mhurhangee/patent-ind-claim-en huggingface dataset:
A method of correcting anomalies after a repeated unsuccessful attempt to correct said anomalies in a data acquisition at a magnetic resonance imaging (MRI) system, the unsuccessful attempt to correct said anomalies comprising the steps of: receiving at least a portion of raw data for an image; detecting anomalies in the portion of raw data; and attempting a correction of the anomalies by performing a partial scan to obtain replacements for the anomalous data and wherein the method of correcting said anomalies after the repeated unsuccessful attempt to correct said anomalies involves a step of repeating the partial scan with a slightly different TR or TE, respectively, and wherein detecting anomalies further comprises comparing the portion of raw data received to a mask, and wherein the mask includes a lower boundary and the detection is based on whether one or more values of the portion of raw data received are below corresponding lower boundary values. receiving at least a portion of raw data for an image; detecting anomalies in the portion of raw data; and attempting a correction of the anomalies by performing a partial scan to obtain replacements for the anomalous data and wherein the method of correcting said anomalies after the repeated unsuccessful attempt to correct said anomalies involves a step of repeating the partial scan with a slightly different TR or TE, respectively, and wherein detecting anomalies further comprises comparing the portion of raw data received to a mask, and wherein the mask includes a lower boundary and the detection is based on whether one or more values of the portion of raw data received are below corresponding lower boundary values.
Prefabricated basic wall-building element comprising a load bearing core member comprising a plate shape main body having a vertical orientation in its assembled position, said main body being covered by and attached to, directly or indirectly, a form-stable thermal insulation layer at both sides thereof, wherein along one vertical side of each basic wall-building element the core member protrudes to constitute a tongue while along the opposite side of the basic wall-building element, the core member is recessed to constitute a groove adapted to receive the tongue of an adjacent wall-building element, and wherein the core member further comprises ribs extending laterally from both sides of the main body , with a vertical orientation, their lateral extension being less than the thickness of the thermal insulation layer . along one vertical side of each basic wall-building element the core member protrudes to constitute a tongue while along the opposite side of the basic wall-building element, the core member is recessed to constitute a groove adapted to receive the tongue of an adjacent wall-building element, and wherein the core member further comprises ribs extending laterally from both sides of the main body , with a vertical orientation, their lateral extension being less than the thickness of the thermal insulation layer .
A system comprising: an engine including a fan ; a generator having an input connected to the engine to receive rotational energy proportional to a rotation speed of the fan driven by the engine and having an output through which electrical energy is output; a rectifier circuit having an input coupled to the output of the generator and a rectifier output that outputs rectified power; a power converter ; a load ; a bypass switch connected to the rectifier output and configured to operate in a plurality of states, wherein the plurality of states comprises a normal operation state where the rectified power is provided to an input of the power converter and a bypass state where the rectified power is provided directly to the load; a controller configured to: determine an occurrence of an event associated with the engine; and operate the bypass switch in the bypass state based on the occurrence of the event associated with the engine, and wherein the occurrence of the event comprises the rotational speed of the fan being below a threshold rotational speed; and regulate the generator to produce a first voltage in the normal operation state and to produce a second voltage lower than the first voltage in the bypass state. an engine including a fan ; a generator having an input connected to the engine to receive rotational energy proportional to a rotation speed of the fan driven by the engine and having an output through which electrical energy is output; a rectifier circuit having an input coupled to the output of the generator and a rectifier output that outputs rectified power; a power converter ; a load ; a bypass switch connected to the rectifier output and configured to operate in a plurality of states, wherein the plurality of states comprises a normal operation state where the rectified power is provided to an input of the power converter and a bypass state where the rectified power is provided directly to the load; a controller configured to: determine an occurrence of an event associated with the engine; and operate the bypass switch in the bypass state based on the occurrence of the event associated with the engine, and wherein the occurrence of the event comprises the rotational speed of the fan being below a threshold rotational speed; and determine an occurrence of an event associated with the engine; and operate the bypass switch in the bypass state based on the occurrence of the event associated with the engine, and wherein the occurrence of the event comprises the rotational speed of the fan being below a threshold rotational speed; and regulate the generator to produce a first voltage in the normal operation state and to produce a second voltage lower than the first voltage in the bypass state.
A method for parameterized application installation and launch, comprising: receiving, by a device, a content item comprising an identification of an application and a parameter for use by the application; detecting, by the device, an interaction by a user with the content item; transmitting, by the device, authentication credentials of the user and an identification of the content item to an authentication server, the authentication server storing the identification of the content item in association with the user; installing the application, by the device, responsive to detection of the interaction by the user with the content item, the application executed upon completion of installation; retransmitting, by the device, the authentication credentials of the user to the authentication server, responsive to execution of the application; receiving, by the device from the authentication server, an identification of the parameter for use by the application, the parameter retrieved responsive to the storage of the identification of the content item in association with the user and the retransmission of the authentication credentials of the user; and utilizing the received parameter within the application, by the device, responsive to receipt of the identification of the parameter. receiving, by a device, a content item comprising an identification of an application and a parameter for use by the application; detecting, by the device, an interaction by a user with the content item; transmitting, by the device, authentication credentials of the user and an identification of the content item to an authentication server, the authentication server storing the identification of the content item in association with the user; installing the application, by the device, responsive to detection of the interaction by the user with the content item, the application executed upon completion of installation; retransmitting, by the device, the authentication credentials of the user to the authentication server, responsive to execution of the application; receiving, by the device from the authentication server, an identification of the parameter for use by the application, the parameter retrieved responsive to the storage of the identification of the content item in association with the user and the retransmission of the authentication credentials of the user; and utilizing the received parameter within the application, by the device, responsive to receipt of the identification of the parameter.
An adhesive composition comprising: a modified polyethylene copolymer (component A) having a melting point of less than 80°C; a terpene-based tackifier (component B); and an organic solvent (component C), wherein component A is at least one member selected from the group consisting of an ethylene-α-olefin copolymer, an ethylene-acrylic acid copolymer, an ethylene-acrylic acid alkyl ester copolymer, an ethylene-α,β-unsaturated carboxylic acid copolymer, and an ethylene-α,β-unsaturated carboxylic acid anhydride copolymer, and wherein component B is contained in an amount of 30 to 100 parts by weight, per 100 parts by weight of component A. a modified polyethylene copolymer (component A) having a melting point of less than 80°C; a terpene-based tackifier (component B); and an organic solvent (component C), wherein component A is at least one member selected from the group consisting of an ethylene-α-olefin copolymer, an ethylene-acrylic acid copolymer, an ethylene-acrylic acid alkyl ester copolymer, an ethylene-α,β-unsaturated carboxylic acid copolymer, and an ethylene-α,β-unsaturated carboxylic acid anhydride copolymer, and wherein component B is contained in an amount of 30 to 100 parts by weight, per 100 parts by weight of component A.
A laser machine tool comprising an alignment tool and a laser cutting head , characterized in that the alignment tool comprises: a frame that is mountable to the laser cutting head of the laser machine tool ; a first indicator mounted to the frame along an X-axis; a second indicator mounted to the frame along a Y-axis; a position device mounted to the frame , the position device operable to reference upon a surface of the laser cutting head to align the first indicator along an X-axis of the laser cutting head , and to align the second indicator along a Y-axis of the laser cutting head ; and a fastener mounted to the frame , the fastener operable to retain the frame to the laser cutting head . a frame that is mountable to the laser cutting head of the laser machine tool ; a first indicator mounted to the frame along an X-axis; a second indicator mounted to the frame along a Y-axis; a position device mounted to the frame , the position device operable to reference upon a surface of the laser cutting head to align the first indicator along an X-axis of the laser cutting head , and to align the second indicator along a Y-axis of the laser cutting head ; and a fastener mounted to the frame , the fastener operable to retain the frame to the laser cutting head .
A device for dampening noise of a rock drilling unit , wherein the device comprises: a skin structure , which is configured to form a space for receiving the rock drilling unit at least partly; and a frame for fastening the skin structure to a feed beam of the drilling unit ; wherein the frame and the skin structure are separate elements; and the skin structure comprises several separate noise dampening panels fastened to the frame in a removable manner, whereby each panel is individually mountable and dismountable; characterized in that the frame comprises a rack formed of metallic bars or tubes; the rack comprises at least two parallel longitudinal bars connected to each other, and several transverse supports ; and the rack is provided with several fastening points for fastening the panels mechanically to the rack. a skin structure , which is configured to form a space for receiving the rock drilling unit at least partly; and a frame for fastening the skin structure to a feed beam of the drilling unit ; wherein the frame and the skin structure are separate elements; and the skin structure comprises several separate noise dampening panels fastened to the frame in a removable manner, whereby each panel is individually mountable and dismountable; characterized in that the frame comprises a rack formed of metallic bars or tubes; the rack comprises at least two parallel longitudinal bars connected to each other, and several transverse supports ; and the rack is provided with several fastening points for fastening the panels mechanically to the rack.
Radar-based level transmitter, designed to measure a level (L) of a medium located in a vessel , comprising - a housing , - an antenna , which is designed and arranged on the vessel in such a way to transmit electromagnetic waves (S HF ) in the direction of the medium and/or to receive electromagnetic waves (E HF ) reflected in the vessel , - a housing neck , which is arranged between the housing and the antenna , wherein the housing neck has a predefined thermal resistance (R th,G ) between the housing and the antenna , - at least an electronics assembly partially arranged in the housing neck , characterized in that the thermal resistance (R th,G ) of the housing neck is sized in such a way to be less than 15 Kelvin per Watt such that at a temperature (T B ) in the vessel of at least 200 °C, the temperature (T E ) at the electronics assembly is at maximum 80 °C. - a housing , - an antenna , which is designed and arranged on the vessel in such a way to transmit electromagnetic waves (S HF ) in the direction of the medium and/or to receive electromagnetic waves (E HF ) reflected in the vessel , - a housing neck , which is arranged between the housing and the antenna , wherein the housing neck has a predefined thermal resistance (R th,G ) between the housing and the antenna , - at least an electronics assembly partially arranged in the housing neck ,
A conveyance element for a conveyor , in particular for a people conveyor such as a moving walkway , the conveyance element being configured for being moved in a conveying direction and comprising: an outer side configured for accommodating and supporting passengers; and an opposing inner side facing away from the outer side ; wherein at least a portion of the inner side is a concave portion having a concave shape along the conveying direction; characterized in that the concave portion is configured to allow at least partial accommodation of a sheave axle when the conveyance element is positioned at a turnaround portion of a conveyor. an outer side configured for accommodating and supporting passengers; and an opposing inner side facing away from the outer side ; wherein at least a portion of the inner side is a concave portion having a concave shape along the conveying direction; characterized in that the concave portion is configured to allow at least partial accommodation of a sheave axle when the conveyance element is positioned at a turnaround portion of a conveyor.
A method for fabricating a preform for a fuselage section of an aircraft , the method comprising: advancing a series of arcuate mandrel sections in a process direction through an assembly line ; placing stringer preforms onto the arcuate mandrel sections via stringer placement stations ;a uniting the series of arcuate mandrel sections into a combined mandrel ; laying up fiber reinforced material onto the combined mandrel and the stringer preforms ; and splicing the fiber reinforced material that is laid-up onto the arcuate mandrel sections, wherein: - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms during pauses between pulses of the arcuate mandrel sections along the assembly line ; or - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms as the arcuate mandrel sections move continuously along the assembly line . advancing a series of arcuate mandrel sections in a process direction through an assembly line ; placing stringer preforms onto the arcuate mandrel sections via stringer placement stations ;a uniting the series of arcuate mandrel sections into a combined mandrel ; laying up fiber reinforced material onto the combined mandrel and the stringer preforms ; and splicing the fiber reinforced material that is laid-up onto the arcuate mandrel sections, wherein: - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms during pauses between pulses of the arcuate mandrel sections along the assembly line ; or - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms as the arcuate mandrel sections move continuously along the assembly line . - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms during pauses between pulses of the arcuate mandrel sections along the assembly line ; or - placing stringer preforms onto the arcuate mandrel sections comprises placing the stringer preforms as the arcuate mandrel sections move continuously along the assembly line .
A control system for a vehicle , the control system comprising one or more controllers , wherein the control system is configured to: determine one or more of selection of a forward or reverse vehicle travel direction, vehicle speed, and vehicle driving mode that configures the vehicle for one or more driving scenarios; and control one or more rear spoiler down lights to illuminate at a colour and intensity in dependence on the determination, characterized in that , the control system is further configured, when mounted in the vehicle, to: determine an ambient light level, the ambient light level being exterior to the vehicle, and to activate the one or more rear spoiler down lights on selection of a reverse travel direction and the determined ambient light level being above or below a threshold. determine one or more of selection of a forward or reverse vehicle travel direction, vehicle speed, and vehicle driving mode that configures the vehicle for one or more driving scenarios; and selection of a forward or reverse vehicle travel direction, vehicle speed, and vehicle driving mode that configures the vehicle for one or more driving scenarios; and control one or more rear spoiler down lights to illuminate at a colour and intensity in dependence on the determination, characterized in that , the control system is further configured, when mounted in the vehicle, to: determine an ambient light level, the ambient light level being exterior to the vehicle, and to activate the one or more rear spoiler down lights on selection of a reverse travel direction and the determined ambient light level being above or below a threshold. determine an ambient light level, the ambient light level being exterior to the vehicle, and to activate the one or more rear spoiler down lights on selection of a reverse travel direction and the determined ambient light level being above or below a threshold.
An injectable expandable composition comprising: a polycaprolactone particle filler; a polydopamine adhesive bound to said polycaprolactone particle filler; a polymethacrylic acid plasticizer bound to said polydopamine adhesive. a polycaprolactone particle filler; a polydopamine adhesive bound to said polycaprolactone particle filler; a polymethacrylic acid plasticizer bound to said polydopamine adhesive.
A cordless curtain, comprising a stretchable component , a movable guide-line sliding assembly , a guide-line fixing seat assembly and a traction cord , wherein one end of the stretchable component is fixed, and another end of the stretchable component is connected to the guide-line sliding assembly ; and the position of the guide-line fixing seat assembly is fixed, and the guide-line fixing seat assembly is connected to the guide-line sliding assembly via the traction cord ; and wherein the guide-line fixing seat assembly comprises at least one first spacer assembly , each first spacer assembly comprises a plurality of first spacers arranged at intervals, and each of the first spacers is provided with a through hole configured to allow a first supporting rod to pass through, the first supporting rod is divided into a plurality of first supporting rod sections by the adjacent first spacers , and the first supporting rod is configured to be wound by the traction cord ; and the guide-line fixing seat assembly further comprises at least one winding assembly , each winding assembly comprises a plurality of winding pieces arranged at intervals, and each of the winding pieces is provided with a through hole configured to allow a second supporting rod to pass through, and the second supporting rod is configured to be wound by the traction cord ; and wherein a side, connected to the traction cord , of the guide-line sliding assembly is provided with at least one second spacer assembly , each second spacer assembly comprises a plurality of second spacers arranged at intervals, each of the second spacers is provided with a through hole CGS:YW configured to allow a third supporting rod to pass through, the third supporting rod is configured to be wound by the traction cord , the third supporting rod is divided into a plurality of third supporting rod sections by the adjacent second spacers ; and the guide-line sliding assembly comprises a baseplate, the plurality of second spacers are arranged perpendicularly on the baseplate, and two ends of the baseplate respectively include two fixing ends configured to fix the third supporting rod .
A process for obtaining recombinant factor VIII protein with improved activity, said process comprising acts of: a. introducing polynucleotide sequence consisting of SEQ ID NO. 1 or polynucleotide sequence consisting of SEQ ID NO. 3 into a non-filamentous fungi host cell to obtain both corresponding polypeptides individually; or b. introducing vector comprising polynucleotide sequence consisting of SEQ ID NO. 1 or polynucleotide sequence consisting of SEQ ID NO.3 into a non-filamentous fungi host cell to obtain corresponding polypeptides individually; and c. reconstituting the polypeptides produced by step (a) or (b) to obtain the recombinant Factor VIII protein. a. introducing polynucleotide sequence consisting of SEQ ID NO. 1 or polynucleotide sequence consisting of SEQ ID NO. 3 into a non-filamentous fungi host cell to obtain both corresponding polypeptides individually; or b. introducing vector comprising polynucleotide sequence consisting of SEQ ID NO. 1 or polynucleotide sequence consisting of SEQ ID NO.3 into a non-filamentous fungi host cell to obtain corresponding polypeptides individually; and c. reconstituting the polypeptides produced by step (a) or (b) to obtain the recombinant Factor VIII protein.