mhurhangee/patent-ind-claim-en huggingface dataset:
A catalytic aftertreatment system for a diesel engine exhaust gas, said system comprising: a diesel oxidation catalyst (DOC) having a diameter of from 2.5 to 15 inches (63.5 to 381.0 mm) and a length of from 2.5 to 15 inches (63.5 to 381.0 mm); and an aftertreatment device located downstream of the diesel oxidation catalyst (DOC) and means to generate a temperature increase within the aftertreatment device, wherein the aftertreatment device is a soot filter or a catalyst unit for selective catalytic reduction (SCR); said diesel oxidation catalyst (DOC) comprising a catalyst composition supported on a substrate unit, and having an upstream zone and a remainder, wherein the catalyst composition comprises platinum (Pt) and palladium (Pd), and has a concentration of platinum (Pt) in the upstream zone that is greater than the concentration of platinum (Pt) in the remainder of the diesel oxidation catalyst (DOC); wherein the length of the upstream zone is from 0.5 to 1.75 inches (12.7 to 44.45 mm) and is of higher oxidation activity for hydrocarbons (HC) than the remainder of the diesel oxidation catalyst (DOC); wherein the diesel oxidation catalyst has a weight ratio of Pt to Pd in both the upstream zone and in the remainder of the diesel oxidation catalyst (DOC) of 1:3 to 5:1; and wherein the substrate unit is a flow-through monolith. a diesel oxidation catalyst (DOC) having a diameter of from 2.5 to 15 inches (63.5 to 381.0 mm) and a length of from 2.5 to 15 inches (63.5 to 381.0 mm); and an aftertreatment device located downstream of the diesel oxidation catalyst (DOC) and means to generate a temperature increase within the aftertreatment device, wherein the aftertreatment device is a soot filter or a catalyst unit for selective catalytic reduction (SCR); said diesel oxidation catalyst (DOC) comprising a catalyst composition supported on a substrate unit, and having an upstream zone and a remainder, wherein the catalyst composition comprises platinum (Pt) and palladium (Pd), and has a concentration of platinum (Pt) in the upstream zone that is greater than the concentration of platinum (Pt) in the remainder of the diesel oxidation catalyst (DOC); wherein the length of the upstream zone is from 0.5 to 1.75 inches (12.7 to 44.45 mm) and is of higher oxidation activity for hydrocarbons (HC) than the remainder of the diesel oxidation catalyst (DOC); wherein the diesel oxidation catalyst has a weight ratio of Pt to Pd in both the upstream zone and in the remainder of the diesel oxidation catalyst (DOC) of 1:3 to 5:1; and wherein the substrate unit is a flow-through monolith.
A self-microemulsifying drug delivery system (SMEDDS) comprising CRV431: or a pharmaceutically acceptable salt thereof, the SMEDDS further comprising Vitamin E, Maisine ® CC, propylene glycol, Transcutol ® , ethanol, and Cremophor ® RH40 at a weight ratio, respectively, of about (0.75-1.5)/(0.5-2)/(2-5)/(2-5)/(2-2.4)/(4-8).
A process for the preparation of Selexipag compound of formula I, which comprises: a. reacting the compound of formula II, with a compound of formula III, in the presence of a condensing agent and a solvent; b. adjusting the pH of the reaction mass using a buffer or acetic acid; c. optionally separating the layers and removing the solvent; and d. isolating the Selexipag of Formula I. a. reacting the compound of formula II, with a compound of formula III, in the presence of a condensing agent and a solvent; b. adjusting the pH of the reaction mass using a buffer or acetic acid; c. optionally separating the layers and removing the solvent; and d. isolating the Selexipag of Formula I.
A method for providing data as a service, DaaS, in near or real-time comprising: receiving, at a proxy server, a query from a client application ; requesting, in response to the query from the client application and by the proxy server from a plurality of data sources , data to service the query, wherein the data sources are heterogeneous in term of data quality, or data structure, or both data quality and data structure; obtaining, at the proxy server, the data from each data source in near or real-time in response to the requesting; assigning, at the proxy server, a confidence level to the data from each data source in accordance with reliability of the data source; joining, at the proxy server, the data including the confidence level from the data sources ; and sending, by the proxy server, the joined data back to the client application , wherein assigning the confidence level in accordance with reliability information is performed via a data model that handles the variable data reliability; wherein the data model represents each data by the three attributes: key, value, probability; wherein the key is used to identify the data, the probability indicates the confidence level and the value is a representation of the probability that scores the confidence level. receiving, at a proxy server, a query from a client application ; requesting, in response to the query from the client application and by the proxy server from a plurality of data sources , data to service the query, wherein the data sources are heterogeneous in term of data quality, or data structure, or both data quality and data structure; obtaining, at the proxy server, the data from each data source in near or real-time in response to the requesting; assigning, at the proxy server, a confidence level to the data from each data source in accordance with reliability of the data source; joining, at the proxy server, the data including the confidence level from the data sources ; and sending, by the proxy server, the joined data back to the client application , wherein assigning the confidence level in accordance with reliability information is performed via a data model that handles the variable data reliability; wherein the data model represents each data by the three attributes: key, value, probability; wherein the key is used to identify the data, the probability indicates the confidence level and the value is a representation of the probability that scores the confidence level.
An intra-vaginal device for the control of stool passage, comprising: a stabilizing body for securing said device around an area of the pubic notch and in an area of the posterior fornix, said stabilizing body including a force applying portion for reversibly applying a force to a posterior portion of the vagina to control the passage of stool through the rectum, wherein the stabilizing body has an anterior end and a posterior end operatively connected by a portion , which has a lateral span and includes the force applying portion , such that when inserted, the anterior end rests around the pubic notch and the posterior end rests in the posterior fornix of the vagina, wherein the lateral span of the portion proximate to the force applying portion narrows, thereby minimizing tension to lateral walls of the vagina, wherein the portion of the lateral span is considered as a central or posterior portion of the stabilizing body. a stabilizing body for securing said device around an area of the pubic notch and in an area of the posterior fornix, said stabilizing body including a force applying portion for reversibly applying a force to a posterior portion of the vagina to control the passage of stool through the rectum, wherein the stabilizing body has an anterior end and a posterior end operatively connected by a portion , which has a lateral span and includes the force applying portion , such that when inserted, the anterior end rests around the pubic notch and the posterior end rests in the posterior fornix of the vagina, wherein the lateral span of the portion proximate to the force applying portion narrows, thereby minimizing tension to lateral walls of the vagina, wherein the portion of the lateral span is considered as a central or posterior portion of the stabilizing body.
Arrangement comprising: - a body structure , notably of a motor vehicle , provided with an opening , - an opening leaf, notably a side door , intended to obstruct the opening in a closed position (PF) of the opening leaf and/or to partially obstruct the opening in an intermediate open position (POI) of the opening leaf and/or to offer access, notably complete access, to the opening in an open position (PO) of the opening leaf, characterized in that the arrangement comprises a device for guiding the opening leaf, arranged at a sill of the opening such that the opening leaf is held and guided at such a sill , the device comprising: - a first means for guiding the opening leaf in circular translation or substantially in circular translation with respect to the body structure , and a second means for guiding the opening leaf in translation or substantially in translation with respect to the body structure , the first guide means comprising a first arm that pivots with respect to the opening leaf and a second arm that pivots with respect to the body structure . - a body structure , notably of a motor vehicle , provided with an opening , - an opening leaf, notably a side door , intended to obstruct the opening in a closed position (PF) of the opening leaf and/or to partially obstruct the opening in an intermediate open position (POI) of the opening leaf and/or to offer access, notably complete access, to the opening in an open position (PO) of the opening leaf, - a first means for guiding the opening leaf in circular translation or substantially in circular translation with respect to the body structure , and a second means for guiding the opening leaf in translation or substantially in translation with respect to the body structure , the first guide means comprising a first arm that pivots with respect to the opening leaf and a second arm that pivots with respect to the body structure .
Control method for riding a bicycle in a wind shadow, wherein the bicycle is configured to be driven manually by means of a pedalling force of the cyclist on the pedals of the bicycle and by motor by means of a motor torque of a drive motor , wherein the control method has at least the following steps: • acquiring a pedalling variable which represents the pedalling force, and • acquiring at least one longitudinal distance of the bicycle from a vehicle travelling ahead, • acquiring a lateral offset of the bicycle with respect to the vehicle travelling ahead, and • controlling the motor torque of the drive motor as a function of the longitudinal distance , the lateral offset and the pedalling variable for controlling the bicycle in the wind shadow of the vehicle travelling ahead, wherein the motor torque is controlled only if the longitudinal distance exceeds as a safety measure, a safety distance (SHA) or exceeds a target distance (SOA) as an aid for riding in a wind shadow, characterized in that the safety distance (SHA) and/or the target distance (SOA) are adapted as a function of the lateral offset . • acquiring a pedalling variable which represents the pedalling force, and • acquiring at least one longitudinal distance of the bicycle from a vehicle travelling ahead, • acquiring a lateral offset of the bicycle with respect to the vehicle travelling ahead, and • controlling the motor torque of the drive motor as a function of the longitudinal distance , the lateral offset and the pedalling variable for controlling the bicycle in the wind shadow of the vehicle travelling ahead, wherein the motor torque is controlled only if the longitudinal distance exceeds as a safety measure, a safety distance (SHA) or exceeds a target distance (SOA) as an aid for riding in a wind shadow, characterized in that the safety distance (SHA) and/or the target distance (SOA) are adapted as a function of the lateral offset .
An information processing device, comprising: an indication target detection unit that detects an indication target that is a target pointed by an indicating object in a three-dimensional space; an information generation unit that generates explanatory information that includes content information indicating visually recognizable content of the indication target, and additive information indicating visually recognizable characteristics associated with the indication target; and an output control unit that controls output of a voice of the explanatory information; wherein the information generation unit compares the visually recognizable characteristics of the individual indication target, and visually recognizable characteristics at a periphery of the indication target to control an information amount of the additive information. an indication target detection unit that detects an indication target that is a target pointed by an indicating object in a three-dimensional space; an information generation unit that generates explanatory information that includes content information indicating visually recognizable content of the indication target, and additive information indicating visually recognizable characteristics associated with the indication target; and an output control unit that controls output of a voice of the explanatory information; wherein the information generation unit compares the visually recognizable characteristics of the individual indication target, and visually recognizable characteristics at a periphery of the indication target to control an information amount of the additive information.
Composition containing peptide of SEQ ID No. 1 linked to oleanolic acid represented by STR#1 for use in a method of reducing skin scarring.
Device for opening and closing the doors of public transport vehicles, comprising a locking system that locks the door in its closed position, characterized in that said locking system comprises: - a connecting rod defining a first axis of rotation (A), the connecting rod comprising at each of its two ends an actuating element (2; 32) being provided with a first shaft and a second shaft ; and - a locking element provided with a slot and an elongated hole , and movable between a locking position and an unlocking position, wherein said first shaft is housed inside the slot in the locking position of the locking element and is outside the slot in the unlocking position of the locking element , and wherein said second shaft is housed inside the elongated hole , being at a first end of the elongated hole in the locking position of the locking element and being at the second end of the elongated hole in the unlocking position of the locking element . - a connecting rod defining a first axis of rotation (A), the connecting rod comprising at each of its two ends an actuating element (2; 32) being provided with a first shaft and a second shaft ; and - a locking element provided with a slot and an elongated hole , and movable between a locking position and an unlocking position, wherein said first shaft is housed inside the slot in the locking position of the locking element and is outside the slot in the unlocking position of the locking element , and wherein said second shaft is housed inside the elongated hole , being at a first end of the elongated hole in the locking position of the locking element and being at the second end of the elongated hole in the unlocking position of the locking element .
A transgenic rodent comprising the human interleukin-34 (IL-34) gene that expresses human IL-34, wherein a human CD34-positive hematopoietic stem cell is transplanted into the rodent.
A system message update method, comprising: receiving, by a first terminal device, a first system message of a cell in which the first terminal device is located, in each DRX cycle of the first terminal device when the first terminal device wakes up; obtaining, by the first terminal device, first indication information from the first system message, wherein the first indication information comprises information used for updating system messages other than the first system message, wherein the information used for updating system messages comprises a valuetag, and the valuetag increases by 1 each time a system message is updated; and determining, by the first terminal device, that a system message other than the first system message needs to be read when the value of the valuetag changes; determining, by the first terminal device, that a system message other than the first system message does not need to be read if the value of the valuetag does not change; and wherein the first system message is periodically sent, and occupies a fixed physical resource location. receiving, by a first terminal device, a first system message of a cell in which the first terminal device is located, in each DRX cycle of the first terminal device when the first terminal device wakes up; obtaining, by the first terminal device, first indication information from the first system message, wherein the first indication information comprises information used for updating system messages other than the first system message, wherein the information used for updating system messages comprises a valuetag, and the valuetag increases by 1 each time a system message is updated; and determining, by the first terminal device, that a system message other than the first system message needs to be read when the value of the valuetag changes; determining, by the first terminal device, that a system message other than the first system message does not need to be read if the value of the valuetag does not change; and wherein the first system message is periodically sent, and occupies a fixed physical resource location.
A nitrile group-containing highly saturated copolymer rubber composition comprising a nitrile group-containing highly saturated copolymer rubber (A) having α,β-ethylenically unsaturated nitrile monomer units and (meth)acrylic acid ester monomer units and having an iodine value of 120 or less, and a polyether ester-based plasticizer (B) having structural unit comprised of three or more ether compounds which are successively bonded, wherein the content of the (meth)acrylic acid ester monomer units is 20 to 50 wt% with respect to the total monomer units forming the nitrile group-containing highly saturated copolymer rubber (A), and the polyether ester-based plasticizer (B) has a viscosity of 15 to 200 mPa·s/25°C, a solidification point of 10 to -20°C, and an SP value of 7 to 11 (cal/cm 3 ) 1/2 .
A movement sensing method performed by a service management server , said service management server being a Service Capability Server, SCS, in the context of a 3GPP network, said method comprising: receiving from a service providing server provided in an external communication network, a movement sensing request to sense a movement of a mobile station , wherein the service providing server is an application server , wherein the movement sensing request comprises information related to the mobile station and a sense policy, wherein the mobile station is adapted to receive, from a base station (10; 11) forming an area in which the mobile station is located, first area information included in first information that is periodically transmitted to each mobile station located in the area, and wherein the sense policy is information representing intervals between times of monitoring, by the mobile station , area information included in the first information; transmitting, to a Machine Type Communications InterWorking Function, MTC-IWF, a movement sensing request by using a Tsp interface between the service management server and the MTC-IWF , wherein the movement sensing request comprises an identifier of the mobile station and the sense policy; receiving, from the MTC-IWF via the Tsp interface, a movement sensed notification, the movement sensed notification being transmitted by the mobile station when sensing that the mobile station itself has moved upon receipt of second area information different from the first area information; and transmitting the movement sensed notification to the service providing server . receiving from a service providing server provided in an external communication network, a movement sensing request to sense a movement of a mobile station , wherein the service providing server is an application server , wherein the movement sensing request comprises information related to the mobile station and a sense policy, wherein the mobile station is adapted to receive, from a base station (10; 11) forming an area in which the mobile station is located, first area information included in first information that is periodically transmitted to each mobile station located in the area, and wherein the sense policy is information representing intervals between times of monitoring, by the mobile station , area information included in the first information; transmitting, to a Machine Type Communications InterWorking Function, MTC-IWF, a movement sensing request by using a Tsp interface between the service management server and the MTC-IWF , wherein the movement sensing request comprises an identifier of the mobile station and the sense policy; receiving, from the MTC-IWF via the Tsp interface, a movement sensed notification, the movement sensed notification being transmitted by the mobile station when sensing that the mobile station itself has moved upon receipt of second area information different from the first area information; and transmitting the movement sensed notification to the service providing server .
A laundry treatment apparatus comprising a cabinet , a tub provided in the cabinet , a drum configured to rotate within the tub and to contain laundry therein, the drum being formed of a metallic material, an induction module provided at an outer surface of the tub and configured to heat the drum via induction using a magnetic field generated by applying current to a coil within the induction module, and a module control unit comprising at least one processor configured to control an output of the induction module, wherein the module control unit comprises: a housing comprising an air flow path formed therein; a substrate provided in the housing ; and a power transistor mounted on the substrate , wherein the air flow path is formed in a region of the housing in which the power transistor is mounted; and the module control unit and the induction module are formed so as to communicate with each other through a cooling path formed by connecting the housing of the module control unit and a housing of the induction module to each other, wherein the cooling path is in communication with the outside of the cabinet and through which air flows sequentially through the outside of the cabinet , an interior of the module control unit and an interior of the induction module ; wherein the laundry treatment apparatus further comprises a fan provided in the cooling path for moving air by force via the cooling path . a housing comprising an air flow path formed therein; a substrate provided in the housing ; and a power transistor mounted on the substrate , wherein the air flow path is formed in a region of the housing in which the power transistor is mounted; and the module control unit and the induction module are formed so as to communicate with each other through a cooling path formed by connecting the housing of the module control unit and a housing of the induction module to each other, wherein the cooling path is in communication with the outside of the cabinet and through which air flows sequentially through the outside of the cabinet , an interior of the module control unit and an interior of the induction module ; wherein the laundry treatment apparatus further comprises a fan provided in the cooling path for moving air by force via the cooling path .
Sun protection topical composition comprising: - a UV filter system achieving a Sun Protection Factor of at least 30; - at least two ester emollients; characterized in that the at least two ester emollients comprise: - dibutyl adipate with a mass that is at least 89.5% of a total mass of the UV filter system and - butyloctyl salicylate with a mass that is at least 24% of a total mass of the UV filter system. - a UV filter system achieving a Sun Protection Factor of at least 30; - at least two ester emollients; - dibutyl adipate with a mass that is at least 89.5% of a total mass of the UV filter system and - butyloctyl salicylate with a mass that is at least 24% of a total mass of the UV filter system.