mhurhangee/patent-ind-claim-en huggingface dataset:
A translation-lookaside buffer, TLB, comprising: a plurality of entries , wherein each entry of the plurality of entries is configured to hold an address translation and a valid bit vector , wherein each bit of the valid bit vector indicates, for a respective address translation context, the address translation is valid if set and invalid if clear; and an invalidation bit vector having bits corresponding to the bits of the valid bit vector of the plurality of entries , wherein a set bit of the invalidation bit vector indicates to simultaneously clear the corresponding bit of the valid bit vector of each entry of the plurality of entries ; wherein the valid bit vector comprises global and local portions and the invalidation bit vector comprises global and local portions corresponding to the global and local portions of the valid bit vector , respectively, wherein the global and local portions are mutually exclusive, wherein the address translation is a valid local address translation when one or more bits of the local portion of the valid bit vector is set, the local address translation being an address translation in which a single address translation context is used to translate the address to be translated into the translated address, and wherein the address translation is a valid global address translation when one or more bits of the global portion of the valid bit vector is set, the global address translation being an address translation in which multiple address translation contexts are used to translate the address to be translated into the translated address. a plurality of entries , wherein each entry of the plurality of entries is configured to hold an address translation and a valid bit vector , wherein each bit of the valid bit vector indicates, for a respective address translation context, the address translation is valid if set and invalid if clear; and an invalidation bit vector having bits corresponding to the bits of the valid bit vector of the plurality of entries , wherein a set bit of the invalidation bit vector indicates to simultaneously clear the corresponding bit of the valid bit vector of each entry of the plurality of entries ; wherein the valid bit vector comprises global and local portions and the invalidation bit vector comprises global and local portions corresponding to the global and local portions of the valid bit vector , respectively, wherein the global and local portions are mutually exclusive, wherein the address translation is a valid local address translation when one or more bits of the local portion of the valid bit vector is set, the local address translation being an address translation in which a single address translation context is used to translate the address to be translated into the translated address, and wherein the address translation is a valid global address translation when one or more bits of the global portion of the valid bit vector is set, the global address translation being an address translation in which multiple address translation contexts are used to translate the address to be translated into the translated address.
A secure firmware upgrade method, characterized in that , the method is applied in an in-vehicle security chip module, ESU, and the method comprises: performing (S11) decryption and signature verification on a received firmware upgrade package; transmitting (S12), based on the firmware upgrade package, a firmware writing instruction to an electronic unit, ECU, to be upgraded; transmitting (S13), based on a writing success instruction received from the ECU, a security verification instruction to the ECU; receiving (S14) and verifying a response instruction transmitted by the ECU in response to the security verification instruction; and transmitting (S15), in response to the response instruction being a predetermined response instruction, an upgrade success message to complete a firmware upgrade; wherein the firmware upgrade package is preconfigured with a response algorithm for generating the response instruction corresponding to the security verification instruction, and wherein for different versions of the firmware upgrade packages, the response algorithm has different response instructions, in response to the same security verification instruction, and there is an one-to-one correspondence between pairs of versions of the firmware upgrade packages and security verification instructions and response instructions. performing (S11) decryption and signature verification on a received firmware upgrade package; transmitting (S12), based on the firmware upgrade package, a firmware writing instruction to an electronic unit, ECU, to be upgraded; transmitting (S13), based on a writing success instruction received from the ECU, a security verification instruction to the ECU; receiving (S14) and verifying a response instruction transmitted by the ECU in response to the security verification instruction; and transmitting (S15), in response to the response instruction being a predetermined response instruction, an upgrade success message to complete a firmware upgrade; wherein the firmware upgrade package is preconfigured with a response algorithm for generating the response instruction corresponding to the security verification instruction, and wherein for different versions of the firmware upgrade packages, the response algorithm has different response instructions, in response to the same security verification instruction, and there is an one-to-one correspondence between pairs of versions of the firmware upgrade packages and security verification instructions and response instructions.
A lens system comprising a first lens group, a second lens group, a third lens group, a fourth lens group, and a fifth lens group in sequence from an object side to an image side along an optical axis of the lens system, wherein: the first lens group has positive refractive power, the second lens group has negative refractive power, the third lens group has positive refractive power, the fourth lens group has positive refractive power, and the fifth lens group has positive refractive power; the second lens groups and the fourth lens group are adjustable along the optical axis of the lens system to adjust a focal length of the lens system; and characterized in that the lens system satisfies − 1.33 ≤ f 2 f w ⋅ f t 1 2 ≤ − 1.03 , 1.56 ≤ f 3 f w ⋅ f t 1 2 ≤ 1.86 , 1.21 ≤ f 4 f w ⋅ f t 1 2 ≤ 1.51 , so as to realize a desired image quality, the lens system having an image plane with a size of 3.38667 cm (4/3 inch) and a constant maximum aperture corresponding to focal lengths from a wide-angle end to a telephoto end; wherein f 2 represents a focal length of the second lens group, f 3 represents a focal length of the third lens group, f 4 represents a focal length of the fourth lens group, f w represents a focal length of the lens system at the wide-angle end, and f t represents a focal length of the lens system at the telephoto end. the first lens group has positive refractive power, the second lens group has negative refractive power, the third lens group has positive refractive power, the fourth lens group has positive refractive power, and the fifth lens group has positive refractive power; the second lens groups and the fourth lens group are adjustable along the optical axis of the lens system to adjust a focal length of the lens system; and characterized in that the lens system satisfies − 1.33 ≤ f 2 f w ⋅ f t 1 2 ≤ − 1.03 , 1.56 ≤ f 3 f w ⋅ f t 1 2 ≤ 1.86 , 1.21 ≤ f 4 f w ⋅ f t 1 2 ≤ 1.51 , so as to realize a desired image quality, the lens system having an image plane with a size of 3.38667 cm (4/3 inch) and a constant maximum aperture corresponding to focal lengths from a wide-angle end to a telephoto end; wherein f 2 represents a focal length of the second lens group, f 3 represents a focal length of the third lens group, f 4 represents a focal length of the fourth lens group, f w represents a focal length of the lens system at the wide-angle end, and f t represents a focal length of the lens system at the telephoto end.
A control method for a vehicle, wherein the vehicle comprises a plurality of differential wheel sets, the control method comprising: S101: determining whether a chassis state machine of the vehicle switches from a first state to a second state; S102: adjusting angles of the plurality of differential wheel sets to angles corresponding to the second state when the chassis state machine switches; S103: determining whether each differential wheel set is adjusted in place upon a preset time; S104: controlling the vehicle to travel at a first preset velocity when each differential wheel set is adjusted in place, characterized in that the control method further comprising: S105: when one of the differential wheel sets is not adjusted in place, controlling the vehicle to travel at a second preset velocity, and also continuously adjusting the one of the differential wheel sets, wherein the second preset velocity is lower than the first preset velocity. S101: determining whether a chassis state machine of the vehicle switches from a first state to a second state; S102: adjusting angles of the plurality of differential wheel sets to angles corresponding to the second state when the chassis state machine switches; S103: determining whether each differential wheel set is adjusted in place upon a preset time; S104: controlling the vehicle to travel at a first preset velocity when each differential wheel set is adjusted in place, characterized in that the control method further comprising: S105: when one of the differential wheel sets is not adjusted in place, controlling the vehicle to travel at a second preset velocity, and also continuously adjusting the one of the differential wheel sets, wherein the second preset velocity is lower than the first preset velocity.
A method of a wireless terminal device of a wireless communication system, wherein the wireless terminal device is arranged to operate according to a plurality of radio access technologies, RATs, the method comprising: receiving a configuration from a network node of an access network of the wireless communication system, wherein the configuration is a multi-connectivity configuration arranged to operate towards a plurality of RATs simultaneously; determining capabilities of the wireless terminal device; analysing the received configuration in view of the capabilities, wherein the method is characterized by : determining that the capabilities are not fully sufficient for the received configuration and determining an adapted configuration for setting up transceiver operation of the wireless terminal device, wherein the capabilities are fully sufficient for the adapted configuration; and operating the wireless terminal device according to selected transceiver operation, wherein the determination of the adapted configuration comprises determining a prioritized transmission and reception action for the multi-connectivity where the prioritized transmission and reception action comprises selecting a RAT to use, and proper operation mode within specifications for that RAT, for transmission and reception. receiving a configuration from a network node of an access network of the wireless communication system, wherein the configuration is a multi-connectivity configuration arranged to operate towards a plurality of RATs simultaneously; determining capabilities of the wireless terminal device; analysing the received configuration in view of the capabilities, wherein the method is characterized by : determining that the capabilities are not fully sufficient for the received configuration and determining an adapted configuration for setting up transceiver operation of the wireless terminal device, wherein the capabilities are fully sufficient for the adapted configuration; and operating the wireless terminal device according to selected transceiver operation, wherein the determination of the adapted configuration comprises determining a prioritized transmission and reception action for the multi-connectivity where the prioritized transmission and reception action comprises selecting a RAT to use, and proper operation mode within specifications for that RAT, for transmission and reception. determining that the capabilities are not fully sufficient for the received configuration and determining an adapted configuration for setting up transceiver operation of the wireless terminal device, wherein the capabilities are fully sufficient for the adapted configuration; and operating the wireless terminal device according to selected transceiver operation, wherein the determination of the adapted configuration comprises determining a prioritized transmission and reception action for the multi-connectivity where the prioritized transmission and reception action comprises selecting a RAT to use, and proper operation mode within specifications for that RAT, for transmission and reception.
Retaining element for securing to an accumulator , with • a first side which comprises at least one fixing means for fixing to the accumulator , and • a second side opposite the first side and comprising: ∘ a first stop for engagement of a latch of a first retaining device , and ∘ a blocking element , characterized in that the blocking element comprises: • a hook leading away from the second side for engagement on a second stop of the first retaining device , and • a springing effect perpendicularly towards the second side. • a first side which comprises at least one fixing means for fixing to the accumulator , and • a second side opposite the first side and comprising: ∘ a first stop for engagement of a latch of a first retaining device , and ∘ a blocking element , ∘ a first stop for engagement of a latch of a first retaining device , and ∘ a blocking element , • a hook leading away from the second side for engagement on a second stop of the first retaining device , and • a springing effect perpendicularly towards the second side.
A modified polyvinyl alcohol resin composition comprising: a modified polyvinyl alcohol resin obtainable by introducing a linear, alicyclic, branched, or aromatic functional group having 3 to 20 carbon atoms, as a graft chain, into a polyvinyl alcohol as a main chain; and silica, wherein an acrylic group-containing oligosilanol group is further grafted on the modified polyvinyl alcohol resin, and a proportion of the introduced acrylic group-containing oligosilanol group is 0.5 to 10 mol% based on a vinyl alcohol unit as the main chain. a modified polyvinyl alcohol resin obtainable by introducing a linear, alicyclic, branched, or aromatic functional group having 3 to 20 carbon atoms, as a graft chain, into a polyvinyl alcohol as a main chain; and silica, wherein an acrylic group-containing oligosilanol group is further grafted on the modified polyvinyl alcohol resin, and a proportion of the introduced acrylic group-containing oligosilanol group is 0.5 to 10 mol% based on a vinyl alcohol unit as the main chain.
Composition insoluble in water, with a solid aspect at a temperature of less than or equal to 20°C, comprising the following for 100% of its mass: - X1% by mass of at least one lipophilic surfactant with an HLB value, H1, greater than or equal to 1 and less than 10; - X2% by mass of a least one hydrophilic surfactant with an HLB value, H2, greater than or equal to 10 and less than 20; characterised by the fact that its HLB = X1.H1 + X2.H2, X1 and X2 varying from 2 to 60 and characterised in that it contains no acrylic polymer and/or acetate succinate, and characterised in that : - said at least one lipophilic surfactant is a sorbitan stearate, and - said hydrophilic surfactant is chosen among ethoxylated sorbitan esters, ethoxylated alcohols or acids, polyglycerol esters, glucose esters, block copolymers of ethylene and propylene oxides. - X1% by mass of at least one lipophilic surfactant with an HLB value, H1, greater than or equal to 1 and less than 10; - X2% by mass of a least one hydrophilic surfactant with an HLB value, H2, greater than or equal to 10 and less than 20; - said at least one lipophilic surfactant is a sorbitan stearate, and - said hydrophilic surfactant is chosen among ethoxylated sorbitan esters, ethoxylated alcohols or acids, polyglycerol esters, glucose esters, block copolymers of ethylene and propylene oxides.
A bag storage case , comprising: a plurality of stacked and folded bags , a housing including a pair of first walls , a pair of second walls , and a third wall , the pair of first walls and the pair of second walls forming a parallelepiped shape and the third wall covering one of two openings formed by the pair of first walls and the pair of second walls , the third wall having a take-out opening extending in a first direction and having a first width; and a holder configured to hold the plurality of stacked and folded bags , the plurality of stacked and folded bags having a second width that is larger than the first width of the take-out opening , the holder being insertable into the housing through an opening opposite the third wall so that a folded portion of the plurality of stacked and folded bags faces the take-out opening , wherein the take-out opening has a middle portion that is larger than opposite end portions of the take-out opening in a stacking direction of the plurality of the stacked and folded bags , characterized in that the holder comprises a tray and a holding part , the holding part including a shaft that is configured to be received in the folded portion of the plurality of stacked and folded bags . a plurality of stacked and folded bags , a housing including a pair of first walls , a pair of second walls , and a third wall , the pair of first walls and the pair of second walls forming a parallelepiped shape and the third wall covering one of two openings formed by the pair of first walls and the pair of second walls , the third wall having a take-out opening extending in a first direction and having a first width; and a holder configured to hold the plurality of stacked and folded bags , the plurality of stacked and folded bags having a second width that is larger than the first width of the take-out opening , the holder being insertable into the housing through an opening opposite the third wall so that a folded portion of the plurality of stacked and folded bags faces the take-out opening , wherein the take-out opening has a middle portion that is larger than opposite end portions of the take-out opening in a stacking direction of the plurality of the stacked and folded bags , characterized in that the holder comprises a tray and a holding part , the holding part including a shaft that is configured to be received in the folded portion of the plurality of stacked and folded bags .
A superabrasive cutting element comprising: a substrate centered about a central axis ; and a superabrasive table bonded to the substrate and centered about the central axis , the superabrasive table comprising: a first surface having a polished finish, the first surface extending over at least a central, apical region of the superabrasive table ; and a second surface having a greater surface roughness than the first surface , the second surface surrounding a majority of the first surface , characterised in that the central, apical region comprises an arcuate and domed surface shape at the central axis . a substrate centered about a central axis ; and a superabrasive table bonded to the substrate and centered about the central axis , the superabrasive table comprising: a first surface having a polished finish, the first surface extending over at least a central, apical region of the superabrasive table ; and a second surface having a greater surface roughness than the first surface , the second surface surrounding a majority of the first surface , characterised in that the central, apical region comprises an arcuate and domed surface shape at the central axis . a first surface having a polished finish, the first surface extending over at least a central, apical region of the superabrasive table ; and a second surface having a greater surface roughness than the first surface , the second surface surrounding a majority of the first surface , characterised in that the central, apical region comprises an arcuate and domed surface shape at the central axis .
An endoluminal prosthesis system for being deployed in a patient's aorta near the heart, the system comprising: a graft having a main body with a proximal end and a distal end , where the proximal end is an end configured to be deployed near a patient's heart and the distal end is an end configured to be deployed away from the patient's heart, the main body defining a lumen extending from the proximal end to the distal end ; a proximal portion of the graft including the proximal end; a distal portion of the graft including the distal end; a middle portion of the graft extending between the proximal portion and the distal portion ; at least one connection branch attached to the middle portion , the connection branch having an inner end attached to the middle portion and an outer end disposed radially outwardly from the inner end, and a lumen extending from the inner end to the outer end, wherein the at least one connection branch provides fluid communication from the lumen of the graft , through the lumen of the connection branch to the outer end; wherein the outer end of the at least one connection branch is defined by a terminal ring composed of at least two partial rings pivotable relative to each other, each of the at least two partial rings including at least one radially outward barb , and wherein the connection branches have a compressed delivery configuration, in which the partial rings are folded toward one another, and an expanded deployed configuration, in which the partial rings form a full ring. a graft having a main body with a proximal end and a distal end , where the proximal end is an end configured to be deployed near a patient's heart and the distal end is an end configured to be deployed away from the patient's heart, the main body defining a lumen extending from the proximal end to the distal end ; a proximal portion of the graft including the proximal end; a distal portion of the graft including the distal end; a middle portion of the graft extending between the proximal portion and the distal portion ; at least one connection branch attached to the middle portion , the connection branch having an inner end attached to the middle portion and an outer end disposed radially outwardly from the inner end, and a lumen extending from the inner end to the outer end, wherein the at least one connection branch provides fluid communication from the lumen of the graft , through the lumen of the connection branch to the outer end; wherein the outer end of the at least one connection branch is defined by a terminal ring composed of at least two partial rings pivotable relative to each other, each of the at least two partial rings including at least one radially outward barb , and wherein the connection branches have a compressed delivery configuration, in which the partial rings are folded toward one another, and an expanded deployed configuration, in which the partial rings form a full ring.
A soft tissue graft comprising: processed tissue material having first and second opposed surfaces, wherein the first surface comprises a plurality of apertures , at least one of the apertures formed from a multi-directional separation in the first surface, the multi-directional separation defining a path having a middle segment including a midpoint of the path and end segments extending from the middle segment and including endpoints of the path, each end segment forming an obtuse angle with the middle segment, wherein the endpoints are positioned on opposite sides of a line extending through the midpoint in a direction tangent of the path through the midpoint.