mhurhangee/patent-ind-claim-en huggingface dataset:
Method for tracing malicious endpoints in direct communication with an application back end using TLS fingerprinting techniques, comprising the steps of: - providing a reverse proxy configured to intercept the traffic exchanged between a client and an application back end; - providing a processing unit in which a default algorithm resides and placed in signal communication with the reverse proxy ; - intercepting by means of the reverse proxy each TLS Client HELLO directed to the application back end and generating a TLS Client HELLO hash by means of the default algorithm; - intercepting and processing by means of the reverse proxy each HTTP request generated by the client and directed to the application back end to extract the Client User Agent from the intercepted HTTP request; - processing the Client User Agent by means of the default algorithm to generate a Client User Agent hash; - processing by means of the default algorithm the TLS Client HELLO hash and the Client User Agent hash by calculating the number of occurrences in which the TLS Client HELLO hash is associated with the Client User Agent hash to obtain a relative frequency value, such relative frequency value being used by the default algorithm to determine whether the TLS Client HELLO hash is common or anomalous for the Client User Agent hash of the client ; - performing one or more attack protection actions of the Man-In-The-Middle type if the TLS Client HELLO hash is anomalous for the Client User Agent hash of the client . - providing a reverse proxy configured to intercept the traffic exchanged between a client and an application back end; - providing a processing unit in which a default algorithm resides and placed in signal communication with the reverse proxy ; - intercepting by means of the reverse proxy each TLS Client HELLO directed to the application back end and generating a TLS Client HELLO hash by means of the default algorithm; - intercepting and processing by means of the reverse proxy each HTTP request generated by the client and directed to the application back end to extract the Client User Agent from the intercepted HTTP request; - processing the Client User Agent by means of the default algorithm to generate a Client User Agent hash; - processing by means of the default algorithm the TLS Client HELLO hash and the Client User Agent hash by calculating the number of occurrences in which the TLS Client HELLO hash is associated with the Client User Agent hash to obtain a relative frequency value, such relative frequency value being used by the default algorithm to determine whether the TLS Client HELLO hash is common or anomalous for the Client User Agent hash of the client ; - performing one or more attack protection actions of the Man-In-The-Middle type if the TLS Client HELLO hash is anomalous for the Client User Agent hash of the client .
Position detection device intended to be mounted in a housing which includes an electrical machine and a control electronic device of the electrical machine , for transferring a position signal from the machine to said control electronic device , the device comprising: - a position sensor which comprises a body , - a support on which the position sensor is intended to be mounted, the support being configured to be received against the walls of a blind hole inside of said housing in order to produce, at least partly, the securing in place of said device , the support comprises: a first portion intended to receive said position sensor , said portion being situated at a first end of the support in order to allow a detection of the position of the electrical machine by the position sensor , the first portion of the support comprises a surface (S) on which an edge of the body of the sensor is intended to bear, and further comprises an aperture (O) so as to leave uncovered a central part of the body of the position sensor and - a second portion extending from said first portion to a second end of the support , said first and second portions being configured to be received against the walls of the blind hole in order to, at least partly, secure said device in place. - a position sensor which comprises a body , - a support on which the position sensor is intended to be mounted, - a second portion extending from said first portion to a second end of the support ,
A method for checking the mounting of tires on a vehicle , characterized in that the method comprises the following steps: (A) recording images of at least two tires mounted on the vehicle , the images each covering at least a portion of a tire , and the images comprising in particular images of at least a portion of the tread of the tires ; (B) comparing the recorded images and determining whether the tires are correctly mounted on the vehicle , which includes determining whether the treads of the tires have a directional tread pattern and determining whether the tires are mounted on the vehicle in the direction of rotation predetermined by a directional tread pattern. (A) recording images of at least two tires mounted on the vehicle , the images each covering at least a portion of a tire , and the images comprising in particular images of at least a portion of the tread of the tires ; (B) comparing the recorded images and determining whether the tires are correctly mounted on the vehicle , which includes determining whether the treads of the tires have a directional tread pattern and determining whether the tires are mounted on the vehicle in the direction of rotation predetermined by a directional tread pattern.
A safe take-off monitoring system for an airplane, the system comprising: sensors on-board the airplane that detect parameters relating to airplane weight; and at least one safe take-off monitoring system processor operatively coupled to the sensors , the at least one processor configured for continually computing parameters including distance required for stopping the airplane from its present position, the at least one processor further configured for conditionally issuing a warning to the pilot to abort take-off if the remaining distance on the runway is adequate to stop the airplane and the actual airplane speed is below rotation speed (V R ); wherein the at least one processor is configured to evaluate the energy absorbed by the airplane brakes in case of an aborted take-off and to warn the pilot to abort take-off if rotation speed (V R ) proposed by the pilot is lower than the minimum acceptable for actual airplane operating conditions.
A method of handling an Access Stratum, hereinafter called AS, key change in a wireless communication system , the method comprising: a base station using a radio resource control, hereinafter called RRC, procedure to activate the AS key change for a first condition of the AS key change with an authentication and key agreement, hereinafter called AKA, run and a second condition of the AS key change without the AKA run, characterized by: sending an RRC message for activating the AS key change during an RRC procedure, the RRC message comprising an indicator for indicating whether the AS key change is accompanied with the AKA run or not. a base station using a radio resource control, hereinafter called RRC, procedure to activate the AS key change for a first condition of the AS key change with an authentication and key agreement, hereinafter called AKA, run and a second condition of the AS key change without the AKA run, characterized by: sending an RRC message for activating the AS key change during an RRC procedure, the RRC message comprising an indicator for indicating whether the AS key change is accompanied with the AKA run or not.
A patch preparation comprising: a support and an adhesive layer on one surface of the support; wherein the adhesive layer contains a basic medicament, wherein the basic medicament is tizanidine, a fatty acid-based ionic liquid, and a potassium salt and/or potassium ion, wherein the potassium salt and/or potassium ion are generated as a result of reaction of an acid addition salt of tizanidine with a compound capable of generating potassium ion in the adhesive layer; and wherein the term "fatty acid" refers to an acid selected from the group consisting of capric acid, sorbic acid, levulinic acid, lauric acid, myristic acid, palmitic acid, stearic acid, isostearic acid and oleic acid. a support and an adhesive layer on one surface of the support; wherein the adhesive layer contains a basic medicament, wherein the basic medicament is tizanidine, a fatty acid-based ionic liquid, and a potassium salt and/or potassium ion, wherein the potassium salt and/or potassium ion are generated as a result of reaction of an acid addition salt of tizanidine with a compound capable of generating potassium ion in the adhesive layer; a basic medicament, wherein the basic medicament is tizanidine, a fatty acid-based ionic liquid, and a potassium salt and/or potassium ion, wherein the potassium salt and/or potassium ion are generated as a result of reaction of an acid addition salt of tizanidine with a compound capable of generating potassium ion in the adhesive layer; and wherein the term "fatty acid" refers to an acid selected from the group consisting of capric acid, sorbic acid, levulinic acid, lauric acid, myristic acid, palmitic acid, stearic acid, isostearic acid and oleic acid.
Cord for use as a reinforcing element in a reinforcing layer , in particular of a belt bandage and/or carcass of a pneumatic vehicle tyre , comprising at least a first yarn and a second yarn , wherein the first and second yarns are twisted together at the end, characterized in that - at least one filament of the first yarn of the cord , a plurality of the filaments of the first yarn or all of the filaments of the first yarn consist of polyvinylidene fluoride and - the surface at least of the first yarn and of the second yarn is at least partially covered by an adhesion-promoting layer consisting of a dispersion, wherein the dispersion comprises at least one dispersion matrix and at least one dispersed phase . - at least one filament of the first yarn of the cord , a plurality of the filaments of the first yarn or all of the filaments of the first yarn consist of polyvinylidene fluoride and - the surface at least of the first yarn and of the second yarn is at least partially covered by an adhesion-promoting layer consisting of a dispersion, wherein the dispersion comprises at least one dispersion matrix and at least one dispersed phase .
MEDI4736 or an antigen binding fragment thereof for use in treating a patient identified as having a PD-L1 positive non-small cell lung carcinoma (NSCLC), wherein the patient is administered 10 mg/kg of MEDI4736 or an antigen-binding fragment thereof every two weeks or every three weeks.
Wiper device with a first wiper blade unit in the form of a wiper blade rubber, and with at least one second wiper blade unit in the form of a spring rail, characterized in that the first wiper blade unit has a receiving region which has greater rigidity than a wiper lip region , and a first wiper blade unit and the second wiper blade unit are connected via a shrink-fit connection and/or expansion connection produced by heat treatment.
A semiconductor image sensor device, comprising: a semiconductor layer having a main surface (MS) and an opposite rear surface (RS), and a charge carrier generating component (CG) arranged in the semiconductor layer and at the main surface (MS), the charge carrier generating component (CG) being a pinned photodiode sensitive to radiation, the charge carrier generating component (CG) being arranged between a top reflecting layer (R1) and a bottom reflecting layer (R2), and the top reflecting layer (R1) and the bottom reflecting layer (R2) being arranged outside the semiconductor layer, wherein the bottom reflecting layer (R2) comprises a sequence of dielectric layers, the sequence forming a Bragg mirror, and characterized in that the top reflecting layer (R1) comprises a sequence of dielectric layers, the sequence forming a Bragg mirror, and in that the top reflecting layer (R1) and the bottom reflecting layer (R2) form opposite boundaries of a resonant cavity, which is tuned to a target wavelength for which the pinned photodiode is radiation sensitive. a semiconductor layer having a main surface (MS) and an opposite rear surface (RS), and a charge carrier generating component (CG) arranged in the semiconductor layer and at the main surface (MS), the charge carrier generating component (CG) being a pinned photodiode sensitive to radiation, the charge carrier generating component (CG) being arranged between a top reflecting layer (R1) and a bottom reflecting layer (R2), and the top reflecting layer (R1) and the bottom reflecting layer (R2) being arranged outside the semiconductor layer, wherein the bottom reflecting layer (R2) comprises a sequence of dielectric layers, the sequence forming a Bragg mirror, and characterized in that the top reflecting layer (R1) comprises a sequence of dielectric layers, the sequence forming a Bragg mirror, and in that the top reflecting layer (R1) and the bottom reflecting layer (R2) form opposite boundaries of a resonant cavity, which is tuned to a target wavelength for which the pinned photodiode is radiation sensitive.
An atropisomer compound of Formula II-A, II-B, II-C, or II-D, or a pharmaceutically acceptable salt thereof: wherein CyN is a cyclic amine group bound via a nitrogen atom that is optionally substituted with one or more substituents independently chosen from halogen, C 1 -C 2 alkyl, and C 1 -C 2 alkoxy; X is C or N; R 1 and R 2 are each independently a halogen, CN, CF 3 , CHF 2 , CH 2 F, a C 1 -C 10 alkyl group, a C 1 -C 10 alkoxy group, a di(C 1 -C 5 alkyl)amino; m and n are each independently 1, 2, or 3; and at least one R 1 group is an ortho substituent and the atropisomer of Formula II-A, II-B, II-C, or II-D is present in excess of its corresponding enantiomer. CyN is a cyclic amine group bound via a nitrogen atom that is optionally substituted with one or more substituents independently chosen from halogen, C 1 -C 2 alkyl, and C 1 -C 2 alkoxy; X is C or N; R 1 and R 2 are each independently a halogen, CN, CF 3 , CHF 2 , CH 2 F, a C 1 -C 10 alkyl group, a C 1 -C 10 alkoxy group, a di(C 1 -C 5 alkyl)amino; m and n are each independently 1, 2, or 3; and at least one R 1 group is an ortho substituent and the atropisomer of Formula II-A, II-B, II-C, or II-D is present in excess of its corresponding enantiomer.
A needle protection device for a pre-filled syringe with staked needle , the device comprising: - a blocking mechanism , comprising means for fastening to a syringe body , - a needle shield , into which the needle can be driven, - an after-use safety system , comprising a sleeve defining a central axis along which it is movable and means for elastically loading the sleeve in a forward direction in which it is able to cover the needle, the sleeve comprizing: o an outer tube , which is arranged so as to cooperate with the blocking mechanism , and o a coaxial inner tube , that is arranged coaxially inside the outer tube and that protrudes axially, on the distal side, relative to the outer tube , characterized in that the outer tube and the inner tube are manufactured in one piece by injection molding, in that the outer tube and the inner tube are attached to one another by frangible bridges and in that the inner tube is detachable from the outer tube and axially connected in translation with the needle shield . - a blocking mechanism , comprising means for fastening to a syringe body , - a needle shield , into which the needle can be driven, - an after-use safety system , comprising a sleeve defining a central axis along which it is movable and means for elastically loading the sleeve in a forward direction in which it is able to cover the needle, the sleeve comprizing: o an outer tube , which is arranged so as to cooperate with the blocking mechanism , and o a coaxial inner tube , that is arranged coaxially inside the outer tube and that protrudes axially, on the distal side, relative to the outer tube , o an outer tube , which is arranged so as to cooperate with the blocking mechanism , and o a coaxial inner tube , that is arranged coaxially inside the outer tube and that protrudes axially, on the distal side, relative to the outer tube ,
A method of deploying an export cable into connection with an output connector of a power generating device, the output connector being mounted on a bed of a body of water, the method comprising: providing a power export cable ; providing an export connector on an end of the export cable ; providing a buoyant winching device in engagement with the connector, the winching device being sufficiently buoyant to render a combination of the export connector and the winching device buoyant; deploying the winching device and export connector into the body of water; attaching a distal end of a winch tether of the winching device adjacent or to the output connector of the power generating device; winching in the winch tether using the winching device whilst paying out the export cable , thereby causing the export connector and attached export cable to move towards the output connector , until the export connector is brought into engagement with the output connector ; disengaging the winching device from the export connector ; paying out the winch tether , thereby allowing the winching device to rise through the body of water; disconnecting the winch tether ; winching in the winch tether into the winching device to recover the tether and recovering the winch tether ; and recovering the winching device . providing a power export cable ; providing an export connector on an end of the export cable ; providing a buoyant winching device in engagement with the connector, the winching device being sufficiently buoyant to render a combination of the export connector and the winching device buoyant; deploying the winching device and export connector into the body of water; attaching a distal end of a winch tether of the winching device adjacent or to the output connector of the power generating device; winching in the winch tether using the winching device whilst paying out the export cable , thereby causing the export connector and attached export cable to move towards the output connector , until the export connector is brought into engagement with the output connector ; disengaging the winching device from the export connector ; paying out the winch tether , thereby allowing the winching device to rise through the body of water; disconnecting the winch tether ; winching in the winch tether into the winching device to recover the tether and recovering the winch tether ; and recovering the winching device .
A method of additive manufacturing of a three-dimensional object, comprising sequentially forming a plurality of layers one on top of the other in a configured pattern corresponding to the shape of the object, thereby forming the object; wherein said formation of each layer comprises operating a dispensing head for dispensing, by inkjet technology, at least one uncured building material, and operating a radiation source for at least partially curing said uncured building material, and wherein said dispensing head and said radiation source are mounted on a reciprocally moving block; characterized in that the method comprises: moving said block one pass over said tray to dispense and cure a single layer of building material, setting said block to rest at a resting position for a resting time-period which equals one or more time periods corresponding to said pass of said block over a tray so as to ensure that curing of a subsequent layer is initiated at least t seconds after commencement of curing of said single layer, said t being longer than an overall time required for said formation, said resting time-period being a difference between said overall formation time and said t. wherein said formation of each layer comprises operating a dispensing head for dispensing, by inkjet technology, at least one uncured building material, and operating a radiation source for at least partially curing said uncured building material, and wherein said dispensing head and said radiation source are mounted on a reciprocally moving block; characterized in that the method comprises: moving said block one pass over said tray to dispense and cure a single layer of building material, setting said block to rest at a resting position for a resting time-period which equals one or more time periods corresponding to said pass of said block over a tray so as to ensure that curing of a subsequent layer is initiated at least t seconds after commencement of curing of said single layer, said t being longer than an overall time required for said formation, said resting time-period being a difference between said overall formation time and said t.
An information transmission method, comprising receiving , by a terminal, multiple sets of control signaling configuration, wherein the multiple sets of control signaling configuration have a one to one correspondence to multiple physical downlink control channel, PDCCH, detection capabilities of the terminal, the control signaling configuration is used to determine at least one of the following: a search space, a control resource set, CORESET, and a candidate PDCCH, and each of the multiple PDCCH detection capabilities comprises at least one of the following: a first capability, the first capability referring to a maximum number of monitored PDCCH candidates supported by the terminal in a first time window; a second capability, the second capability referring to a maximum number of non-overlapped control channel elements, CCE, for channel estimation supported by the terminal in the first time window; and performing, by the terminal, PDCCH detection according to the multiple sets of control signaling configuration respectively; wherein for an overlapping span of the multiple PDCCH detection capabilities, the multiple PDCCH detection capabilities are in an independent relationship, and the method further comprises: independently executing, by the terminal, a dropping rule according to the multiple PDCCH detection capabilities, wherein the dropping rule refers to dropping at least one of the following which is beyond the PDCCH detection capabilities: a search space, a CORESET, and a candidate PDCCH. receiving , by a terminal, multiple sets of control signaling configuration, wherein the multiple sets of control signaling configuration have a one to one correspondence to multiple physical downlink control channel, PDCCH, detection capabilities of the terminal, the control signaling configuration is used to determine at least one of the following: a search space, a control resource set, CORESET, and a candidate PDCCH, and each of the multiple PDCCH detection capabilities comprises at least one of the following: a first capability, the first capability referring to a maximum number of monitored PDCCH candidates supported by the terminal in a first time window; a second capability, the second capability referring to a maximum number of non-overlapped control channel elements, CCE, for channel estimation supported by the terminal in the first time window; and performing, by the terminal, PDCCH detection according to the multiple sets of control signaling configuration respectively; wherein for an overlapping span of the multiple PDCCH detection capabilities, the multiple PDCCH detection capabilities are in an independent relationship, and the method further comprises: independently executing, by the terminal, a dropping rule according to the multiple PDCCH detection capabilities, wherein the dropping rule refers to dropping at least one of the following which is beyond the PDCCH detection capabilities: a search space, a CORESET, and a candidate PDCCH.