mhurhangee/ep-ind-claims huggingface dataset:
A silicon- and nitrogen-containing film formation process, the process comprising the steps of: Depositing a silicon- and nitrogen-containing film on a substrate by introducing a vapor of a mono-substituted TSA precursor and a nitrogen-containing reactant into a reactor containing the substrate, the mono-substituted TSA precursor having a formula (SiH 3) 2 N-SiH 2 -X, characterized in that X is an amino group [-NR 2] and each R is independently selected from the group consisting of H; a C 1 -C 6 hydrocarbyl group. Depositing a silicon- and nitrogen-containing film on a substrate by introducing a vapor of a mono-substituted TSA precursor and a nitrogen-containing reactant into a reactor containing the substrate, the mono-substituted TSA precursor having a formula (SiH 3) 2 N-SiH 2 -X, characterized in that X is an amino group [-NR 2] and each R is independently selected from the group consisting of H; a C 1 -C 6 hydrocarbyl group.
A method of gluing a white-box implementation of a cryptographic function to a surrounding program in a cryptographic system, comprising: receiving, by the cryptographic system, an input message; receiving a computed value from the surrounding program; performing, by the cryptographic system, a keyed cryptographic operation mapping the input message into an output message using the computed value from the surrounding program, wherein the output message is a correct output message when the computed value has a correct value, and the output message is not a correct output message when the computed value does not have a correct value; and outputting the output message, characterized in that the computed value is received from the surrounding program by a first pointer, and wherein the computed value received from the surrounding program is based upon one of a hash value of a code fragment, a device identifier, a user password, and a hash of a user password. receiving, by the cryptographic system, an input message; receiving a computed value from the surrounding program;
A crystalline form of cabotegravir sodium characterized by having a powder X-ray diffractogram comprising reflections at 2-Theta angles of: (6.8 ± 0.2)°, (18.5 ± 0.2)° and (23.7 ± 0.2)°, when measured at a temperature in the range of from 20 to 30 °C with Cu-Kalpha 1,2 radiation having a wavelength of 0.15419 nm.
An engine controlling apparatus, comprising: an air amount calculation unit that calculates an air amount introduced into a combustion chamber of an engine; a fuel supplying controlling unit that executes, if a predetermined fuel cut condition is satisfied, fuel supply cut for cutting fuel supply into the combustion chamber but executes, if a predetermined return condition is satisfied, fuel cut return for returning the fuel supply into the combustion chamber; a torque calculation unit that calculates torque outputted from the engine based on a result of the calculation by said air amount calculation unit; a controlling unit that controls a driving parameter of the engine based on the torque calculated by said torque calculation unit; and an engine speed detection unit that detects an engine speed of the engine wherein said torque calculation unit calculates a standard torque based on a result of the detection by said engine speed detection unit and a result of the calculation by said air amount calculation unit and characterized in that the torque calculation unit calculates the torque upon the fuel cut return by multiplying the standard torque with a ratio of an added value of a fresh air amount introduced into the combustion chamber in an intake stroke of the engine upon the fuel cut return and a remaining air amount in the combustion chamber upon fuel cut, the remaining air amount corresponding to a volume of the combustion chamber under the atmospheric pressure, to the fresh air. an air amount calculation unit that calculates an air amount introduced into a combustion chamber of an engine; a fuel supplying controlling unit that executes, if a predetermined fuel cut condition is satisfied, fuel supply cut for cutting fuel supply into the combustion chamber but executes, if a predetermined return condition is satisfied, fuel cut return for returning the fuel supply into the combustion chamber; a torque calculation unit that calculates torque outputted from the engine based on a result of the calculation by said air amount calculation unit; a controlling unit that controls a driving parameter of the engine based on the torque calculated by said torque calculation unit; and an engine speed detection unit that detects an engine speed of the engine wherein said torque calculation unit calculates a standard torque based on a result of the detection by said engine speed detection unit and a result of the calculation by said air amount calculation unit and characterized in that the torque calculation unit calculates the torque upon the fuel cut return by multiplying the standard torque with a ratio of an added value of a fresh air amount introduced into the combustion chamber in an intake stroke of the engine upon the fuel cut return and a remaining air amount in the combustion chamber upon fuel cut, the remaining air amount corresponding to a volume of the combustion chamber under the atmospheric pressure, to the fresh air.
An array substrate (200, 300) with a horizontal electric field driving mode, comprising: a substrate (201, 301); a plurality of common electrode lines (202, 302) formed on the substrate; and a plurality of gate lines (203, 303) formed on the substrate and a plurality of data lines (204, 304) intersecting with the gate lines; wherein the plurality of common electrode lines (202, 302) are arranged perpendicular to the data lines (204, 304), the plurality of common electrode lines (202, 302) are not connected with each other, each of the plurality of common electrode lines (202, 302) has a width in a range from about 3 mm to about 5 mm, and the common electrode lines (202, 302) function as sensing electrodes or driving electrodes and the data lines (204, 304) function as the driving electrodes or the sensing electrodes during a touch period, and wherein the array substrate (200, 300) with a horizontal electric field driving mode further comprises a plurality of pixel rows and a plurality of pixel columns formed by the plurality of data lines and the plurality of gate lines, each of the plurality of common electrode lines is arranged to overlap with one or a plurality of corresponding pixel rows. a substrate (201, 301); a plurality of common electrode lines (202, 302) formed on the substrate; and a plurality of gate lines (203, 303) formed on the substrate and a plurality of data lines (204, 304) intersecting with the gate lines; wherein the plurality of common electrode lines (202, 302) are arranged perpendicular to the data lines (204, 304), the plurality of common electrode lines (202, 302) are not connected with each other, each of the plurality of common electrode lines (202, 302) has a width in a range from about 3 mm to about 5 mm, and the common electrode lines (202, 302) function as sensing electrodes or driving electrodes and the data lines (204, 304) function as the driving electrodes or the sensing electrodes during a touch period, and wherein the array substrate (200, 300) with a horizontal electric field driving mode further comprises a plurality of pixel rows and a plurality of pixel columns formed by the plurality of data lines and the plurality of gate lines, each of the plurality of common electrode lines is arranged to overlap with one or a plurality of corresponding pixel rows.
A peptide of 3-20 amino acids having ACE-inhibitory activity and consisting of or comprising the sequence FSY or FTY for use in the treatment or prevention of a condition characterised by aberrant ACE activity selected from prehypertension and hypertension.
A gas sensor comprising: a detecting element having a detecting portion for detecting a gas to be measured on a leading end side of the detecting element; a housing surrounding the detecting element such that the detecting element protrudes from a leading end of the housing; an inner protector fixed in the housing and accommodating the detecting portion of the detecting element, the inner protector having a side wall provided with an inner introduction hole for introducing the gas to be measured into an interior of the inner protector; an outer protector surrounding at least the side wall of the inner protector while keeping a gap space with respect to the inner protector, the outer protector having a side wall provided with an outer introduction hole for introducing the gas to be measured into the gap space; and a guide body having a proximal end connected to an opening edge of the outer introduction hole and a distal end protruding into the gap space toward the inner protector, the guide body being extended substantially in a circumferential direction of the outer protector and adapted to guide a flow passage of the gas to be measured which is introduced into the gap space, wherein, in a cross-sectional plane (A-A) perpendicular to an axis of the gas sensor and on an outer peripheral surface side of the outer protector, a length along the circumferential direction of the outer introduction hole is longer than a length between the distal end and the proximal end of the guide body. a detecting element having a detecting portion for detecting a gas to be measured on a leading end side of the detecting element; a housing surrounding the detecting element such that the detecting element protrudes from a leading end of the housing; an inner protector fixed in the housing and accommodating the detecting portion of the detecting element, the inner protector having a side wall provided with an inner introduction hole for introducing the gas to be measured into an interior of the inner protector; an outer protector surrounding at least the side wall of the inner protector while keeping a gap space with respect to the inner protector, the outer protector having a side wall provided with an outer introduction hole for introducing the gas to be measured into the gap space; and a guide body having a proximal end connected to an opening edge of the outer introduction hole and a distal end protruding into the gap space toward the inner protector, the guide body being extended substantially in a circumferential direction of the outer protector and adapted to guide a flow passage of the gas to be measured which is introduced into the gap space, wherein, in a cross-sectional plane (A-A) perpendicular to an axis of the gas sensor and on an outer peripheral surface side of the outer protector, a length along the circumferential direction of the outer introduction hole is longer than a length between the distal end and the proximal end of the guide body.
A roof rack load carrying bar, comprising, - a cross sectional profile having a front bar portion and a rear bar portion with respect to a travel direction of said load carrying bar during use, said front bar portion having a front edge, said rear bar portion having a profile tapering rearwards with respect to said travel direction and towards a rear edge of said rear bar portion, said front edge comprising a first curved-shaped profile extending from an upper portion to a lower portion of said front bar portion, said first curved-shaped profile having a first distinct angular shift, wherein a distinct angular shift is defined as an interruption of the outer profile of the load carrying bar such that an edge appears on the outer profile, characterized in that, said rear edge having a first distinct angular shift, wherein the first angular shift of said rear edge is from 10 to 60 degrees, such as 30-60 degrees. - a cross sectional profile having a front bar portion and a rear bar portion with respect to a travel direction of said load carrying bar during use, said front bar portion having a front edge, said rear bar portion having a profile tapering rearwards with respect to said travel direction and towards a rear edge of said rear bar portion, said front edge comprising a first curved-shaped profile extending from an upper portion to a lower portion of said front bar portion, said first curved-shaped profile having a first distinct angular shift, wherein a distinct angular shift is defined as an interruption of the outer profile of the load carrying bar such that an edge appears on the outer profile, characterized in that, said rear edge having a first distinct angular shift, wherein the first angular shift of said rear edge is from 10 to 60 degrees, such as 30-60 degrees. said first curved-shaped profile having a first distinct angular shift, wherein a distinct angular shift is defined as an interruption of the outer profile of the load carrying bar such that an edge appears on the outer profile, characterized in that, said rear edge having a first distinct angular shift, wherein the first angular shift of said rear edge is from 10 to 60 degrees, such as 30-60 degrees.
Method for repairing a gas turbine component, which at least at the spot to be repaired consists of a ceramic composite material, wherein an energy beam which is directed onto a surface to be processed of the gas turbine component locally heats the gas turbine component in one zone, and one or more auxiliary materials and fibers and/or particles are fed to this zone, wherein a ceramic is generated in the melting zone through this auxiliary material or these auxiliary materials, which together with the fed fibers and/or particles forms a ceramic composite material, characterized in that the fed auxiliary material or the fed auxiliary materials completely or partially react to a ceramic in a chemical reaction in said zone.
An elevator system comprising: an elevator car located within an elevator shaft, the elevator car having an elevator car door coupling; a landing having a landing door openable on the elevator shaft, the landing door comprising a landing door coupling having one or more rollers; and an elevator landing door lock assembly comprising: a lock having a keyway accessible from a landing of an elevator system, the lock operable to lock and unlock the landing door; and a disengageable link operably connected to the lock and configured to prevent unlocking of the landing door when the disengageable link is not engaged, wherein, when the elevator car is aligned with the landing door, the disengageble link is engaged and completed such that the lock is operable to unlock and open the landing door, and wherein, when the elevator car is not aligned with the landing door, the lock is not operable, characterised in that the elevator car door coupling comprises a first vane and a second vane; and the disengageable link is configured to urge the second vane away from the first vane such that the vanes (402, 404) contact the one or more rollers. an elevator car located within an elevator shaft, the elevator car having an elevator car door coupling; a landing having a landing door openable on the elevator shaft, the landing door comprising a landing door coupling having one or more rollers; and an elevator landing door lock assembly comprising: a lock having a keyway accessible from a landing of an elevator system, the lock operable to lock and unlock the landing door; and a disengageable link operably connected to the lock and configured to prevent unlocking of the landing door when the disengageable link is not engaged, a lock having a keyway accessible from a landing of an elevator system, the lock operable to lock and unlock the landing door; and a disengageable link operably connected to the lock and configured to prevent unlocking of the landing door when the disengageable link is not engaged, wherein, when the elevator car is aligned with the landing door, the disengageble link is engaged and completed such that the lock is operable to unlock and open the landing door, and wherein, when the elevator car is not aligned with the landing door, the lock is not operable, characterised in that the elevator car door coupling comprises a first vane and a second vane; and the disengageable link is configured to urge the second vane away from the first vane such that the vanes (402, 404) contact the one or more rollers.
A system for calibrating impedance for a plurality of chips, the system comprising: a resistor coupled between a supply voltage and calibration terminal of each of the plurality of chips; and a chip of the plurality of chips comprising: an arbiter circuit coupled to the resistor via the calibration terminal; and a register, in communication with the arbiter circuit, configured to store timing information; wherein the arbiter circuit is configured to: receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available. a resistor coupled between a supply voltage and calibration terminal of each of the plurality of chips; and a chip of the plurality of chips comprising: an arbiter circuit coupled to the resistor via the calibration terminal; and a register, in communication with the arbiter circuit, configured to store timing information; wherein the arbiter circuit is configured to: receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available. an arbiter circuit coupled to the resistor via the calibration terminal; and a register, in communication with the arbiter circuit, configured to store timing information; wherein the arbiter circuit is configured to: receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available. receive a calibration command; determine, in response to the calibration command, whether the resistor is available based on a voltage at the calibration terminal; drive, via a driver circuit and in response to determining that the resistor is available, the voltage at the calibration terminal in one of a pull down or pull up direction, for a duration of time based on the timing information stored in the register; and determine, after the duration of time has elapsed, whether the resistor is available.
A method for deleting a security service, applicable to an electronic device, wherein the electronic device comprises a secure element SE, and the method for deleting a security service comprises: receiving, by the electronic device, an instruction for wiping data or performing a factory reset, and setting a first identifier according to the instruction; shutting down or restarting the electronic device; reading, by the electronic device, the first identifier if it is detected that the electronic device is powered on or is networked; sending, by the electronic device, a first request to a server if the first identifier is set, wherein the first request is used to request the server to delete a security service from the SE; receiving, by the electronic device, a first command sent by the server, wherein the first command is a command sent by the server according to the first request to instruct the electronic device to delete a target security service in the SE, and the target security service is determined by the server based on a security service installed in the SE and a list of deletable security services stored in the server; and deleting, by the electronic device, a secure element applet corresponding to the target security service from the SE according to the first command; and characterized by deleting, by the electronic device, a supplementary security domain SSD corresponding to the target security service from the SE according to the first command. receiving, by the electronic device, an instruction for wiping data or performing a factory reset, and setting a first identifier according to the instruction; shutting down or restarting the electronic device; reading, by the electronic device, the first identifier if it is detected that the electronic device is powered on or is networked; sending, by the electronic device, a first request to a server if the first identifier is set, wherein the first request is used to request the server to delete a security service from the SE; receiving, by the electronic device, a first command sent by the server, wherein the first command is a command sent by the server according to the first request to instruct the electronic device to delete a target security service in the SE, and the target security service is determined by the server based on a security service installed in the SE and a list of deletable security services stored in the server; and deleting, by the electronic device, a secure element applet corresponding to the target security service from the SE according to the first command; and characterized by deleting, by the electronic device, a supplementary security domain SSD corresponding to the target security service from the SE according to the first command.