mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine comprising a power converter system comprising - a plurality of power modules (PM1, PM2) each comprising - at least one semiconductor component (IGBT), and - a temperature sensor (NTC) arranged in thermal connection with the semiconductor component (IGBT), and being arranged to generate a temperature signal (TS1, TS2) accordingly, and - a controller (CTL) arranged to receive temperature signals (TS1, TS2) from the respective power modules (PM1, PM2), and to shut down operation of the power converter system in case one or more of the temperature signals (TS1, TS2) indicate a temperature exceeding a trip temperature threshold (TTH), wherein the controller (CTL) is arranged to monitor at least one parameter (TC and to update said trip temperature threshold (TTH) according to the at least one parameter (TC), wherein the controller is arranged to monitor at least two parameter (TC, PMD), and to update said trip temperature threshold (TTH) accordingly, and wherein the at least two parameter comprises: a temperature (TC) of coolant water for cooling the plurality of power modules (PM1, PM2) and a power mode (PMD) of the power converter system. - a plurality of power modules (PM1, PM2) each comprising - at least one semiconductor component (IGBT), and - a temperature sensor (NTC) arranged in thermal connection with the semiconductor component (IGBT), and being arranged to generate a temperature signal (TS1, TS2) accordingly, and - at least one semiconductor component (IGBT), and - a temperature sensor (NTC) arranged in thermal connection with the semiconductor component (IGBT), and being arranged to generate a temperature signal (TS1, TS2) accordingly, and - a controller (CTL) arranged to receive temperature signals (TS1, TS2) from the respective power modules (PM1, PM2), and to shut down operation of the power converter system in case one or more of the temperature signals (TS1, TS2) indicate a temperature exceeding a trip temperature threshold (TTH), wherein the controller (CTL) is arranged to monitor at least one parameter (TC and to update said trip temperature threshold (TTH) according to the at least one parameter (TC), wherein the controller is arranged to monitor at least two parameter (TC, PMD), and to update said trip temperature threshold (TTH) accordingly, and wherein the at least two parameter comprises: a temperature (TC) of coolant water for cooling the plurality of power modules (PM1, PM2) and a power mode (PMD) of the power converter system.
A system configured to detect malware comprising: an infection verification pack, IVP, configured to: perform behavior detonation on a suspected malware object, the behavior detonation resulting in a behavior trace of the suspected malware object; identify that the suspected malware object is a malware object based on a machine-learning model using feature values extracted from the behavior trace; select one or more persistent artifacts of the malware on a target system based on one or more algorithms applied to behavior traces of the malware object; and transform the one or more persistent artifacts into a form that can be used to verify and detect infection by this malware of a number of endpoint systems with different operating systems and software versions. perform behavior detonation on a suspected malware object, the behavior detonation resulting in a behavior trace of the suspected malware object; identify that the suspected malware object is a malware object based on a machine-learning model using feature values extracted from the behavior trace; select one or more persistent artifacts of the malware on a target system based on one or more algorithms applied to behavior traces of the malware object; and transform the one or more persistent artifacts into a form that can be used to verify and detect infection by this malware of a number of endpoint systems with different operating systems and software versions.
A vehicle control method for controlling a vehicle using a vehicle control apparatus that includes a sensor for detecting a state ahead of a subject vehicle and a control device , the vehicle control method comprising: executing control of recovering a travel trajectory of the subject vehicle to a target trajectory, as ordinary control, by giving a steering amount in a lateral direction with respect to a travel lane of the subject vehicle ; and detecting (S3), by using detection data of the sensor , another vehicle which is traveling in an adjacent lane to the travel lane of the subject vehicle and which is located ahead of the subject vehicle; the method characterized by further comprising when the other vehicle is detected, increasing a response of the steering amount in a direction of returning the subject vehicle to the target trajectory to a higher response than that in the ordinary control, before the subject vehicle passes the detected other vehicle. executing control of recovering a travel trajectory of the subject vehicle to a target trajectory, as ordinary control, by giving a steering amount in a lateral direction with respect to a travel lane of the subject vehicle ; and detecting (S3), by using detection data of the sensor , another vehicle which is traveling in an adjacent lane to the travel lane of the subject vehicle and which is located ahead of the subject vehicle; the method characterized by further comprising when the other vehicle is detected, increasing a response of the steering amount in a direction of returning the subject vehicle to the target trajectory to a higher response than that in the ordinary control, before the subject vehicle passes the detected other vehicle.
Antenna comprising a core , the antenna being intended to be integrated into a rubber compound, especially for a tyre, characterized in that it comprises: - an electromagnetic-signal conduction layer coating the core ; - an external adhesion layer for the antenna to adhere to the rubber, and Characterized in that a chemical isolation layer coating the conduction layer , intended to chemically isolate the rubber from what the isolation layer coats and made of a different material from the material constituting the conduction layer in that the conduction layer is made of copper and in that the external adhesion layer coats the chemical isolation layer . - an electromagnetic-signal conduction layer coating the core ; - an external adhesion layer for the antenna to adhere to the rubber, and
A MEMS device, comprising: a first electrode which is a fixed electrode and is provided on one main surface side of a base substance; characterized by a second electrode comprising a movable portion and an anchor portion surrounding the movable portion and supporting the movable portion on the periphery of the movable portion, the anchor portion being fixed on the base substance, the movable portion being separated from and opposed to the first electrode , a part of the anchor portion being electrically insulated from the movable portion , wherein the anchor portion comprises a first region electrically connected to the movable portion and a second region electrically insulated from the movable portion and the first region , and the movable portion and the anchor portion are of a same conductive material, and slits for insulating the second region from the movable portion and the first region are provided in the anchor portion , insulating film being 25 embedded in the slits , one slit of the plurality of slits surrounds the movable portion except the first region , and at least one other slit of the plurality of slits electrically insulates the first region from the second region 42b) an electrode pad is provided in the first region . a first electrode which is a fixed electrode and is provided on one main surface side of a base substance; characterized by a second electrode comprising a movable portion and an anchor portion surrounding the movable portion and supporting the movable portion on the periphery of the movable portion, the anchor portion being fixed on the base substance, the movable portion being separated from and opposed to the first electrode , a part of the anchor portion being electrically insulated from the movable portion , wherein the anchor portion comprises a first region electrically connected to the movable portion and a second region electrically insulated from the movable portion and the first region , and the movable portion and the anchor portion are of a same conductive material, and slits for insulating the second region from the movable portion and the first region are provided in the anchor portion , insulating film being 25 embedded in the slits , one slit of the plurality of slits surrounds the movable portion except the first region , and at least one other slit of the plurality of slits electrically insulates the first region from the second region 42b) an electrode pad is provided in the first region .
A computer implemented method for adapting a configuration of a smoking substitute device , which includes the steps of: monitoring the usage of the smoking substitute device , and deriving from the monitored usage one or more usage parameter(s) associated with the use of the smoking substitute device ; assessing the one or more usage parameter(s) to derive, based on the one or more usage parameter(s), a recommended configuration of the smoking substitute device ; presenting to a user of the smoking substitute device the recommended configuration of the smoking substitute device for authorisation prior to implementing the recommended configuration on the smoking substitute device , wherein the one or more usage parameter(s) indicate that a battery of the smoking substitute device is running low before a time when a user normally charges the smoking substitute device , and the recommended configuration of the smoking substitute device includes changing the smoking substitute device to a more economical mode so that the battery of the smoking substitute device will last longer; and upon the user authorising the recommended configuration, implementing the recommended configuration on the smoking substitute device . monitoring the usage of the smoking substitute device , and deriving from the monitored usage one or more usage parameter(s) associated with the use of the smoking substitute device ; assessing the one or more usage parameter(s) to derive, based on the one or more usage parameter(s), a recommended configuration of the smoking substitute device ; presenting to a user of the smoking substitute device the recommended configuration of the smoking substitute device for authorisation prior to implementing the recommended configuration on the smoking substitute device , wherein the one or more usage parameter(s) indicate that a battery of the smoking substitute device is running low before a time when a user normally charges the smoking substitute device , and the recommended configuration of the smoking substitute device includes changing the smoking substitute device to a more economical mode so that the battery of the smoking substitute device will last longer; and upon the user authorising the recommended configuration, implementing the recommended configuration on the smoking substitute device .
A bucket positioning assembly for keeping two cleaning buckets positioned adjacent each other, said positioning assembly comprising: a bucket rim clamp that comprises a dual hook component having first and second hooks , the first hook for extending over and adjacent a rim of a first bucket and the second hook for extending over and adjacent a rim of a second bucket; and characterized in that it further comprises a base having first and second side portions, wherein the first side portion is configured to engage a complementary surface in a bottom portion of a first bucket, and the second side portion is configured to engage a complementary surface in a bottom portion of a second bucket, and wherein the base further includes a retaining housing for retaining a rod, strut or spoke, extending between the dual hook component and the base ; wherein the base includes a structure having a geometry that is configured to engage a component associated with a bottom of a bucket wherein the structure limits planar movement between the structure and the component associated with a bottom of a bucket. a bucket rim clamp that comprises a dual hook component having first and second hooks , the first hook for extending over and adjacent a rim of a first bucket and the second hook for extending over and adjacent a rim of a second bucket; and characterized in that it further comprises a base having first and second side portions, wherein the first side portion is configured to engage a complementary surface in a bottom portion of a first bucket, and the second side portion is configured to engage a complementary surface in a bottom portion of a second bucket, and wherein the base further includes a retaining housing for retaining a rod, strut or spoke, extending between the dual hook component and the base ; wherein the base includes a structure having a geometry that is configured to engage a component associated with a bottom of a bucket wherein the structure limits planar movement between the structure and the component associated with a bottom of a bucket.
A capsular ring for insertion into a capsular bag of a patient's eye, the capsular ring comprising: an anterior ring defining a first opening and having a first cross-sectional width; a posterior ring defining a second opening and having a second cross-sectional width, wherein: a diameter of the first opening is greater than a diameter of the second opening; and the second cross-sectional width is greater than the first cross-sectional width; and a sidewall connecting the anterior ring and the posterior ring as regions of a single unitary structure, the sidewall comprising a plurality of orifices spaced circumferentially around the sidewall, wherein an outer diameter of the sidewall is less than an outer diameter of the anterior ring and an outer diameter of the posterior ring , such that when implanted into the capsular bag of the patient's eye an equatorial void is created in an equatorial region of the capsular bag; and the sidewall comprises a concave outer profile and a flat inner profile. an anterior ring defining a first opening and having a first cross-sectional width; a posterior ring defining a second opening and having a second cross-sectional width, wherein: a diameter of the first opening is greater than a diameter of the second opening; and the second cross-sectional width is greater than the first cross-sectional width; and a sidewall connecting the anterior ring and the posterior ring as regions of a single unitary structure, the sidewall comprising a plurality of orifices spaced circumferentially around the sidewall, wherein an outer diameter of the sidewall is less than an outer diameter of the anterior ring and an outer diameter of the posterior ring , such that when implanted into the capsular bag of the patient's eye an equatorial void is created in an equatorial region of the capsular bag; and the sidewall comprises a concave outer profile and a flat inner profile. a diameter of the first opening is greater than a diameter of the second opening; and the second cross-sectional width is greater than the first cross-sectional width; and a sidewall connecting the anterior ring and the posterior ring as regions of a single unitary structure, the sidewall comprising a plurality of orifices spaced circumferentially around the sidewall, wherein an outer diameter of the sidewall is less than an outer diameter of the anterior ring and an outer diameter of the posterior ring , such that when implanted into the capsular bag of the patient's eye an equatorial void is created in an equatorial region of the capsular bag; and the sidewall comprises a concave outer profile and a flat inner profile.
Plug connector (10, 10', 10"), in particular a high current plug connector, comprising an inner conductor contact for carrying current, an outer conductor part and an insulating part which keeps the inner conductor contact spaced apart from the outer conductor part , wherein a resiliently compressible damping element is provided on the plug connector such that, when a complementary mating plug connector is plugged into the plug connector (10, 10', 10") in an insertion direction (S), it is resiliently compressible, characterised in that, when the mating plug connector is plugged in, the damping element directly or indirectly applies pressure in the insertion direction (S) on the inner conductor contact and/or on the insulating part and thereby reduces a movability of the insulating part relative to the inner conductor contact and/or relative to the outer conductor part .
An oxygen delivery system for delivering concentrated oxygen to a patient, the oxygen delivery system comprising: an oxygen concentrator having a housing ; a compressor mounted inside the housing ; a sieve module located within the housing and in fluid connection with the compressor , the sieve module containing a zeolite for removing nitrogen from air through a pressure swing adsorption process for creating concentrated oxygen; a power source attached to the housing ; an oxygen controller device for electronically controlling the pressure swing adsorption process; and a blowing apparatus in fluid communication with the oxygen concentrator , wherein the compressor is in fluid communication with the blowing apparatus through a concentrated oxygen delivery tube ; the blowing apparatus comprising: a blower housing ; a blower motor mounted inside the blower housing ; a blower fan or turbine connected to the blower motor ; a turbine inlet venturi ; a second power source attached to the blower housing ; and a blower controller device for electronically controlling the blowing apparatus ; and wherein the oxygen flow from the oxygen concentrator through the concentrated oxygen delivery tube adds additional energy to the blower fan or turbine via the turbine inlet venturi , which raises the turbine inlet pressure. an oxygen concentrator having a housing ; a compressor mounted inside the housing ; a sieve module located within the housing and in fluid connection with the compressor , the sieve module containing a zeolite for removing nitrogen from air through a pressure swing adsorption process for creating concentrated oxygen; a power source attached to the housing ; an oxygen controller device for electronically controlling the pressure swing adsorption process; and a blowing apparatus in fluid communication with the oxygen concentrator , wherein the compressor is in fluid communication with the blowing apparatus through a concentrated oxygen delivery tube ; the blowing apparatus comprising: a blower housing ; a blower motor mounted inside the blower housing ; a blower fan or turbine connected to the blower motor ; a turbine inlet venturi ; a second power source attached to the blower housing ; and a blower controller device for electronically controlling the blowing apparatus ; and wherein the oxygen flow from the oxygen concentrator through the concentrated oxygen delivery tube adds additional energy to the blower fan or turbine via the turbine inlet venturi , which raises the turbine inlet pressure. a blower housing ; a blower motor mounted inside the blower housing ; a blower fan or turbine connected to the blower motor ; a turbine inlet venturi ; a second power source attached to the blower housing ; and a blower controller device for electronically controlling the blowing apparatus ; and wherein the oxygen flow from the oxygen concentrator through the concentrated oxygen delivery tube adds additional energy to the blower fan or turbine via the turbine inlet venturi , which raises the turbine inlet pressure.
A measuring device with a storage unit , a processing unit and a display device for displaying a digitized and stored first partial signal (2 1 ) and at least one digitized and stored second partial signal (2 2 ), wherein the first partial signal (2 1 ) and the second partial signal (2 2 ) are partial signals of different bands of a multiband signal , wherein the processing unit is configured to display - a first signal (30 1 ) derived from the first partial signal (2 1 ) and a first analysis line (31 1 , 41 1 ) in a window on the display device , and - a second signal (30 2 , 40 2 ) derived from the second partial signal and a first analysis line (31 2 , 41 2 ) corresponding temporally to the first analysis line (31 1 , 41 1 ) of the first window in a second window on the display device (2 2 ) , wherein the processing unit calculates the characteristic of an error value (30 1 , 40 1 ) over a specified period of time from the first partial signal (2 1 ) and displays it as a first signal (30 1 , 40 1 ) in a first window on the display device , and wherein the processing unit sets the first analysis line (31 1 , 41 1 ) in the first window to the point in time at which the characteristic of the error value (30 1 ) exceeds a threshold value loaded by the processing unit from a storage unit . - a first signal (30 1 ) derived from the first partial signal (2 1 ) and a first analysis line (31 1 , 41 1 ) in a window on the display device , and - a second signal (30 2 , 40 2 ) derived from the second partial signal and a first analysis line (31 2 , 41 2 ) corresponding temporally to the first analysis line (31 1 , 41 1 ) of the first window in a second window on the display device (2 2 ) ,
A method, on a first peer device , for obtaining content stored on a second peer device , the method comprising: connecting to a first mesh network that does not include the second peer device; transmitting a request for the content to a third peer device via the first mesh network; in response to the request, receiving , from the third peer device, the identity of the second peer device and the identity of a file containing the content; connecting to a second mesh network that includes the second peer device; and receiving a transfer of the file from the second peer device via the second mesh network. connecting to a first mesh network that does not include the second peer device; transmitting a request for the content to a third peer device via the first mesh network; in response to the request, receiving , from the third peer device, the identity of the second peer device and the identity of a file containing the content; connecting to a second mesh network that includes the second peer device; and receiving a transfer of the file from the second peer device via the second mesh network.