mhurhangee/patent-ind-claim-en huggingface dataset:
A method of protecting basic input/output system, BIOS, code comprising: with a relocation information tool executed by a processor: refactor a number of data sections within a number of handlers of the BIOS code to tag a number of variables within the handlers, the tags indicating which of the variables should be protected at runtime; and generate a relocation file comprising a number of relocation addresses identifying locations of a number of dynamic variables that change at runtime, the relocation addresses pointing to a location within the handlers different from an original location; and with a loader, loading at runtime the relocation file as part of a BIOS firmware image and adjusting data access to the dynamic variables in handler code to identify the location of the dynamic variables based on the relocation file. with a relocation information tool executed by a processor: refactor a number of data sections within a number of handlers of the BIOS code to tag a number of variables within the handlers, the tags indicating which of the variables should be protected at runtime; and generate a relocation file comprising a number of relocation addresses identifying locations of a number of dynamic variables that change at runtime, the relocation addresses pointing to a location within the handlers different from an original location; and refactor a number of data sections within a number of handlers of the BIOS code to tag a number of variables within the handlers, the tags indicating which of the variables should be protected at runtime; and generate a relocation file comprising a number of relocation addresses identifying locations of a number of dynamic variables that change at runtime, the relocation addresses pointing to a location within the handlers different from an original location; and with a loader, loading at runtime the relocation file as part of a BIOS firmware image and adjusting data access to the dynamic variables in handler code to identify the location of the dynamic variables based on the relocation file.
Propulsive assembly of an aircraft comprising a nacelle , a pylon and a connecting fairing having an aerodynamic surface ensuring a continuity between the nacelle and the pylon , the connecting fairing comprising a fixed frame , linked to the nacelle and to the pylon by a link system configured to absorb any deformations and/or misalignments between the nacelle and the pylon in operation, characterized in that the fixed frame has an outer wall comprising an opening , and in that the connecting fairing further comprises - a cover , that is movable between a closed position in which the cover closes the opening and an open position in which the cover at least partially frees the opening , which has a panel , - the outer wall of the fixed frame and the panel of the cover having outer surfaces which form the aerodynamic surface of the connecting fairing . - a cover , that is movable between a closed position in which the cover closes the opening and an open position in which the cover at least partially frees the opening , which has a panel , - the outer wall of the fixed frame and the panel of the cover having outer surfaces which form the aerodynamic surface of the connecting fairing .
Power electronic system, in particular converter, for operating a load , comprising: - a number of power modules (10, .., 60) connected to the load in a predefined manner, each of the power modules (10, .., 60) comprising at least one switching element (11, .., 61) and a local actuator (12, .., 62); - a superordinate controller for outputting suitable control signals for actuating the number of power modules (10, .., 60) to operate the load ; - a device bus , to which the superordinate controller and the number of power modules (10, .., 60) are connected and via which the control signals for actuating the number of power modules (10, .., 60) are or can be transmitted during operation of the system , characterized in that - the superordinate controller is designed to transmit the control signals for actuating the number of power modules (10, .., 60) for the switching states of the system in respective messages at predefined intervals of time (T) to the number of power modules (10, .., 60) via the device bus , - all power modules (10, .., 60) are designed to scan a first communication edge of a respectively received message from the controller and to process it as a common time base of the system for processing the control signals. - a number of power modules (10, .., 60) connected to the load in a predefined manner, each of the power modules (10, .., 60) comprising at least one switching element (11, .., 61) and a local actuator (12, .., 62); - a superordinate controller for outputting suitable control signals for actuating the number of power modules (10, .., 60) to operate the load ; - a device bus , to which the superordinate controller and the number of power modules (10, .., 60) are connected and via which the control signals for actuating the number of power modules (10, .., 60) are or can be transmitted during operation of the system , characterized in that - the superordinate controller is designed to transmit the control signals for actuating the number of power modules (10, .., 60) for the switching states of the system in respective messages at predefined intervals of time (T) to the number of power modules (10, .., 60) via the device bus , - all power modules (10, .., 60) are designed to scan a first communication edge of a respectively received message from the controller and to process it as a common time base of the system for processing the control signals.
A protection circuit module provided with a printed circuit board connected to a positive lead part and a negative lead part connected to a secondary battery cell , wherein the printed circuit board comprises: an upper layer bonded to the anode lead part and the cathode lead part so as to be electrically connected; an intermediate layer including a first insulating layer (1412a-1) made of a material containing an epoxy resin and provided below the upper layer ; and is characterised in that it further comprises a laser reflective layer provided between the upper layer and the first insulating layer (1412a-1) and reflecting a laser; wherein the laser reflective layer has a reflectance of 95% or more of a laser having a wavelength of 1000 nm to 1100 nm; and wherein the laser reflective layer is made of silver (Ag). an upper layer bonded to the anode lead part and the cathode lead part so as to be electrically connected; an intermediate layer including a first insulating layer (1412a-1) made of a material containing an epoxy resin and provided below the upper layer ; and is characterised in that it further comprises a laser reflective layer provided between the upper layer and the first insulating layer (1412a-1) and reflecting a laser; wherein the laser reflective layer has a reflectance of 95% or more of a laser having a wavelength of 1000 nm to 1100 nm; and wherein the laser reflective layer is made of silver (Ag).
A compound that is 2-amino-N-(4-hydroxybicyclo[2.2.2]octan-1-yl)-5-(4-(3-(tetrahydro-2H-pyran-4-yl)-3-azabicyclo[3.1.0]hexan-1-yl)phenyl)nicotinamide, or a pharmaceutically acceptable salt thereof.
A system for assaying biological sample for a presence of one or more target analytes, the system comprising: an electrophoresis cell having a recess area and at least one electrode ; a chip configured to receive the biological sample, the chip being disposable in the recess area such that a surface of a polymeric separation medium of the chip and a non-recessed surface of the electrophoresis cell are substantially flush, the polymeric separation medium having activatable functional groups that covalently bond to the one or more target analytes when activated; and an assaying device having: a housing, a receptacle disposed in the housing and configured to accept the electrophoresis cell , a source of activation energy configured to supply activation energy to the polymeric separation medium when the electrophoresis cell is in the receptacle, and an electric power source disposed within the housing and fluidically isolated from the receptacle, the electric power source configured to provide electric power to the at least one electrode to generate an electric field across the recess area when the electrophoresis cell is in the receptacle, the substantially flush surfaces operable to reduce distortion in the electric field. an electrophoresis cell having a recess area and at least one electrode ; a chip configured to receive the biological sample, the chip being disposable in the recess area such that a surface of a polymeric separation medium of the chip and a non-recessed surface of the electrophoresis cell are substantially flush, the polymeric separation medium having activatable functional groups that covalently bond to the one or more target analytes when activated; and an assaying device having: a housing, a receptacle disposed in the housing and configured to accept the electrophoresis cell , a source of activation energy configured to supply activation energy to the polymeric separation medium when the electrophoresis cell is in the receptacle, and an electric power source disposed within the housing and fluidically isolated from the receptacle, the electric power source configured to provide electric power to the at least one electrode to generate an electric field across the recess area when the electrophoresis cell is in the receptacle, the substantially flush surfaces operable to reduce distortion in the electric field. a housing, a receptacle disposed in the housing and configured to accept the electrophoresis cell , a source of activation energy configured to supply activation energy to the polymeric separation medium when the electrophoresis cell is in the receptacle, and an electric power source disposed within the housing and fluidically isolated from the receptacle, the electric power source configured to provide electric power to the at least one electrode to generate an electric field across the recess area when the electrophoresis cell is in the receptacle, the substantially flush surfaces operable to reduce distortion in the electric field.
A nozzle assembly (N) for a servo valve, the nozzle assembly (N) comprising: a nozzle housing having a nozzle cavity defined by an inner circumferential cavity surface of the nozzle housing ; a nozzle positioned in the nozzle cavity , wherein the nozzle comprises: an annular body defining an outer circumferential surface and an inner circumferential surface ; a fluid outlet at a first axial end of the nozzle ; a fluid inlet at an opposing, second axial end of the nozzle ; a nozzle bore connecting the fluid outlet to the fluid inlet , wherein the nozzle bore is defined by the inner circumferential surface ; and an annular groove disposed around the circumference of the annular body in the outer circumferential surface ; an injection passage in fluid communication with the annular groove in the nozzle , characterized in that , the nozzle housing further comprises an annular groove in the inner circumferential cavity surface , and the annular grooves in the nozzle and the nozzle housing are in fluid communication with each other; and by a setting material disposed in the annular grooves for fixing the nozzle in position within the nozzle housing . a nozzle housing having a nozzle cavity defined by an inner circumferential cavity surface of the nozzle housing ; a nozzle positioned in the nozzle cavity , wherein the nozzle comprises: an annular body defining an outer circumferential surface and an inner circumferential surface ; a fluid outlet at a first axial end of the nozzle ; a fluid inlet at an opposing, second axial end of the nozzle ; a nozzle bore connecting the fluid outlet to the fluid inlet , wherein the nozzle bore is defined by the inner circumferential surface ; and an annular groove disposed around the circumference of the annular body in the outer circumferential surface ; an annular body defining an outer circumferential surface and an inner circumferential surface ; a fluid outlet at a first axial end of the nozzle ; a fluid inlet at an opposing, second axial end of the nozzle ; a nozzle bore connecting the fluid outlet to the fluid inlet , wherein the nozzle bore is defined by the inner circumferential surface ; and an annular groove disposed around the circumference of the annular body in the outer circumferential surface ; an injection passage in fluid communication with the annular groove in the nozzle , characterized in that , the nozzle housing further comprises an annular groove in the inner circumferential cavity surface , and the annular grooves in the nozzle and the nozzle housing are in fluid communication with each other; and by a setting material disposed in the annular grooves for fixing the nozzle in position within the nozzle housing .
A surface-treated steel sheet for cans having, on both surfaces of a steel sheet, a coating of a compound comprising chiefly Zr and containing F and O, wherein: - the amount of Zr is 80 to 200 mg/m 2 and the amount of F is not less than 12 mg/m 2 in the coating on the surface that becomes the outer surface side of the can; and - the amount of Zr is 80 to 200 mg/m 2 and the amount of F is 0.5 to 10 mg/m 2 in the coating on the surface that becomes the inner surface side of the can. - the amount of Zr is 80 to 200 mg/m 2 and the amount of F is not less than 12 mg/m 2 in the coating on the surface that becomes the outer surface side of the can; and - the amount of Zr is 80 to 200 mg/m 2 and the amount of F is 0.5 to 10 mg/m 2 in the coating on the surface that becomes the inner surface side of the can.
A method for the production of a plant-based protein hydrolysate suitable for cell culture of eukaryotic cells, said plant-based protein hydrolysate being obtained from secondary food stream, the method comprising the steps: (a) providing a plant-based material obtained from secondary food stream, wherein the plant-based material obtained from secondary food stream is obtained from rice bran, wherein said plant-based material obtained from secondary food stream has a protein content ranging from 5% to 25% (w/w dry matter) and has a fibre content ranging from 1% to 30% (w/w dry matter); (b) adding a concentrated solution of HCl to the plant-based material, wherein the concentration of HCl is in the range from 0.2 M to 1 M, thereby preparing a mixture of acid and material; (c) incubating the mixture of step (b) at a temperature in the range between 70°C and 90°C for a time period of between 15 hours and 36 hours, thereby preparing an acid-hydrolysate; (d) adding an alkaline solution to the acid-hydrolysate of step (c) in an amount sufficient to neutralize the acid-hydrolysate; (e) centrifuging the neutralized acid-hydrolysate of step (d) to precipitate insoluble material; (f) recovering the supernatant of the centrifugation of step (e); and (g) filtering the supernatant recovered in step (f) through a sterile filter or a combination of sterile filters, thereby obtaining the plant-based protein hydrolysate suitable for cell culture of eukaryotic cells. (a) providing a plant-based material obtained from secondary food stream, wherein the plant-based material obtained from secondary food stream is obtained from rice bran, wherein said plant-based material obtained from secondary food stream has a protein content ranging from 5% to 25% (w/w dry matter) and has a fibre content ranging from 1% to 30% (w/w dry matter); (b) adding a concentrated solution of HCl to the plant-based material, wherein the concentration of HCl is in the range from 0.2 M to 1 M, thereby preparing a mixture of acid and material; (c) incubating the mixture of step (b) at a temperature in the range between 70°C and 90°C for a time period of between 15 hours and 36 hours, thereby preparing an acid-hydrolysate; (d) adding an alkaline solution to the acid-hydrolysate of step (c) in an amount sufficient to neutralize the acid-hydrolysate; (e) centrifuging the neutralized acid-hydrolysate of step (d) to precipitate insoluble material; (f) recovering the supernatant of the centrifugation of step (e); and (g) filtering the supernatant recovered in step (f) through a sterile filter or a combination of sterile filters, thereby obtaining the plant-based protein hydrolysate suitable for cell culture of eukaryotic cells.
Assembly comprising a boarding plate of a wagon for transportation of cars and a mechanism for lifting the boarding plate , this mechanism containing: - a rotatable input shaft , - at least two direct drives driven by the rotatable input shaft , - at least two sets of levers connected to and supporting the boarding plate , and - at least two stripes equipped with travelling pullies and rotatably attached to the sets of levers , whereby the stripes equipped with travelling pullies are also connected to the direct drives in such a way that rotating the rotatable input shaft causes the direct drives to push away or pull in the stripes equipped with travelling pullies, thereby changing the inclination of the sets of levers and thus the height of the boarding plate . - a rotatable input shaft , - at least two direct drives driven by the rotatable input shaft , - at least two sets of levers connected to and supporting the boarding plate , and - at least two stripes equipped with travelling pullies and rotatably attached to the sets of levers ,
A system for generating summaries for missed portions of media assets, the system comprising: means for retrieving a start time and a stop time of a portion of a media asset that a user has missed; means for determining , based on the start time and the stop time, a length of the portion of the media asset that the user has missed; means for transmitting a request that includes an instruction for receiving segment data for media asset summary segments that are associated with the media asset; means for receiving in response to the request, the segment data for the media asset summary segments that are associated with the media asset; means for comparing the length with a threshold length; means for, in response to determining that the length is greater than the threshold length, retrieving , from the segment data, a first plurality of segment identifiers for media asset summary segments of a first importance; means for, in response to determining that the length is not greater than the threshold length, retrieving , from the segment data, a second plurality of segment identifiers for media asset summary segments of one of the first importance and a second importance, wherein the first importance is higher than the second importance; means for generating a summary of the missed portion of the media asset based on one of the first plurality of segment identifiers and the second plurality of segment identifiers; and means for generating for display the summary. means for retrieving a start time and a stop time of a portion of a media asset that a user has missed; means for determining , based on the start time and the stop time, a length of the portion of the media asset that the user has missed; means for transmitting a request that includes an instruction for receiving segment data for media asset summary segments that are associated with the media asset; means for receiving in response to the request, the segment data for the media asset summary segments that are associated with the media asset; means for comparing the length with a threshold length; means for, in response to determining that the length is greater than the threshold length, retrieving , from the segment data, a first plurality of segment identifiers for media asset summary segments of a first importance; means for, in response to determining that the length is not greater than the threshold length, retrieving , from the segment data, a second plurality of segment identifiers for media asset summary segments of one of the first importance and a second importance, wherein the first importance is higher than the second importance; means for generating a summary of the missed portion of the media asset based on one of the first plurality of segment identifiers and the second plurality of segment identifiers; and means for generating for display the summary.
A roller bearing cage comprising: a first annular ring ; a second annular ring ; at least one retainer portion attaching the first annular ring to the second annular ring to form the first and second annular rings in a cylinder-type structure; and a plurality of resilient tangs on each of the first and second annular rings, each tang protruding from the circumference of the respective annular ring at an angle with respect to the plane of the respective annular ring and toward the other annular ring, wherein each resilient tang has a first tang edge connected to the respective annular ring and a second tang edge opposite and substantially parallel to the first tang edge , characterized in that the length of the second tang edge is greater than the length of the first tang edge . a first annular ring ; a second annular ring ; at least one retainer portion attaching the first annular ring to the second annular ring to form the first and second annular rings in a cylinder-type structure; and a plurality of resilient tangs on each of the first and second annular rings, each tang protruding from the circumference of the respective annular ring at an angle with respect to the plane of the respective annular ring and toward the other annular ring, wherein each resilient tang has a first tang edge connected to the respective annular ring and a second tang edge opposite and substantially parallel to the first tang edge ,