mhurhangee/ep-ind-claims huggingface dataset:
Processes for the production of lithium mixed metal oxides, which essentially contain lithium, manganese, cobalt and nickel as metal atoms and have a stoichiometric ratio of lithium to the total transition metals greater than 1, comprising a) the preparation of a mixture referred to as an intermediate product, which essentially contains lithium-bearing mixed metal hydroxides and lithium-bearing mixed metal oxide hydroxides, in which manganese, cobalt (variable a) and nickel (variable b) are contained in the ratio (1-a-b):a:b and in which the oxidation number averaged over all ions of manganese, cobalt and nickel is at least 4-1.75a-1.75b, where 0 ≤ a ≤ 0.5 and 0.1 ≤ b ≤ 0.8, by thermal treatment of a mixture containing at least one transition metal compound and at least one lithium salt, under continuous mixing and in the presence of oxygen, wherein lithium salt does not melt during thermal treatment, and b) the thermal treatment of the intermediate product without mixing and in the presence of oxygen. a) the preparation of a mixture referred to as an intermediate product, which essentially contains lithium-bearing mixed metal hydroxides and lithium-bearing mixed metal oxide hydroxides, in which manganese, cobalt (variable a) and nickel (variable b) are contained in the ratio (1-a-b):a:b and in which the oxidation number averaged over all ions of manganese, cobalt and nickel is at least 4-1.75a-1.75b, where 0 ≤ a ≤ 0.5 and 0.1 ≤ b ≤ 0.8, by thermal treatment of a mixture containing at least one transition metal compound and at least one lithium salt, under continuous mixing and in the presence of oxygen, wherein lithium salt does not melt during thermal treatment, and b) the thermal treatment of the intermediate product without mixing and in the presence of oxygen.
A clearance compensating device for a rack, said device comprising a pusher intended to exert a thrust force against a rack, said pusher being movably mounted and guided in translation along a thrust axis (ZZ') within a jacket extending along said thrust axis (ZZ') between an access opening intended to open on the rack and a retaining abutment forming an obstacle to the axial retraction of the pusher, the pusher presenting a shoulder which receives a resilient bidirectional suspension member, said resilient suspension member being thus engaged between the pusher and the jacket so as to simultaneously form in one single-piece, on the one hand a resilient axial suspension wedge that ensures a resilient axial contact between the shoulder of the pusher and the retaining abutment of the jacket, and on the other hand a resilient radial suspension wedge that ensures a resilient radial contact, transversely to the thrust axis (ZZ'), between the pusher and inner wall of the jacket, the device being characterized in that the pusher presents, externally, axial grooves (20, 21) at least in its portion covered by the resilient bidirectional suspension member.
A system for determining the number of target nucleotide molecules in a sample, the system comprising: a sample holder configured to receive an article comprising at least 20,000 separate reaction sites; an excitation optical system comprising a light source configured to simultaneously illuminate the at least 20,000 separate reaction sites; an optical sensor comprising a predetermined number of pixels, the predetermined number of pixels being at least 20 times the number of reaction sites; and an emission optical system comprising a lens having a focal length such that a system working distance from the sample holder is less than or equal to 60 millimeters. a sample holder configured to receive an article comprising at least 20,000 separate reaction sites; an excitation optical system comprising a light source configured to simultaneously illuminate the at least 20,000 separate reaction sites; an optical sensor comprising a predetermined number of pixels, the predetermined number of pixels being at least 20 times the number of reaction sites; and an emission optical system comprising a lens having a focal length such that a system working distance from the sample holder is less than or equal to 60 millimeters.
A method comprising: storing, in a first buffer associated with a first analog to digital converter, ADC, of a digital signal processor, DSP, resolver sine values collected from a first resolver, a second resolver, and a third resolver; storing, in a second buffer associated with a second ADC of the DSP, resolver cosine values collected from the first resolver, the second resolver, and the third resolver; storing, in a third buffer associated with a third ADC of the DSP, resolver excitation values collected from the first resolver, the second resolver, and the third resolver; determining a midpoint value of the resolver excitation values; determining a sine amplitude based at least in part on the resolver sine values and the midpoint value; determining a cosine amplitude based at least in part on the resolver cosine values and the midpoint value; and identifying a quadrant of a resolver position. storing, in a first buffer associated with a first analog to digital converter, ADC, of a digital signal processor, DSP, resolver sine values collected from a first resolver, a second resolver, and a third resolver; storing, in a second buffer associated with a second ADC of the DSP, resolver cosine values collected from the first resolver, the second resolver, and the third resolver; storing, in a third buffer associated with a third ADC of the DSP, resolver excitation values collected from the first resolver, the second resolver, and the third resolver; determining a midpoint value of the resolver excitation values; determining a sine amplitude based at least in part on the resolver sine values and the midpoint value; determining a cosine amplitude based at least in part on the resolver cosine values and the midpoint value; and identifying a quadrant of a resolver position.
A method for communications device operations, the method comprising: determining a hybrid automatic repeat request,HARQ, response for each component carrier,CC, in a set of CCs configured by RRC layer signaling, thereby producing a set of HARQ responses; generating an information vector from the set of HARQ responses, wherein the information vector comprises one or more bits respectively corresponding to a CC in the set of CCs, and a bit of the one or more bits is assigned a fixed value if HARQ response of a corresponding CC is set to DTX in response to no transmission detected over the CC; encoding the information vector; and transmitting the encoded information vector. determining a hybrid automatic repeat request,HARQ, response for each component carrier,CC, in a set of CCs configured by RRC layer signaling, thereby producing a set of HARQ responses; generating an information vector from the set of HARQ responses, wherein the information vector comprises one or more bits respectively corresponding to a CC in the set of CCs, and a bit of the one or more bits is assigned a fixed value if HARQ response of a corresponding CC is set to DTX in response to no transmission detected over the CC; encoding the information vector; and transmitting the encoded information vector.
A method for hindering a cold boot attack on a user equipment, comprising: in response to detection of the cold boot attack, executing security procedures in a prioritized order, wherein the security procedures comprise at least: notifying a back end system and securing the user equipment, wherein the back end system comprises a server; and notifying one or more peripheral devices connected to the user equipment, the one or more peripheral devices, upon being notified, erasing keys and data stored on themselves. notifying a back end system and securing the user equipment, wherein the back end system comprises a server; and notifying one or more peripheral devices connected to the user equipment, the one or more peripheral devices, upon being notified, erasing keys and data stored on themselves.
An assembly for rotational equipment, the assembly comprising: a rotor disk structure including a rotor disk and a seal land circumscribing the rotor disk; a stator structure circumscribing the seal land; a seal assembly configured for sealing a gap between the stator structure and the seal land, wherein the seal assembly includes a non-contact seal; a bladed rotor assembly including a second rotor disk structure; a linkage extending axially between and connected to the rotor disk structure and the second rotor disk structure; a nozzle configured to direct cooling air onto the second rotor disk structure, wherein the nozzle comprises a tangential onboard injection nozzle; and a guide circumscribing the linkage and configured to form a duct with the linkage, wherein the duct flows at least some of the cooling air directed out from the nozzle axially along the linkage, and wherein the guide is configured with the stator structure, and includes an aperture which receives cooling air from the duct, and wherein the aperture is configured to direct the received cooling air into a cavity between the guide and the stator structure for cooling the stator structure. a rotor disk structure including a rotor disk and a seal land circumscribing the rotor disk; a stator structure circumscribing the seal land; a seal assembly configured for sealing a gap between the stator structure and the seal land, wherein the seal assembly includes a non-contact seal; a bladed rotor assembly including a second rotor disk structure; a linkage extending axially between and connected to the rotor disk structure and the second rotor disk structure; a nozzle configured to direct cooling air onto the second rotor disk structure, wherein the nozzle comprises a tangential onboard injection nozzle; and a guide circumscribing the linkage and configured to form a duct with the linkage, wherein the duct flows at least some of the cooling air directed out from the nozzle axially along the linkage, and wherein the guide is configured with the stator structure, and includes an aperture which receives cooling air from the duct, and wherein the aperture is configured to direct the received cooling air into a cavity between the guide and the stator structure for cooling the stator structure.
A vertically moveable elevator system component, comprising: an elevator cab; a top portion (24, 84), the top portion comprising a ceiling of the cab; a bottom portion (22, 86), the bottom portion comprising a floor of the cab; a plurality of vertically oriented side portions (26, 28, 88) between the top and bottom portions (22, 24), the side portions each comprising a sidewall (26, 28) of the cab; wherein the cab includes an interior space having a vertical extent between the ceiling and the floor, wherein at least one of the side portions (26, 28) comprises a roller guide support sheet; a first roller guide roller supported by the sheet such that the first roller is at least partially disposed on a first side of the sheet and an axis of the first roller is generally parallel with the sheet; and the component further comprises second and third roller guide rollers (36, 38) supported by the sheet such that the second and third rollers (36, 38) are on a second, oppositely facing side of the sheet with an axis of each of the second and third rollers (36, 38) generally perpendicular to the axis of the first roller, the axis of each of the second and third rollers (36, 38) remaining in a fixed position relative to the sheet, characterized in that the second and third rollers (36, 38) are at least partially disposed at a vertical position that overlaps with the vertical extent of the interior of the cab. an elevator cab; a top portion (24, 84), the top portion comprising a ceiling of the cab; a bottom portion (22, 86), the bottom portion comprising a floor of the cab; a plurality of vertically oriented side portions (26, 28, 88) between the top and bottom portions (22, 24), the side portions each comprising a sidewall (26, 28) of the cab; wherein the cab includes an interior space having a vertical extent between the ceiling and the floor, wherein at least one of the side portions (26, 28) comprises a roller guide support sheet; a first roller guide roller supported by the sheet such that the first roller is at least partially disposed on a first side of the sheet and an axis of the first roller is generally parallel with the sheet; and the component further comprises second and third roller guide rollers (36, 38) supported by the sheet such that the second and third rollers (36, 38) are on a second, oppositely facing side of the sheet with an axis of each of the second and third rollers (36, 38) generally perpendicular to the axis of the first roller, the axis of each of the second and third rollers (36, 38) remaining in a fixed position relative to the sheet, characterized in that the second and third rollers (36, 38) are at least partially disposed at a vertical position that overlaps with the vertical extent of the interior of the cab.
An apparatus for associating a plurality of landmarks with a patient tissue, each landmark being associated with the patient tissue in at least one of a predetermined marking location and a predetermined marking trajectory, the patient tissue including a primary patient tissue area and an anatomically differentiated bordering secondary patient tissue area, the apparatus being at least partially custom-manufactured responsive to preoperative imaging of the patient tissue, the apparatus comprising: a base having a lower base surface contoured to mate with both the primary and secondary patient tissue areas (108, 110) in a preselected relative orientation, the lower base surface being spaced apart from an upper base surface by a base body; a plurality of base apertures extending between the upper and lower base surfaces (422, 520) through the base body; and a plurality of guiding bosses protruding from the base, each guiding boss having a guiding bore extending therethrough, each guiding bore extending collinearly with a corresponding base aperture to permit insertion of a landmark through the apparatus; wherein each guiding bore and corresponding base aperture cooperatively define at least one of the predetermined marking location and the predetermined marking trajectory for the landmark; and wherein at least one landmark is configured to be guided by the apparatus into engagement with a marking location in the primary patient tissue area and at least one landmark is configured to be guided by the apparatus into engagement with a marking location in the secondary patient tissue area. a base having a lower base surface contoured to mate with both the primary and secondary patient tissue areas (108, 110) in a preselected relative orientation, the lower base surface being spaced apart from an upper base surface by a base body; a plurality of base apertures extending between the upper and lower base surfaces (422, 520) through the base body; and a plurality of guiding bosses protruding from the base, each guiding boss having a guiding bore extending therethrough, each guiding bore extending collinearly with a corresponding base aperture to permit insertion of a landmark through the apparatus; wherein each guiding bore and corresponding base aperture cooperatively define at least one of the predetermined marking location and the predetermined marking trajectory for the landmark; and wherein at least one landmark is configured to be guided by the apparatus into engagement with a marking location in the primary patient tissue area and at least one landmark is configured to be guided by the apparatus into engagement with a marking location in the secondary patient tissue area.
A rod reduction instrument adapted for use with a spinal fixation system, the rod reduction instrument comprising: - a rod reducer having a proximal end and a distal end, wherein the distal end of the rod reducer is configured to engage a spinal rod for seating the spinal rod into a pedicle screw receiver; - a sensor configured to detect a load exerted by the rod reducer on the spinal rod during seating of the spinal rod in the pedicle screw receiver; and - a reduction feedback system coupled with the sensor, the reduction feedback system configured to: - receive load data indicating the load exerted by the rod reducer on the spinal rod from the sensor; and - provide an indicator of the load data that is detectable by an operator of the rod reduction instrument characterized in that - the reduction feedback system comprises a processor and memory, the memory storing instructions which when executed, cause the processor to: compare the load data with a load threshold for the rod reducer; and provide an indicator that the load data satisfies or does not satisfy the load threshold for the rod reducer. - a rod reducer having a proximal end and a distal end, wherein the distal end of the rod reducer is configured to engage a spinal rod for seating the spinal rod into a pedicle screw receiver; - a sensor configured to detect a load exerted by the rod reducer on the spinal rod during seating of the spinal rod in the pedicle screw receiver; and - a reduction feedback system coupled with the sensor, the reduction feedback system configured to: - receive load data indicating the load exerted by the rod reducer on the spinal rod from the sensor; and - provide an indicator of the load data that is detectable by an operator of the rod reduction instrument characterized in that - the reduction feedback system comprises a processor and memory, the memory storing instructions which when executed, cause the processor to: compare the load data with a load threshold for the rod reducer; and provide an indicator that the load data satisfies or does not satisfy the load threshold for the rod reducer.
Anti-friction bearing, comprising a metallic outer ring and a metallic inner ring having respective rolling body raceways, and also a plurality of metallic rolling bodies rolling on said rolling body raceways, wherein an electrical insulation layer made of an oxide ceramic is provided on the outer ring and/or on the inner ring on the raceway side and/or on the rolling bodies, characterized in that an adhesion-promoting layer is provided between the metallic body of the outer ring, of the inner ring and/or of the rolling body and the insulation layer, and in that the adhesion-promoting layer consists of a metal, a metal carbide, a metal nitride, a metal boride or a metal silicide.
A fluid discharge head, comprising: a base comprising a groove row comprising a plurality of first grooves disposed side by side in a first direction and a plurality of second grooves disposed side by side in the first direction and respectively disposed among the plurality of first grooves, the first grooves and the second grooves extending along a second direction crossing the first direction; and a nozzle plate comprising nozzles that communicate with the first grooves of the base, characterized by further comprising: an individual wire comprising individual electrodes formed in the second grooves, the individual wire being extended to one side of the groove row in the second direction; a common wire comprising common electrodes formed in the first grooves, the common wire being extended to another side of the groove row in the second direction; and a connection wire connected to the common wire on the another side of the groove row in the second direction and leading to the one side of the groove row. a base comprising a groove row comprising a plurality of first grooves disposed side by side in a first direction and a plurality of second grooves disposed side by side in the first direction and respectively disposed among the plurality of first grooves, the first grooves and the second grooves extending along a second direction crossing the first direction; and a nozzle plate comprising nozzles that communicate with the first grooves of the base, characterized by further comprising: an individual wire comprising individual electrodes formed in the second grooves, the individual wire being extended to one side of the groove row in the second direction; a common wire comprising common electrodes formed in the first grooves, the common wire being extended to another side of the groove row in the second direction; and a connection wire connected to the common wire on the another side of the groove row in the second direction and leading to the one side of the groove row. an individual wire comprising individual electrodes formed in the second grooves, the individual wire being extended to one side of the groove row in the second direction; a common wire comprising common electrodes formed in the first grooves, the common wire being extended to another side of the groove row in the second direction; and a connection wire connected to the common wire on the another side of the groove row in the second direction and leading to the one side of the groove row.
Use of a compound according to Formula B3: where: R 1 and R 2 are each independently OH or C 1 -C 3 alkoxy, and R 3 is selected from the group consisting of (i) C 10 -C 20 unsubstituted straight or branched chain alkenyl with one or more double bonds; and (ii) where X, Y and Z are independently CH, CH 2, CO or CHOR 5 where R 5 is H or C 1 -C 3 alkyl, provided that if one of X or Y are CH then Z is also CH, and where R 4 is C 1 -C 8 straight or branched chain unsubstituted alkyl or where n is 1-5, provided that if R 4 is C 1 -C 8 straight or branched chain alkyl, then Y is CHOR 5 where R 5 is C 1 -C 3 alkyl; for reducing the amount of sodium chloride in food products. R 1 and R 2 are each independently OH or C 1 -C 3 alkoxy, and R 3 is selected from the group consisting of (i) C 10 -C 20 unsubstituted straight or branched chain alkenyl with one or more double bonds; and (ii) where X, Y and Z are independently CH, CH 2, CO or CHOR 5 where R 5 is H or C 1 -C 3 alkyl, provided that if one of X or Y are CH then Z is also CH, and where R 4 is C 1 -C 8 straight or branched chain unsubstituted alkyl or where n is 1-5, provided that if R 4 is C 1 -C 8 straight or branched chain alkyl, then Y is CHOR 5 where R 5 is C 1 -C 3 alkyl; (i) C 10 -C 20 unsubstituted straight or branched chain alkenyl with one or more double bonds; and (ii) where X, Y and Z are independently CH, CH 2, CO or CHOR 5 where R 5 is H or C 1 -C 3 alkyl, provided that if one of X or Y are CH then Z is also CH, and where R 4 is C 1 -C 8 straight or branched chain unsubstituted alkyl or where n is 1-5, provided that if R 4 is C 1 -C 8 straight or branched chain alkyl, then Y is CHOR 5 where R 5 is C 1 -C 3 alkyl; for reducing the amount of sodium chloride in food products.
Nano-sized abrasive silicon carbide particles having an average particle size of 400 nm or less, having at least portions of their surfaces coated with silica, and having an oxygen content ranging from 5 wt% to 20 wt% based on the total weight of a nano-sized abrasive silicon carbide particle.