mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of evaluating a patient with vascular disease, the disease including presence of plaque, the method comprising: receiving patient-specific data regarding a geometry of the patient's vasculature; creating an anatomic model representing at least a portion of a location of disease in the patient's vasculature based on the received patient-specific data; determining a disease type associated with the disease at said location of disease; modeling a progression or regression of disease at the location by computing one or more plaque geometries based on plaque remodeling characteristics of the disease type, identifying one or more changes in geometry of the anatomic model based on the modeled progression or regression of disease at the location; characterized in that the method further involves: calculating one or more values of a blood flow characteristic within the patient's vasculature using a computational model based on the identified one or more changes in geometry of the anatomic model; and generating an electronic graphical display including a graph showing how the one or more values of the calculated blood flow characteristic change in response to the identified one or more changes in geometry of the anatomic model. receiving patient-specific data regarding a geometry of the patient's vasculature; creating an anatomic model representing at least a portion of a location of disease in the patient's vasculature based on the received patient-specific data; determining a disease type associated with the disease at said location of disease; modeling a progression or regression of disease at the location by computing one or more plaque geometries based on plaque remodeling characteristics of the disease type, identifying one or more changes in geometry of the anatomic model based on the modeled progression or regression of disease at the location; characterized in that the method further involves: calculating one or more values of a blood flow characteristic within the patient's vasculature using a computational model based on the identified one or more changes in geometry of the anatomic model; and generating an electronic graphical display including a graph showing how the one or more values of the calculated blood flow characteristic change in response to the identified one or more changes in geometry of the anatomic model.
A method for generating a low airspeed warning in an aircraft, the method comprising: receiving engine thrust data; receiving altitude data; determining, in a processor , a low airspeed threshold that is a function of engine thrust when the aircraft altitude is within a predetermined altitude band; and generating a low airspeed alert in response to the step of determining, wherein the step of determining further comprises: receiving, in the processor, a stick shaker speed; receiving, in the processor, a minimum operating speed; and modifying, when engine thrust is below a predetermined minimum thrust, a combination of the minimum operating speed and the stick shaker speed by a first scale factor equal to a first predetermined value. receiving engine thrust data; receiving altitude data; determining, in a processor , a low airspeed threshold that is a function of engine thrust when the aircraft altitude is within a predetermined altitude band; and generating a low airspeed alert in response to the step of determining, wherein the step of determining further comprises: receiving, in the processor, a stick shaker speed; receiving, in the processor, a minimum operating speed; and modifying, when engine thrust is below a predetermined minimum thrust, a combination of the minimum operating speed and the stick shaker speed by a first scale factor equal to a first predetermined value. receiving, in the processor, a stick shaker speed; receiving, in the processor, a minimum operating speed; and modifying, when engine thrust is below a predetermined minimum thrust, a combination of the minimum operating speed and the stick shaker speed by a first scale factor equal to a first predetermined value.
Apparatus for training oral muscle tone, the apparatus comprising a mouthpiece having first electrode means associated with the mouthpiece and second electrode means for location exterior of the mouth of the user, the apparatus further comprising electrical circuitry operatively connected to the first and second electrode means, wherein the apparatus is configured to provide, in use, via the first and second electrode means electrical stimulation to one or more oral muscles of the user to increase resting muscle tone and/or muscle tone during sleep, the second electrode means comprising a first and second electrode, the first and second electrodes of the second electrode means being locatable opposite one another, lateral of a midline of the face of the user, wherein the first and second electrode are arranged, in use, to apply an electric current laterally of the external floor of the mouth of the user.
Method for an automatic rescue operation of an elevator car in an elevator system , said elevator system further comprising a hoisting machine and a battery-operated rescue drive device providing power signals to the hoisting machine and/or hoisting machinery brakes , the method comprising the steps of gathering, by a load sensor , elevator car load information; and selecting, by the rescue drive device , a first rescue run (R1) or a second rescue run (R2), wherein said first rescue run (R1) comprises supplying electrical power from a battery of the rescue drive device to an electric motor of the hoisting machine and/or hoisting machinery brakes to initiate movement of the elevator car , and wherein said second rescue run (R2) comprises shorting windings of the electric motor of the hoisting machine to apply dynamic braking (DB) of the electric motor , characterized in that the selecting of the first rescue run (R1) or the second rescue run (R2) by the rescue drive device is based on the elevator car load information, wherein the first rescue run (R1) is selected if the elevator car load is within a first range (B1) of a rated load of the elevator car , and wherein the second rescue run (R2) is selected if the elevator car load is within a second range (B2) of the rated load of the elevator car . selecting, by the rescue drive device , a first rescue run (R1) or a second rescue run (R2), wherein said first rescue run (R1) comprises supplying electrical power from a battery of the rescue drive device to an electric motor of the hoisting machine and/or hoisting machinery brakes to initiate movement of the elevator car , and wherein said second rescue run (R2) comprises shorting windings of the electric motor of the hoisting machine to apply dynamic braking (DB) of the electric motor , characterized in that the selecting of the first rescue run (R1) or the second rescue run (R2) by the rescue drive device is based on the elevator car load information, wherein the first rescue run (R1) is selected if the elevator car load is within a first range (B1) of a rated load of the elevator car , and wherein the second rescue run (R2) is selected if the elevator car load is within a second range (B2) of the rated load of the elevator car .
A hearing aid system comprising a first hearing aid device and a mobile device, wherein each of the devices comprises a transmit unit and a receive unit for establishing a short range wireless link between the devices, wherein at least one of the devices comprises: • a microphone configured to receive an acoustical audio signal, • a signal processing unit configured to process an audio signal based on the acoustical audio signal, • a first link quality estimator, where the first link quality estimator is configured to determine a phase error of an information packet transmitted from the other device and received by the receive unit of said at least one of the devices and determine a link quality signal based on the phase error, wherein the phase error is determined by averaging the phase error of the multiple samples/bits of the information packet, and the average phase error per information packet is further averaged in between several information packets and wherein the at least one of the devices is configured to transmit the link quality signal to the other device, and the other device is configured to determine the power level of the transmission of the information packet based on the link quality signal via a power controller comprised by the other device, wherein the other device which comprises the power controller is configured to adjust a power level of the transmission of the information packet based on the link quality signal transmitted by the at least one of the devices which comprises the first link quality estimator. • a microphone configured to receive an acoustical audio signal, • a signal processing unit configured to process an audio signal based on the acoustical audio signal, • a first link quality estimator, where the first link quality estimator is configured to determine a phase error of an information packet transmitted from the other device and received by the receive unit of said at least one of the devices and determine a link quality signal based on the phase error, wherein the phase error is determined by averaging the phase error of the multiple samples/bits of the information packet, and the average phase error per information packet is further averaged in between several information packets and wherein the at least one of the devices is configured to transmit the link quality signal to the other device, and the other device is configured to determine the power level of the transmission of the information packet based on the link quality signal via a power controller comprised by the other device, wherein the other device which comprises the power controller is configured to adjust a power level of the transmission of the information packet based on the link quality signal transmitted by the at least one of the devices which comprises the first link quality estimator.
A method for allowing a client application to use a web browser to perform single sign-on authentication, the method comprising: initiating , at the client application at a client device, the single sign-on authentication with a security device to create an out-of-band single sign-on based session key; receiving , at the client application, a session identifier comprising the session key, location of a web portal for said single sign-on authentication and a timeout value from the security device, the session identifier being received from the security device and identifying a client session with the security device; and launching a browser, by the client application, by passing the session identifier and the location of the web portal from the client application to the browser for use by the browser in performing said single sign-on authentication with the web portal in a single sign-in session bound to the client session by the session identifier, the browser being installed at the client device and comprising a web application communicating with the security device; performing authentication at the client device through the web portal using the browser, with direct communication between the client application and the browser; and receiving a notification at the client application that the authentication was successful. initiating , at the client application at a client device, the single sign-on authentication with a security device to create an out-of-band single sign-on based session key; receiving , at the client application, a session identifier comprising the session key, location of a web portal for said single sign-on authentication and a timeout value from the security device, the session identifier being received from the security device and identifying a client session with the security device; and launching a browser, by the client application, by passing the session identifier and the location of the web portal from the client application to the browser for use by the browser in performing said single sign-on authentication with the web portal in a single sign-in session bound to the client session by the session identifier, the browser being installed at the client device and comprising a web application communicating with the security device; performing authentication at the client device through the web portal using the browser, with direct communication between the client application and the browser; and receiving a notification at the client application that the authentication was successful.
A method of fabricating a cork composite material , the method comprising: (a) providing a plurality of cork particles in a volume ; (b) adding a dispersion of thermoplastic elastomer to the volume to provide a mixture of the dispersion of thermoplastic elastomer and the cork particles ; (c) agitating the mixture of the dispersion of thermoplastic elastomer and the cork particles ; (d) heating the mixture of the thermoplastic elastomer and the cork particles ; and (e) allowing the mixture of the thermoplastic elastomer and the cork particles to cool; wherein steps (a), (b), (c), (d) and (e) together result in a plurality of discrete coated cork particles wherein each discrete coated cork particle is coated in a first layer of the thermoplastic elastomer. (a) providing a plurality of cork particles in a volume ; (b) adding a dispersion of thermoplastic elastomer to the volume to provide a mixture of the dispersion of thermoplastic elastomer and the cork particles ; (c) agitating the mixture of the dispersion of thermoplastic elastomer and the cork particles ; (d) heating the mixture of the thermoplastic elastomer and the cork particles ; and (e) allowing the mixture of the thermoplastic elastomer and the cork particles to cool;
A method, comprising: migrating a virtual network device from a first host to a second host, wherein the virtual network device was configured with a first floating native, Virtual Local Area Network, VLAN, value associated with an interface of the first host prior to the migration; and configuring the virtual network device with a second floating native VLAN value associated with an interface of the second host, wherein the virtual network device is configured to compare the second floating VLAN value to an assigned VLAN value. migrating a virtual network device from a first host to a second host, wherein the virtual network device was configured with a first floating native, Virtual Local Area Network, VLAN, value associated with an interface of the first host prior to the migration; and configuring the virtual network device with a second floating native VLAN value associated with an interface of the second host, wherein the virtual network device is configured to compare the second floating VLAN value to an assigned VLAN value.
A conveying apparatus for media in a fuel cell system having a drive machine , via which at least one conveying device for air and at least one conveying device for recirculated anode exhaust gas are driven via at least one cooling medium pump , characterized in that the drive machine includes a rotor shaft to which the cooling medium pump is directly coupled, wherein the cooling medium pump or the drive machine is magnetically coupled to one of the conveying devices and the drive machine or the conveying device is magnetically coupled to the other conveying device .
Electrical plug-in connector for a multicore electric cable, comprising - at least two cable-side electrical contact elements with associated connection points , to each of which a core of the electric cable is to be connected, and - at least two output-side electrical contact elements , from each of which an electrical plug element protrudes, it being possible to establish an electrical connection with a mating plug by means of the said electrical plug element, wherein the output-side electrical contact elements are arranged at a distance from the cable-side electrical contact elements , wherein a carrier body is arranged between the cable-side contact elements and the output-side contact elements , which carrier body forms a carrier region which extends from a first connecting section to a second connecting section and to which both the cable-side and also the output-side contact elements (31, 32; 71, 72) are connected, and that a supporting section of the carrier body in each case leads away from the carrier region at each of the two connecting sections in such a way that the carrier region and the two supporting sections form an annularly encircling structure, characterized in that the plug-in connector is annularly enclosed by an external conductor in cross section, the carrier body and also the cable-side and output-side contact elements (31, 32; 71, 72) being arranged in the internal space in the said external conductor at least in sections, and in that the external conductor is fixed to the carrier body . - at least two cable-side electrical contact elements with associated connection points , to each of which a core of the electric cable is to be connected, and - at least two output-side electrical contact elements , from each of which an electrical plug element protrudes, it being possible to establish an electrical connection with a mating plug by means of the said electrical plug element,
A trip block , comprising: a housing having an inlet , an outlet , and a plurality of interconnected passageways; a plurality of valve assemblies , wherein a portion of each valve assembly is housed within the housing, wherein each valve assembly of the plurality of valve assemblies includes a rotary valve member arrangement and an actuator for actuating the rotary valve member arrangement; wherein each one of the plurality of valve assemblies is arranged within the housing to govern a flow of fluid between the inlet and the outlet; and wherein the rotary valve member arrangement of each one of the plurality of valve assemblies includes a spool rotatably disposed within a sleeve [claim 2]. a housing having an inlet , an outlet , and a plurality of interconnected passageways; a plurality of valve assemblies , wherein a portion of each valve assembly is housed within the housing, wherein each valve assembly of the plurality of valve assemblies includes a rotary valve member arrangement and an actuator for actuating the rotary valve member arrangement; wherein each one of the plurality of valve assemblies is arranged within the housing to govern a flow of fluid between the inlet and the outlet; and wherein the rotary valve member arrangement of each one of the plurality of valve assemblies includes a spool rotatably disposed within a sleeve [claim 2].
A tire whose tread comprises, in the unvulcanized state, a heat-expandable rubber composition comprising at least: - 50 to 100 phr of a copolymer based on styrene and butadiene; - optionally, 0 to 50 phr of another diene elastomer; - more than 50 phr of a reinforcing filler; - between 5 and 25 phr of a blowing agent; - between 5 and 25 phr of a heat-fusible compound with a melting point between 70°C and 150°C; - the total content of blowing agent and heat-fusible compound being greater than 15 phr. - 50 to 100 phr of a copolymer based on styrene and butadiene; - optionally, 0 to 50 phr of another diene elastomer; - more than 50 phr of a reinforcing filler; - between 5 and 25 phr of a blowing agent; - between 5 and 25 phr of a heat-fusible compound with a melting point between 70°C and 150°C; - the total content of blowing agent and heat-fusible compound being greater than 15 phr.
An encoder comprising: a generation unit configured to generate information in a first parameter set contained in a first network abstraction layer unit, the first parameter set being a syntax structure which contains syntax elements that apply to zero or more entire coded video sequences, and the information describing a parameter for use in decoding at least a first layer of multiple layers of the video sequences, and a second NAL unit having a specific NAL unit type code, the second NAL unit corresponding to a second layer of said multiple layers, and the second NAL unit including supplemental information, the supplemental information from the second NAL unit indicating (i) an identifier of the first parameter set to indicate that the second NAL unit is used to supplement the first NAL unit, (ii) a video usability information ("VUI") parameter having layer-dependent information for use in decoding said second layer of said multiple layers; and an encoding unit configured to encode said second layer of said multiple layers based on the generated information for the first NAL unit and the generated supplemental information for the second NAL unit, wherein the parameter for use in decoding at least said first layer is required for decoding said second layer of said multiple layers. a generation unit configured to generate information in a first parameter set contained in a first network abstraction layer unit, the first parameter set being a syntax structure which contains syntax elements that apply to zero or more entire coded video sequences, and the information describing a parameter for use in decoding at least a first layer of multiple layers of the video sequences, and a second NAL unit having a specific NAL unit type code, the second NAL unit corresponding to a second layer of said multiple layers, and the second NAL unit including supplemental information, the supplemental information from the second NAL unit indicating (i) an identifier of the first parameter set to indicate that the second NAL unit is used to supplement the first NAL unit, (ii) a video usability information ("VUI") parameter having layer-dependent information for use in decoding said second layer of said multiple layers; and an encoding unit configured to encode said second layer of said multiple layers based on the generated information for the first NAL unit and the generated supplemental information for the second NAL unit, wherein the parameter for use in decoding at least said first layer is required for decoding said second layer of said multiple layers.