a broadcast control channel comprises carrying the system information on said broadcast control channel in a radio resource of a physical downlink shared channel carrying information about said radio resource in a physical downlink control channel, and transmitting both the physical downlink control channel and the physical downlink shared channel using transmission parameters thereof, said method being characterized in that if the log information indicates that the reception of said system information has failed, the log information comprises a number of successful receipts of physical downlink control channel being performed by the terminal when attempting to receive said system information on the broadcast control channel. repeatedly transmitting system information on a broadcast control channel based on preconfigured transmission parameters; receiving, from a terminal, log information indicating whether the system information transmitted on the broadcast control channel is received successfully; reconfiguring the transmission parameters based on the log information; and transmitting system information on the broadcast control channel based on the reconfigured transmission parameters, wherein transmitting system information on a broadcast control channel comprises carrying the system information on said broadcast control channel in a radio resource of a physical downlink shared channel carrying information about said radio resource in a physical downlink control channel, and transmitting both the physical downlink control channel and the physical downlink shared channel using transmission parameters thereof, said method being characterized in that if the log information indicates that the reception of said system information has failed, the log information comprises a number of successful receipts of physical downlink control channel being performed by the terminal when attempting to receive said system information on the broadcast control channel.
An apparatus to establish secure communications comprising: a processor component ; an application routine ; a verifying component for execution by the processor component to verify a link attestation credential received from a server to verify an ability of the server to form a secure pipeline, and to signal the application routine with an indication of a result of the verification by the verifying component; and a hash component for execution by the processor component to generate a return hash of a return signature associated with the application routine that indicates that the application routine has also verified the link attestation credential to form the secure pipeline with the application routine. a processor component ; an application routine ; a verifying component for execution by the processor component to verify a link attestation credential received from a server to verify an ability of the server to form a secure pipeline, and to signal the application routine with an indication of a result of the verification by the verifying component; and a hash component for execution by the processor component to generate a return hash of a return signature associated with the application routine that indicates that the application routine has also verified the link attestation credential to form the secure pipeline with the application routine.