mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a substrate ; a thin film transistor provided on a first side of the substrate ; a first electrode connected with the thin film transistor ; an organic emission layer provided on the first electrode and capable of emitting light; a second electrode provided on the organic emission layer ; and a light blocking layer contacting the substrate from a second side that faces the first side of the substrate , wherein the light is emitted in a direction toward the second electrode from the organic emission layer , wherein the substrate comprises a display area (DA) where a plurality of pixels are arranged in a matrix format and a peripheral area (PA) that surrounds the displays area (DA), wherein the light blocking layer overlaps the entire display area (DA), and wherein the light blocking layer partially overlaps the peripheral area (PA), while not overlapping an edge of the peripheral area (PA), the display device further comprising a cover panel that overlaps the substrate , wherein the light blocking layer is provided between the cover panel and the substrate , wherein the display device further comprises an impact buffer layer that overlaps the light blocking layer ; characterised in that the display device further comprises an adhesive layer provided between the impact buffer layer and the light blocking layer , wherein the adhesive layer directly contacts a part of the substrate . a substrate ; a thin film transistor provided on a first side of the substrate ; a first electrode connected with the thin film transistor ; an organic emission layer provided on the first electrode and capable of emitting light; a second electrode provided on the organic emission layer ; and a light blocking layer contacting the substrate from a second side that faces the first side of the substrate , wherein the light is emitted in a direction toward the second electrode from the organic emission layer , wherein the substrate comprises a display area (DA) where a plurality of pixels are arranged in a matrix format and a peripheral area (PA) that surrounds the displays area (DA), wherein the light blocking layer overlaps the entire display area (DA), and wherein the light blocking layer partially overlaps the peripheral area (PA), while not overlapping an edge of the peripheral area (PA), the display device further comprising a cover panel that overlaps the substrate , wherein the light blocking layer is provided between the cover panel and the substrate , wherein the display device further comprises an impact buffer layer that overlaps the light blocking layer ; characterised in that the display device further comprises an adhesive layer provided between the impact buffer layer and the light blocking layer , wherein the adhesive layer directly contacts a part of the substrate .
A method for managing a connection with a device for a wireless communication based Wireless universal Serial Bus, WSB, service, the method being carried out by a host, the method comprising: receiving, from the device , a device information comprising a device class of the device ; assigning a first bandwidth to connect to the device for providing a service, based on the device class ; characterized by if a request for changing service type is received, determining whether service quality for the changed service type is satisfied with the first bandwidth ; and if the service quality for the changed service type is not satisfied with the first bandwidth , assigning a second bandwidth to satisfy the service quality based on the changed service type , wherein the device class includes at least one of human interface device, HID, class, a mass-storage device class, MSC, and a media transfer protocol, MTP, class. receiving, from the device , a device information comprising a device class of the device ; assigning a first bandwidth to connect to the device for providing a service, based on the device class ; characterized by if a request for changing service type is received, determining whether service quality for the changed service type is satisfied with the first bandwidth ; and if the service quality for the changed service type is not satisfied with the first bandwidth , assigning a second bandwidth to satisfy the service quality based on the changed service type , wherein the device class includes at least one of human interface device, HID, class, a mass-storage device class, MSC, and a media transfer protocol, MTP, class.
A method for measuring signal received power, comprising: obtaining (S101), by a user equipment, UE, reference signal resource; obtaining (S102), by the UE, a reference signal subset and a precoding matrix, wherein the reference signal subset is a subset of a reference signal port set configured in the reference signal resource, and the precoding matrix is used for precoding the reference signal subset; and obtaining (SI03), by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE; and characterised in that obtaining (S103), by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE, comprising: obtaining, by the UE, a channel estimation value according to the reference signal subset, obtaining, by the UE, a precoded channel estimation value according to the channel estimation value and the precoding matrix, obtaining, by the UE, multiple channel estimations based on respective resource units carrying the reference signals, obtaining, by the UE, corresponding received powers, and obtaining, by the UE, signal received power by linearly averaging the above-mentioned powers on the considered measurement bandwidth. obtaining (S101), by a user equipment, UE, reference signal resource; obtaining (S102), by the UE, a reference signal subset and a precoding matrix, wherein the reference signal subset is a subset of a reference signal port set configured in the reference signal resource, and the precoding matrix is used for precoding the reference signal subset; and obtaining (SI03), by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE; and characterised in that obtaining (S103), by the UE, signal received power according to the reference signal subset and the precoding matrix obtained by the UE, comprising: obtaining, by the UE, a channel estimation value according to the reference signal subset, obtaining, by the UE, a precoded channel estimation value according to the channel estimation value and the precoding matrix, obtaining, by the UE, multiple channel estimations based on respective resource units carrying the reference signals, obtaining, by the UE, corresponding received powers, and obtaining, by the UE, signal received power by linearly averaging the above-mentioned powers on the considered measurement bandwidth.
A well system comprising a bottom hole assembly comprising a plurality of bottom hole assembly modules configured to be coupled to each other end-to-end without requiring rotational movement, wherein the bottom hole assembly is configured to be installed within the well one bottom hole assembly module at a time, and wherein each bottom hole assembly module comprises an end configured to reversibly couple to a setting tool , the setting tool configured to position each of the bottom hole assembly modules within the well; and a pipe ram, a slip ram, or a variable bore ram positioned below a barrier of a well, the ram configured to hold the bottom hole assembly at an uphole end of the bottom hole assembly to secure the bottom hole assembly within the well. a bottom hole assembly comprising a plurality of bottom hole assembly modules configured to be coupled to each other end-to-end without requiring rotational movement, wherein the bottom hole assembly is configured to be installed within the well one bottom hole assembly module at a time, and wherein each bottom hole assembly module comprises an end configured to reversibly couple to a setting tool , the setting tool configured to position each of the bottom hole assembly modules within the well; and a pipe ram, a slip ram, or a variable bore ram positioned below a barrier of a well, the ram configured to hold the bottom hole assembly at an uphole end of the bottom hole assembly to secure the bottom hole assembly within the well.
Exhaust-gas aftertreatment system for an internal combustion engine , having an exhaust-gas system which comprises a close-coupled three-way catalytic converter and comprises a particle filter which is arranged downstream of the close-coupled three-way catalytic converter , wherein a heating catalytic converter having at least one electric heating element is arranged downstream of the three-way catalytic converter and upstream of the particle filter , wherein the electric heating element is connected to a generator of the internal combustion engine in such a way that it is possible for the at least one electric heating element to be heated directly by the electric current generated by the generator , wherein, in the exhaust-gas system , a second three-way catalytic converter is arranged downstream of the first three-way catalytic converter and upstream of the heating catalytic converter , and a first lambda probe is arranged upstream of the first three-way catalytic converter and a second lambda probe is arranged downstream of the first three-way catalytic converter and upstream of the second three-way catalytic converter , characterized in that an introduction point for introduction of secondary air into the exhaust-gas system is provided downstream of the second three-way catalytic converter and upstream of the heating catalytic converter , and having a control unit which is configured to generate an additional load by way of the generator if a regeneration request of the particle filter is detected, so that an operating point (P1) of the internal combustion engine is shifted in the direction of a higher engine torque at the same rotational speed (n 1 =n 2 ) and a higher exhaust-gas temperature (T EG ) is established at the same rotational speed (n), wherein, during the regeneration of the particle filter , the internal combustion engine is operated with a substoichiometric or stoichiometric combustion air ratio and, downstream of the last three-way catalytic converter , secondary air is injected into the exhaust-gas system in such a way that, at the inlet of the particle filter , a superstoichiometric exhaust gas with an exhaust gas/air ratio of 1.05 < λ < 1.2 is established.
A method for determining a degree of damage (S) to a component (K) of a mechatronic system, which system comprises a compensation device (C) for compensating for the effect of the damage (S) to the component (K), so that an actual function (F) of the mechatronic system can be maintained even when the degree of damage (S) to the component (K) is less than a failure damage level (V), wherein the compensation device (C) is configured to influence an actuation (B) of the component (K) and to detect an actual function (Fi) of the system and to store an actuation parameter (P) corresponding to the actuation (B), in order to influence the actuation (B) of the component (K) in such a manner that, in the event of a deviation of the actual function (Fi) from a target function (Fs), which deviation is caused by increasing damage (S) to the component (K) and exceeds a predefined tolerance, the actual function (Fi) again corresponds to the target function (Fs), and subsequently to store the modified actuation (B) in the actuation parameter (P), wherein this actuation parameter (P) forms the basis for subsequent actuations (B), wherein the degree of damage (S) is determined by means of the actuation parameter (P).
A communication apparatus comprising: a circuitry configured to receive first information related to channel quality measurement about a directional beam from a terminal device via another communication apparatus serving the terminal device ; decide restriction on resources used for transmission of a reference signal over the directional beam on the basis of the the first information as an operation of the communication apparatus ; characterized in that the circuitry is configured to decide, as the restriction, lengthening a period of transmission of the reference signal; lengthen said period; and notify the operation of the communication apparatus to the other communication apparatus . receive first information related to channel quality measurement about a directional beam from a terminal device via another communication apparatus serving the terminal device ; decide restriction on resources used for transmission of a reference signal over the directional beam on the basis of the the first information as an operation of the communication apparatus ; characterized in that the circuitry is configured to decide, as the restriction, lengthening a period of transmission of the reference signal; lengthen said period; and notify the operation of the communication apparatus to the other communication apparatus .
A method of managing a lifecycle of a big-data application by a computer system , comprising: receiving an indication to create a big-data application; generating a big-data application instance using a big-data container template, the big-data container template comprising a multi-layer container configured to manage a lifecycle of the big-data application, the multi-layer container comprising: a first container layer comprising operating system settings and security settings; a second container layer comprising big-data settings comprising settings and libraries common to a plurality of big-data applications; a third container layer comprising settings associated with a user and templates for runtime parameters and dependencies; and a fourth container layer comprising a big-data application source code template and big-data application specific settings; and configuring a build environment and a test environment for the big-data application instance. receiving an indication to create a big-data application; generating a big-data application instance using a big-data container template, the big-data container template comprising a multi-layer container configured to manage a lifecycle of the big-data application, the multi-layer container comprising: a first container layer comprising operating system settings and security settings; a second container layer comprising big-data settings comprising settings and libraries common to a plurality of big-data applications; a third container layer comprising settings associated with a user and templates for runtime parameters and dependencies; and a fourth container layer comprising a big-data application source code template and big-data application specific settings; and a first container layer comprising operating system settings and security settings; a second container layer comprising big-data settings comprising settings and libraries common to a plurality of big-data applications; a third container layer comprising settings associated with a user and templates for runtime parameters and dependencies; and a fourth container layer comprising a big-data application source code template and big-data application specific settings; and configuring a build environment and a test environment for the big-data application instance.
Guide device for the winding of electrically conductive wires around a plurality of poles of an electric machine rotor that are distributed around a shaft that extends axially through the rotor, said device comprising a guide head that is able to be mounted on the shaft , characterized in that said guide head comprises a metal basic structure provided with a plurality of legs extending radially from an interior part of said metal basic structure that is provided with a central orifice , and a plastics structure overmolded on said metal basic structure , in a manner set back from an internal cylindrical surface of said central orifice , said internal cylindrical surface not being overmolded with said plastics structure such that said internal cylindrical surface of said central orifice of said metal basic structure is designed to be in direct contact with the shaft of the rotor in order to be mounted on the shaft of the rotor by way of an interference fit.
Method for monitoring the load on rotor blades of wind power plants by means of acceleration measurement on at least one rotor blade of a wind power plant and determining the load on the rotor blade from the recorded acceleration signals, characterized in that the acceleration in the time signals is determined as a frequency-independent variable or the acceleration amplitudes of certain natural frequencies determined therefrom are determined as a load and a frequency distribution of determined loads is determined, wherein the intensity and frequency of the occurrence of individual load values is determined and evaluated over a particular period of time.
An iron-based amorphous alloy strip having a chemical composition with a formula Fe a B b Si c C d where 81 at.% <a≤84 at.%, 10 at.%≤b≤18 at.%, 0 at.%<c≤5 at.% and 0.3 at.%≤d<1.5 at.%, at.% being atomic percent, with a + b + c + d + incidental impurities = 100 at.%, the iron-based amorphous alloy strip simultaneously having a value of saturation magnetic induction greater than 1.6 tesla, a Curie temperature of at least 300°C, and a crystallization temperature of at least 400°C, and the iron-based amorphous alloy strip being a heat-treated alloy having a BH squareness ratio (B(H=0)/Bs) greater than 0.8, where B(H=0) is a magnetic induction B at H=0 Oe, H is a magnetic field intensity applied, and Bs is a saturation magnetic induction, based on annealing at temperatures between 300°C and 350°C in a DC magnetic field applied along a length direction of the iron-based amorphous alloy strip.
A brake caliper for a disc brake assembly featuring at least one caliper bridge extending in the axial direction and having a pad inspection opening provided therein, characterized in that the pad inspection opening is at least partially precisely closed by a brake dust particle filter which is designed to at least partially precisely close the pad inspection opening in an assembled state.
A ventricular assist device comprising: a centrifugal pump having a motor; and a controller , wherein the controller is configured to at least: measure a current of the motor; characterized in that the controller is configured to: determine an estimated flow rate through the centrifugal pump based on the measured current; cause the centrifugal pump to operate at a first speed when the estimated flow rate is greater than a predetermined flow rate; and cause the centrifugal pump to operate at a second speed when the estimated flow rate is less than the predetermined flow rate, wherein the predetermined flowrate is indicative of an actual flow rate through the centrifugal pump at a crossover point between systole and diastole phases of a person's cardiac cycle. a centrifugal pump having a motor; and a controller , wherein the controller is configured to at least: measure a current of the motor; characterized in that the controller is configured to: determine an estimated flow rate through the centrifugal pump based on the measured current; cause the centrifugal pump to operate at a first speed when the estimated flow rate is greater than a predetermined flow rate; and cause the centrifugal pump to operate at a second speed when the estimated flow rate is less than the predetermined flow rate, wherein the predetermined flowrate is indicative of an actual flow rate through the centrifugal pump at a crossover point between systole and diastole phases of a person's cardiac cycle. measure a current of the motor; characterized in that the controller is configured to: determine an estimated flow rate through the centrifugal pump based on the measured current; cause the centrifugal pump to operate at a first speed when the estimated flow rate is greater than a predetermined flow rate; and cause the centrifugal pump to operate at a second speed when the estimated flow rate is less than the predetermined flow rate, wherein the predetermined flowrate is indicative of an actual flow rate through the centrifugal pump at a crossover point between systole and diastole phases of a person's cardiac cycle.
A method , comprising: determining a technology ecosystem of a first user, wherein the technology ecosystem comprises a fundamental component that provides support for services of other components of the technology ecosystem and at least one other component that expands a functionality and capabilities of the fundamental component within the technology ecosystem; generating a technology profile for the first user from the technology ecosystem, wherein the technology profile comprises the fundamental component and the at least one other component within the technology ecosystem that is associated with the first user, and wherein the technology profile is generated by detecting and identifying all of the at least one other components associated with the first user that interact with, access, or serve the fundamental component of the technology ecosystem; and selectively sharing a shared technology profile with a second user, wherein the shared technology profile is determined by the first user and is derived from the technology profile. determining a technology ecosystem of a first user, wherein the technology ecosystem comprises a fundamental component that provides support for services of other components of the technology ecosystem and at least one other component that expands a functionality and capabilities of the fundamental component within the technology ecosystem; generating a technology profile for the first user from the technology ecosystem, wherein the technology profile comprises the fundamental component and the at least one other component within the technology ecosystem that is associated with the first user, and wherein the technology profile is generated by detecting and identifying all of the at least one other components associated with the first user that interact with, access, or serve the fundamental component of the technology ecosystem; and selectively sharing a shared technology profile with a second user, wherein the shared technology profile is determined by the first user and is derived from the technology profile.
A forage harvester comprising: a crop flow channel for conveying crop from a forage harvester header to a spout for discharging, a cooling unit for cooling an engine of the forage harvester , and a maintenance area between the crop flow channel and the cooling unit ; wherein the forage harvester further comprises: a screen releasably arranged in the maintenance area , the forage harvester being characterised in that the screen comprises a flexible sheet that extends across a substantial part of a width of the maintenance area so as to shield the cooling unit from crop particles escaping from the crop flow channel . a crop flow channel for conveying crop from a forage harvester header to a spout for discharging, a cooling unit for cooling an engine of the forage harvester , and a maintenance area between the crop flow channel and the cooling unit ; wherein the forage harvester further comprises: a screen releasably arranged in the maintenance area , the forage harvester being characterised in that the screen comprises a flexible sheet that extends across a substantial part of a width of the maintenance area so as to shield the cooling unit from crop particles escaping from the crop flow channel .