mhurhangee/patent-ind-claim-en huggingface dataset:
A method for implementing error correction control, ECC, in a memory device, the method comprising: receiving a request at a component of a system on a chip, SoC, to write a data line to a memory device in electrical communication with the SoC; determining if the received data line is compressible; determining if there is a hit or a miss for a cache line of an ECC cache of the SoC associated with the received data line; and responsive to a determination that the received data line is compressible: compressing the received data line, generating ECC bits based on the compressed data line, appending the ECC bits to the compressed data line, storing the appended compressed data line in a data portion of the memory device, and responsive to a hit for the ECC cache, deleting the cache line of the ECC cache associated with the received data line, or responsive to a miss for the ECC cache, determining whether to delete a line of an ECC portion of the memory device, or, responsive to a determination that the received data line is not compressible: generating ECC bits based on the uncompressed data line, storing the uncompressed data line in the data portion of the memory device, and writing the generated ECC bits to the ECC cache. receiving a request at a component of a system on a chip, SoC, to write a data line to a memory device in electrical communication with the SoC; determining if the received data line is compressible; determining if there is a hit or a miss for a cache line of an ECC cache of the SoC associated with the received data line; and responsive to a determination that the received data line is compressible: compressing the received data line, generating ECC bits based on the compressed data line, appending the ECC bits to the compressed data line, storing the appended compressed data line in a data portion of the memory device, and responsive to a hit for the ECC cache, deleting the cache line of the ECC cache associated with the received data line, or responsive to a miss for the ECC cache, determining whether to delete a line of an ECC portion of the memory device, responsive to a hit for the ECC cache, deleting the cache line of the ECC cache associated with the received data line, or responsive to a miss for the ECC cache, determining whether to delete a line of an ECC portion of the memory device,
A shift device comprising: a rotation body , a shift position being changed by the rotation body being rotated; and a plurality of rotation members , one of which is rotated due to another one being rotated, and that are configured to rotate the rotation body when the rotation members are rotated; a rotation restriction section that is configured to perform restriction of rotation of the rotation body and release of restriction of rotation of the rotation body when the rotation members are rotated; and a detection section that is provided at a rotation member among the rotation members and that detects a position of the rotation restriction section by detecting a position of the rotation member at which the detection section is provided, characterized in that a lock gear serves as one of the rotation members, the rotation restriction section performs restriction of rotation of the rotation body and release of restriction of rotation of the rotation body by the lock gear being rotated, and the detection section is provided at the lock gear . a rotation body , a shift position being changed by the rotation body being rotated; and a plurality of rotation members , one of which is rotated due to another one being rotated, and that are configured to rotate the rotation body when the rotation members are rotated; a rotation restriction section that is configured to perform restriction of rotation of the rotation body and release of restriction of rotation of the rotation body when the rotation members are rotated; and a detection section that is provided at a rotation member among the rotation members and that detects a position of the rotation restriction section by detecting a position of the rotation member at which the detection section is provided, characterized in that a lock gear serves as one of the rotation members, the rotation restriction section performs restriction of rotation of the rotation body and release of restriction of rotation of the rotation body by the lock gear being rotated, and the detection section is provided at the lock gear .
A seatbelt pretensioning retractor assembly for use in a passenger vehicle, the seatbelt pretensioning retractor assembly comprising: a housing adapted for being mounted to a vehicle structure and having an interior cavity; a tube having an arcuate and curved shape having a first end for fluid communication with a gas generator and a second end in fluid communication with the interior cavity of the housing ; a sprocket rotatably mounted to the housing and fixedly coupled to a spindle adapted for taking up seatbelt webbing during pretensioning; a driving element comprising a polymer rod having a proximal end portion that is disposed towards the gas generator and a distal end portion that is opposite the proximal end portion , and is configured to extend in a longitudinal direction from the proximal end portion to the distal end portion , wherein the polymer rod is disposed within the tube and is translatable through the tube in a first direction toward the sprocket in response to an actuation by the gas generator ; characterized by a stopper coupled to the proximal end portion of the polymer rod ; and a piston-safety valve member disposed between the gas generator and the stopper and configured to allow gas from the gas generator to pass the valve member when the gas is at or above a predetermined pressure. a housing adapted for being mounted to a vehicle structure and having an interior cavity; a tube having an arcuate and curved shape having a first end for fluid communication with a gas generator and a second end in fluid communication with the interior cavity of the housing ; a sprocket rotatably mounted to the housing and fixedly coupled to a spindle adapted for taking up seatbelt webbing during pretensioning; a driving element comprising a polymer rod having a proximal end portion that is disposed towards the gas generator and a distal end portion that is opposite the proximal end portion , and is configured to extend in a longitudinal direction from the proximal end portion to the distal end portion , wherein the polymer rod is disposed within the tube and is translatable through the tube in a first direction toward the sprocket in response to an actuation by the gas generator ; characterized by a stopper coupled to the proximal end portion of the polymer rod ; and a piston-safety valve member disposed between the gas generator and the stopper and configured to allow gas from the gas generator to pass the valve member when the gas is at or above a predetermined pressure.
An onboard computer system installed in a vehicle wirelessly connected to a data delivering apparatus using a communication module , comprising: a first onboard computer configured to store a first public key certificate of the data delivering apparatus in connection with a secure element configured to store a second public key certificate for a second secret key used for generating the first public key certificate; and a second onboard computer connected to the first onboard computer through a communication network ; wherein the first onboard computer and the second onboard computer are electronic control units, ECUs; wherein the secure element is configured to verify the first public key certificate by use of the second public key certificate, wherein the first onboard computer comprises an encryption processor configured to verify a first electronic signature attached to codes from the data delivering apparatus by use of the first public key certificate which is successfully verified by the secure element, and wherein the first onboard computer or the second onboard computer are configured to apply the codes attached with the first electronic signature, which is successfully verified by the encryption processor. a first onboard computer configured to store a first public key certificate of the data delivering apparatus in connection with a secure element configured to store a second public key certificate for a second secret key used for generating the first public key certificate; and a second onboard computer connected to the first onboard computer through a communication network ; wherein the first onboard computer and the second onboard computer are electronic control units, ECUs; wherein the secure element is configured to verify the first public key certificate by use of the second public key certificate, wherein the first onboard computer comprises an encryption processor configured to verify a first electronic signature attached to codes from the data delivering apparatus by use of the first public key certificate which is successfully verified by the secure element, and wherein the first onboard computer or the second onboard computer are configured to apply the codes attached with the first electronic signature, which is successfully verified by the encryption processor.
An apparatus for treating the surface of glass sheets, comprising a structure that can move with respect to a worktable adapted to support at least one sheet to be processed; said sheet having at least one face that is covered by a coating layer; said apparatus further comprising a means for scoring said coating layer and a means for removing the scored coating layer; wherein it comprises at least one opening at said means for removing the scored coating layer; said means for scoring said coating layer comprising a tool , associated with said structure ; said tool comprising a pair of scoring blades that are mutually parallel; said scoring blades having cutting edges that are arranged transversely to said worktable ; said means for removing the scored coating layer comprising at least one removal blade associated with said tool ; said removal blade having a cutting edge that is arranged parallel to said worktable ; said apparatus being characterized in that said removal blade is flanked by said scoring blades ; said opening being connected to a suction means .
Flow restrictor for an injector of a common rail fuel injection system, wherein the flow restrictor comprises a closure bolt having a high-pressure connection , a valve housing , a ball and a spring , wherein a contact seat is formed on the closure bolt , wherein a valve seat is formed on the valve housing , wherein the ball is located in an axial bore formed in the valve housing and is acted upon by the spring in the direction of the contact seat , wherein the ball , when it rests on the contact seat , opens a hydraulic connection from the high-pressure connection through the axial bore , and when it rests on the valve seat blocks the hydraulic connection, characterized in that the contact seat has an oval contour, so that the ball is unable to close the oval contour completely and thus fulfils a bypass function.
A method for controlling a railway rolling stock, wherein: - in an automatic operation mode, the rolling stock is automatically controlled by an integral automation system , and - in a manual operation mode, the rolling stock is operated by an onboard driver by means of an emergency control desk , which is integrated into the rolling stock, and which includes control elements , characterized in that , in a simplified takeover mode, the rolling stock is controlled by an individual on board using dedicated control elements which correspond, at least functionally, to only a part of the control elements of the emergency control desk while the remainder of the control elements of the emergency control desk are physically inaccessible to said onboard individual, these dedicated control elements including at least : - a switch (24.1) for switching to the simplified takeover mode, - a forward drive button (24.2), and - an emergency braking button (24.3). - in an automatic operation mode, the rolling stock is automatically controlled by an integral automation system , and - in a manual operation mode, the rolling stock is operated by an onboard driver by means of an emergency control desk , which is integrated into the rolling stock, and which includes control elements , - a switch (24.1) for switching to the simplified takeover mode, - a forward drive button (24.2), and - an emergency braking button (24.3).
A wireless communications method comprising: determining , by a network device, a period of a reference signal resource and a time domain resource offset of the reference signal resource; sending , by the network device, time domain resource configuration information of the reference signal resource to a terminal; determining , by the network device, at least one target first time domain resource unit according to the period and the time domain resource offset; characterized by determining , by the network device, at least one target second time domain resource unit from the at least one target first time domain resource unit, wherein a first time domain resource unit is used as a time unit for the at least one target first time domain resource unit, a second time domain resource unit is used as a time unit for the at least one target second time domain resource unit, and each of the first time domain resource unit comprises at least one second time domain resource unit; and sending , by the network device, a reference signal on a reference signal resource in the at least one target second time domain resource unit or performing, by the network device, rate matching on a signal on a reference signal resource in the at least one target second time domain resource unit. determining , by a network device, a period of a reference signal resource and a time domain resource offset of the reference signal resource; sending , by the network device, time domain resource configuration information of the reference signal resource to a terminal; determining , by the network device, at least one target first time domain resource unit according to the period and the time domain resource offset; characterized by determining , by the network device, at least one target second time domain resource unit from the at least one target first time domain resource unit, wherein a first time domain resource unit is used as a time unit for the at least one target first time domain resource unit, a second time domain resource unit is used as a time unit for the at least one target second time domain resource unit, and each of the first time domain resource unit comprises at least one second time domain resource unit; and sending , by the network device, a reference signal on a reference signal resource in the at least one target second time domain resource unit or performing, by the network device, rate matching on a signal on a reference signal resource in the at least one target second time domain resource unit.
An operational status classification device , comprising: a to-be-classified data generating unit configured to generate to-be-classified data from a plurality of pieces of sensor data collected from an apparatus; a division candidate selecting unit configured to select, as division candidates, candidates of boundary lines used to divide a value range of the to-be-classified data generated by the to-be-classified data generating unit ; characterized by a connection density calculating unit configured to calculate, for each of the division candidates selected by the division candidate selecting unit , a connection density representing closeness of collection timings between pieces of the to-be-classified data divided by each of the division candidates; and a classifying unit configured to extract division candidates to be used for classifying the operational statuses from among the division candidates using the connection density calculated by the connection density calculating unit , and to classify pieces of the to-be-classified data into respective operational statuses by dividing the value range of the to-be-classified data using the extracted division candidates. a to-be-classified data generating unit configured to generate to-be-classified data from a plurality of pieces of sensor data collected from an apparatus; a division candidate selecting unit configured to select, as division candidates, candidates of boundary lines used to divide a value range of the to-be-classified data generated by the to-be-classified data generating unit ; characterized by a connection density calculating unit configured to calculate, for each of the division candidates selected by the division candidate selecting unit , a connection density representing closeness of collection timings between pieces of the to-be-classified data divided by each of the division candidates; and a classifying unit configured to extract division candidates to be used for classifying the operational statuses from among the division candidates using the connection density calculated by the connection density calculating unit , and to classify pieces of the to-be-classified data into respective operational statuses by dividing the value range of the to-be-classified data using the extracted division candidates.
A method comprising: receiving , at a service responsible for sending signaling to a user equipment or an access network serving the user equipment, a request to send the signaling to the user equipment or to the access network together with access type control information indicating whether the signaling is transmittable using any of a plurality of access types or a specific access type provided in the request; and selectively forwarding from the service the signaling to the user equipment or the access network based on the access type control information, wherein the selectively forwarding is characterised by : rejecting by the service the request when it is not possible to send the signaling via the specific access type provided in the request; wherein the service detects that it is not possible to send the signaling via the specific access type provided in the request when the service detects at least one of following: the user equipment is not in a connected state via the specific access type and either the user equipment cannot be paged via the specific access type or the user equipment does not answer to paging over the specific access type, or the user equipment is in the connected state via the specific access type and the access network indicates a failure of access network paging. receiving , at a service responsible for sending signaling to a user equipment or an access network serving the user equipment, a request to send the signaling to the user equipment or to the access network together with access type control information indicating whether the signaling is transmittable using any of a plurality of access types or a specific access type provided in the request; and selectively forwarding from the service the signaling to the user equipment or the access network based on the access type control information, wherein the selectively forwarding is characterised by : rejecting by the service the request when it is not possible to send the signaling via the specific access type provided in the request; wherein the service detects that it is not possible to send the signaling via the specific access type provided in the request when the service detects at least one of following: the user equipment is not in a connected state via the specific access type and either the user equipment cannot be paged via the specific access type or the user equipment does not answer to paging over the specific access type, or the user equipment is in the connected state via the specific access type and the access network indicates a failure of access network paging. the user equipment is not in a connected state via the specific access type and either the user equipment cannot be paged via the specific access type or the user equipment does not answer to paging over the specific access type, or the user equipment is in the connected state via the specific access type and the access network indicates a failure of access network paging.
Method for assaying erythrocyte fatty acids, comprising the steps of: - supplying a predetermined volume of a human blood sample containing erythrocyte fatty acids and components constituents of blood, - obtaining a concentrated solution of said erythrocyte fatty acids, - esterifying said erythrocyte fatty acids to form a solution containing methyl esters derived from said erythrocyte fatty acids in the presence of a solvent, - extracting said methyl esters of said erythrocyte fatty acids from said solvent, said extracting step comprising a cooled condensation evaporating step of the solvent, - assaying by gas chromatography coupled with a flame ionization detector of said extracted methyl esters to obtain a measurement of the quantity of said methyl esters, - comparing said measured quantities of said methyl esters with predetermined values of quantities of methyl esters corresponding to quantities of erythrocytes fatty acids in order to dose said erythrocytes fatty acids in said predetermined volume of the blood sample. - supplying a predetermined volume of a human blood sample containing erythrocyte fatty acids and components constituents of blood, - obtaining a concentrated solution of said erythrocyte fatty acids, - esterifying said erythrocyte fatty acids to form a solution containing methyl esters derived from said erythrocyte fatty acids in the presence of a solvent, - extracting said methyl esters of said erythrocyte fatty acids from said solvent, said extracting step comprising a cooled condensation evaporating step of the solvent, - assaying by gas chromatography coupled with a flame ionization detector of said extracted methyl esters to obtain a measurement of the quantity of said methyl esters, - comparing said measured quantities of said methyl esters with predetermined values of quantities of methyl esters corresponding to quantities of erythrocytes fatty acids in order to dose said erythrocytes fatty acids in said predetermined volume of the blood sample.
A method for the preparation of a palatable dog food, comprising: a) providing a palatability-enhancing composition by mixing: - at least one compound selected from the group consisting of: ascorbic acid; isomers thereof; derivatives thereof; salts thereof; and combinations thereof, with - at least one liquid component; b) optionally, heat-treating said palatability-enhancing composition; c) adding said optionally heat-treated palatability-enhancing composition to a dog food preparation; and d) obtaining a dog food having enhanced palatability, particularly in comparison with said dog food which does not comprise said palatability-enhancing composition, wherein said dog food comprises at least 0.001 % by weight of said compound, based on the total weight of said dog food, and wherein said dog food is a nutritionally-complete dog food excluding food supplements and treats. a) providing a palatability-enhancing composition by mixing: - at least one compound selected from the group consisting of: ascorbic acid; isomers thereof; derivatives thereof; salts thereof; and combinations thereof, with - at least one liquid component; - at least one compound selected from the group consisting of: ascorbic acid; isomers thereof; derivatives thereof; salts thereof; and combinations thereof, with - at least one liquid component; b) optionally, heat-treating said palatability-enhancing composition; c) adding said optionally heat-treated palatability-enhancing composition to a dog food preparation; and d) obtaining a dog food having enhanced palatability, particularly in comparison with said dog food which does not comprise said palatability-enhancing composition,