mhurhangee/patent-ind-claim-en huggingface dataset:
A method , implemented by a second device , of providing a first device with access to a function of the second device , the method comprising the second device detecting the first device ; transferring a code module , from a first runtime environment executing on the first device , to a second runtime environment executing on the second device to expose a function of the second device supported by the second runtime environment to the first device , wherein the function is inaccessible via remote invocation without the code module, using the second runtime environment to control performance of the function of the second device responsive to a remote invocation of the function received via the code module from an application executing within the first runtime environment , deleting the code module from the second device after the application has remotely invoked the function of the second device and/or when the second device no longer detects the first device . the second device detecting the first device ; transferring a code module , from a first runtime environment executing on the first device , to a second runtime environment executing on the second device to expose a function of the second device supported by the second runtime environment to the first device , wherein the function is inaccessible via remote invocation without the code module, using the second runtime environment to control performance of the function of the second device responsive to a remote invocation of the function received via the code module from an application executing within the first runtime environment , deleting the code module from the second device after the application has remotely invoked the function of the second device and/or when the second device no longer detects the first device .
An online connectivity unit (OCU) for an electronic control unit (ECU) of a vehicle , the online connectivity unit comprising: - a plurality of connectivity subunits (C) for corresponding vehicle devices (MOD), configured to subscribe to a publish-subscribe messaging environment (pub/sub) using different topics (t) provided by various backend brokers (X, Y, Z), wherein the connectivity subunits (C) are configured to publish and/or to receive messages (m) corresponding to the different topics (t); and - a managing connecting gateway (GP) for routing the messages (m) between the plurality of the connectivity subunits (C) and the various backend brokers (X, Y, Z), wherein the managing connecting gateway (GP) is connected to the plurality of the connectivity subunits (C) over at least one communication line (L, TLS), and wherein the managing connecting gateway (GP) is configured to provide a communication interface for the messages (m) from the plurality of the connectivity subunits (C) with different connection bridges (b) to the various backend brokers (X, Y, Z) according to the different topics (t) to which the connectivity subunits (C) are subscribed. - a plurality of connectivity subunits (C) for corresponding vehicle devices (MOD), configured to subscribe to a publish-subscribe messaging environment (pub/sub) using different topics (t) provided by various backend brokers (X, Y, Z), wherein the connectivity subunits (C) are configured to publish and/or to receive messages (m) corresponding to the different topics (t); and - a managing connecting gateway (GP) for routing the messages (m) between the plurality of the connectivity subunits (C) and the various backend brokers (X, Y, Z), wherein the managing connecting gateway (GP) is connected to the plurality of the connectivity subunits (C) over at least one communication line (L, TLS), and
A polyphenylene fiber comprising : at least 5 weight percent of a polyphenylene polymer, wherein the polyphenylene polymer comprises - at least 25 mole percent repeat units (Rpm) represented by the following formula : and - at least 10 mol percent repeat units (Rpp) represented by the following formula : wherein R 1 , R 2 , R 3 , R 4 R 5 , R 6 , R 7 , and R 8 are each independently selected from the group consisting of a hydrogen, an alkyl, an aryl, an alkoxy, an aryloxy, an alkylketone, an arylketone, a fluoroalkyl, a fluoroaryl, a bromoalkyl, a bromoaryl, a chloroalkyl, a chloroaryl, an alkylsulfone, an arylsulfone, an alkylamide, an arylamide, an alkylester, an arylester, a fluorine, a chlorine, and a bromine, wherein the polyphenylene fiber has an average diameter from 100 nm to 10 μm. at least 5 weight percent of a polyphenylene polymer, wherein the polyphenylene polymer comprises - at least 25 mole percent repeat units (Rpm) represented by the following formula : and - at least 10 mol percent repeat units (Rpp) represented by the following formula : wherein R 1 , R 2 , R 3 , R 4 R 5 , R 6 , R 7 , and R 8 are each independently selected from the group consisting of a hydrogen, an alkyl, an aryl, an alkoxy, an aryloxy, an alkylketone, an arylketone, a fluoroalkyl, a fluoroaryl, a bromoalkyl, a bromoaryl, a chloroalkyl, a chloroaryl, an alkylsulfone, an arylsulfone, an alkylamide, an arylamide, an alkylester, an arylester, a fluorine, a chlorine, and a bromine, - at least 25 mole percent repeat units (Rpm) represented by the following formula : and - at least 10 mol percent repeat units (Rpp) represented by the following formula : wherein R 1 , R 2 , R 3 , R 4 R 5 , R 6 , R 7 , and R 8 are each independently selected from the group consisting of a hydrogen, an alkyl, an aryl, an alkoxy, an aryloxy, an alkylketone, an arylketone, a fluoroalkyl, a fluoroaryl, a bromoalkyl, a bromoaryl, a chloroalkyl, a chloroaryl, an alkylsulfone, an arylsulfone, an alkylamide, an arylamide, an alkylester, an arylester, a fluorine, a chlorine, and a bromine, wherein the polyphenylene fiber has an average diameter from 100 nm to 10 μm.
A computer-implemented method of identifying a validly determined respiration rate, the method comprising: determining a respiration rate and a confidence level associated with the respiration rate from a waveform signal representative of a recorded respiration episode; associating the respiration rate with one of at least first and second classes, the classes being associated with respective different confidence level thresholds; wherein at least one of the classes is a first range of respiration rates, wherein at least one of the classes is a second range of respiration rates, wherein the first range comprises a normal respiration rate range of a patient and the second range comprises a respiration rate range outside said normal respiration rate range and wherein the confidence level threshold associated with the first class is lower than that associated with the second class and if the confidence level exceeds a confidence level threshold associated with the class with which the respiration rate is associated, determining that the respiration rate is valid and outputting the determined respiration rate; or if the confidence level is below the confidence level threshold associated with the class with which the respiration rate is associated, determining that the respiration rate is invalid and outputting an invalid result notification. determining a respiration rate and a confidence level associated with the respiration rate from a waveform signal representative of a recorded respiration episode; associating the respiration rate with one of at least first and second classes, the classes being associated with respective different confidence level thresholds; wherein at least one of the classes is a first range of respiration rates, wherein at least one of the classes is a second range of respiration rates, wherein the first range comprises a normal respiration rate range of a patient and the second range comprises a respiration rate range outside said normal respiration rate range and wherein the confidence level threshold associated with the first class is lower than that associated with the second class and if the confidence level exceeds a confidence level threshold associated with the class with which the respiration rate is associated, determining that the respiration rate is valid and outputting the determined respiration rate; or if the confidence level is below the confidence level threshold associated with the class with which the respiration rate is associated, determining that the respiration rate is invalid and outputting an invalid result notification.
A casing, notably intended to contain a telephone, comprising: - a first shell and a second shell closing onto each other such as to close the casing, making its contents inaccessible, - a slide mounted moveable in translation on the first shell, comprising at least one coupling member , and able to be actuated from the outside of the closed casing such as to be positioned by translation according to a first, a second or a third position (P 1 , P 2 , P 3 ), wherein the first shell, the second shell and the coupling member or members are arranged such that when the casing is closed: - at least one coupling member is coupled to the second shell when the slide is in the first position (P 1 ), thereby opposing to the opening of the casing, - at least one coupling member is coupled to the second shell when the slide is in the second position (P 2 ), thereby opposing to the opening of the casing, - the coupling member or members are free when the slide is in the third position (P 3 ), thereby allowing for the opening of the casing, the casing further comprising: - a device for locking the slide on one of the shells in the first position (P 1 ), able to be actuated only by means of a dedicated tool from the outside of the casing when this casing is closed, - first means for reversibly immobilising the slide in the second position (P 2 ), - second means for reversibly immobilising the slide in the third position (P 3 ), and wherein, when the casing is unlocked, it is blocked in the closed state by the slide being in the second position and opposing to the opening of the casing, the slide being reversibly mobile, without the dedicated tool, between the second position (P 2 ) and the third position (P 3 .) to freely block the casing in the closed state or unblock it by actuating the slide respectively towards its second position (P 2 ) or its third position (P 3 ). - a first shell and a second shell closing onto each other such as to close the casing, making its contents inaccessible, - a slide mounted moveable in translation on the first shell, comprising at least one coupling member , and able to be actuated from the outside of the closed casing such as to be positioned by translation according to a first, a second or a third position (P 1 , P 2 , P 3 ), - at least one coupling member is coupled to the second shell when the slide is in the first position (P 1 ), thereby opposing to the opening of the casing, - at least one coupling member is coupled to the second shell when the slide is in the second position (P 2 ), thereby opposing to the opening of the casing, - the coupling member or members are free when the slide is in the third position (P 3 ), thereby allowing for the opening of the casing, - a device for locking the slide on one of the shells in the first position (P 1 ), able to be actuated only by means of a dedicated tool from the outside of the casing when this casing is closed, - first means for reversibly immobilising the slide in the second position (P 2 ), - second means for reversibly immobilising the slide in the third position (P 3 ),
A measurement device for measuring an intervertebral distance of an intervertebral space between a first vertebral body and a second vertebral body, comprising: a displacement unit having a first engagement member and a second engagement member , the first and second engagement members being displaceable relative to one another within the intervertebral space by a variable distance until the first engagement member engages the first vertebral body and the second engagement member engages the second vertebral body; an actuator adapted to be actuated by a user to induce the displacement of the first and second engagement members relative to one another; and a force transfer carrier adapted to move within the measurement device in response to actuation of the actuator so as to drive the displacement of the first and second engagement members ; wherein the measurement device is configured such that the distance between the first engagement member and the second engagement member varies in a nonlinear relationship to the movement of the force transfer carrier , and the measurement device characterized in that the measurement device comprises a dial gauge having an indicator for indicating the distance between the first engagement member and the second engagement member , wherein the indicator is rotatable about a pivot point, wherein the indicator moves by way of a slider-crank linkage within the dial gauge , the slider-crank linkage being connected to the force transfer carrier . a displacement unit having a first engagement member and a second engagement member , the first and second engagement members being displaceable relative to one another within the intervertebral space by a variable distance until the first engagement member engages the first vertebral body and the second engagement member engages the second vertebral body; an actuator adapted to be actuated by a user to induce the displacement of the first and second engagement members relative to one another; and a force transfer carrier adapted to move within the measurement device in response to actuation of the actuator so as to drive the displacement of the first and second engagement members ; wherein the measurement device is configured such that the distance between the first engagement member and the second engagement member varies in a nonlinear relationship to the movement of the force transfer carrier , and the measurement device characterized in that the measurement device comprises a dial gauge having an indicator for indicating the distance between the first engagement member and the second engagement member , wherein the indicator is rotatable about a pivot point, wherein the indicator moves by way of a slider-crank linkage within the dial gauge , the slider-crank linkage being connected to the force transfer carrier .
A method of diffusion bonding a first metallic sheet and a second metallic sheet to one another, the method comprising: stacking the first metallic sheet and the second metallic sheet to define a sheet stack that includes a first internal surface that is defined by the first metallic sheet and a second internal surface that faces toward the first internal surface and is defined by the second metallic sheet; the method being characterised by comprising the following steps : creating a pneumatic seal between the first metallic sheet and the second metallic sheet such that the pneumatic seal, the first metallic sheet, and the second metallic sheet together define a sealed sheet stack that defines a pneumatically isolated region that is bounded by the first internal surface, the second internal surface, and the pneumatic seal; increasing a surface area of the first internal surface and of the second internal surface by at least a threshold surface area increase by reducing the thickness of the sealed sheet stack to produce and/or generate the expanded sheet stack , so to define an expanded sheet stack ; and pressing at least a portion of the first internal surface against an opposed portion of the second internal surface by compressing a corresponding portion of the expanded sheet stack to diffusion bond a corresponding portion of the first metallic sheet to an opposed portion of the second metallic sheet and define a diffusion bonded sheet stack. creating a pneumatic seal between the first metallic sheet and the second metallic sheet such that the pneumatic seal, the first metallic sheet, and the second metallic sheet together define a sealed sheet stack that defines a pneumatically isolated region that is bounded by the first internal surface, the second internal surface, and the pneumatic seal; increasing a surface area of the first internal surface and of the second internal surface by at least a threshold surface area increase by reducing the thickness of the sealed sheet stack to produce and/or generate the expanded sheet stack , so to define an expanded sheet stack ; and pressing at least a portion of the first internal surface against an opposed portion of the second internal surface by compressing a corresponding portion of the expanded sheet stack to diffusion bond a corresponding portion of the first metallic sheet to an opposed portion of the second metallic sheet and define a diffusion bonded sheet stack.
A sensor assembly with a master sensor in the form of a light curtain and with at least one slave sensor in the form of an optical sensor, characterised in that the master sensor and/or the slave sensor are automatically configured when the slave sensor is connected to the master sensor, wherein a configuration is stored or coded in the master sensor or slave sensor, which configuration is transferred to the slave sensor or the master sensor when connected to the latter, and wherein a configuration comprises a specific operating mode or a number of parameters.
A method of manufacturing an antislip ladder rung , the method comprises steps of: - arranging a tubular rung made of sheet metal, and - arranging an antislip roughening to the rung, characterized in that the method step of arranging the antislip roughening comprises a step of punching the tubular rung in the diametral plane of the rung with a pressing punch (3 1 , 3 2 ) having a plurality of spaced puncturing rods with pointed tips, said puncturing rods being arranged in a row, and that during the punching stroke, at a first side of the rung the pointed tips puncture through the wall of the rung forming inlet openings and at the opposite second side of the rung the pointed tips create protrusions (6 1 , 6 2 ) that form the antislip roughening . - arranging a tubular rung made of sheet metal, and - arranging an antislip roughening to the rung, characterized in that the method step of arranging the antislip roughening comprises a step of punching the tubular rung in the diametral plane of the rung with a pressing punch (3 1 , 3 2 ) having a plurality of spaced puncturing rods with pointed tips, said puncturing rods being arranged in a row, and that during the punching stroke, at a first side of the rung the pointed tips puncture through the wall of the rung forming inlet openings and at the opposite second side of the rung the pointed tips create protrusions (6 1 , 6 2 ) that form the antislip roughening .
Method of making a mixed oxide comprising at least Li and M, and optionally one or more of Al, Si, Mg, and B, wherein M is at least one transition metal, preferably selected from Ni, Mn, or Co, or a mixture of two or more thereof, the method comprising steps (S1) to (S3), optionally step (S4), and steps (T1) and (T2): (S1) mixing a composition comprising water and at least one cation of at least one M with a composition comprising water and at least one anion selected from the group consisting of hydroxide, hydrogen carbonate, and carbonate, or a mixture of two or more thereof, in a colloid mill; (S2) precipitating an oxide or hydroxide or hydrogen carbonate or carbonate, or a mixture of two or more thereof, of M from the milled mixture obtained in step (S1); (S3) isolating said oxide or hydroxide or hydrogen carbonate or carbonate, or a mixture of two or more thereof, of M precipitated in step (S2); (S4) sintering the compound isolated in step (S3); (T1) mixing a lithium oxide, lithium hydroxide, lithium carbonate or lithium hydrogen carbonate, or a mixture of two or more thereof, with a product obtained according to step (S3) or (S4); (T2) sintering the mixture obtained in step (T1). (S1) mixing a composition comprising water and at least one cation of at least one M with a composition comprising water and at least one anion selected from the group consisting of hydroxide, hydrogen carbonate, and carbonate, or a mixture of two or more thereof, in a colloid mill; (S2) precipitating an oxide or hydroxide or hydrogen carbonate or carbonate, or a mixture of two or more thereof, of M from the milled mixture obtained in step (S1); (S3) isolating said oxide or hydroxide or hydrogen carbonate or carbonate, or a mixture of two or more thereof, of M precipitated in step (S2); (S4) sintering the compound isolated in step (S3); (T1) mixing a lithium oxide, lithium hydroxide, lithium carbonate or lithium hydrogen carbonate, or a mixture of two or more thereof, with a product obtained according to step (S3) or (S4); (T2) sintering the mixture obtained in step (T1).
A memory for machine learning, comprising: a bias circuit , wherein the bias circuit includes a charge pump capacitor (CchargeP); a bit line (RBL); and a neuron including: an output transistor (M1) having a drain connected to the bit line; a filter weight capacitor (Cweight) including a first plate and a second plate; a digital-to-analog converter ; a first switch (S1) coupled between an output node of the bias circuit and the second plate of the filter weight capacitor; a second switch (S2) coupled between an output of the digital-to-analog converter and the first plate of the filter weight capacitor; a third switch (S3) coupled between the first plate of the filter weight capacitor and a gate of the output transistor; a fourth switch (S4) coupled between ground and the second plate of the filter weight capacitor; and a fifth switch (S5) coupled between ground and the gate of the output transistor. a bias circuit , wherein the bias circuit includes a charge pump capacitor (CchargeP); a bit line (RBL); and a neuron including: an output transistor (M1) having a drain connected to the bit line; a filter weight capacitor (Cweight) including a first plate and a second plate; a digital-to-analog converter ; a first switch (S1) coupled between an output node of the bias circuit and the second plate of the filter weight capacitor; a second switch (S2) coupled between an output of the digital-to-analog converter and the first plate of the filter weight capacitor; a third switch (S3) coupled between the first plate of the filter weight capacitor and a gate of the output transistor; a fourth switch (S4) coupled between ground and the second plate of the filter weight capacitor; and a fifth switch (S5) coupled between ground and the gate of the output transistor. an output transistor (M1) having a drain connected to the bit line; a filter weight capacitor (Cweight) including a first plate and a second plate; a digital-to-analog converter ; a first switch (S1) coupled between an output node of the bias circuit and the second plate of the filter weight capacitor; a second switch (S2) coupled between an output of the digital-to-analog converter and the first plate of the filter weight capacitor; a third switch (S3) coupled between the first plate of the filter weight capacitor and a gate of the output transistor; a fourth switch (S4) coupled between ground and the second plate of the filter weight capacitor; and a fifth switch (S5) coupled between ground and the gate of the output transistor.