mhurhangee/patent-ind-claim-en huggingface dataset:
Protection device comprising: - first and second rollers extending along a first direction (XX), - a first lateral flange and a second lateral flange each having a fixing wall, the fixing walls of the first and second lateral flanges being arranged opposite each other in the first direction (XX), each of the first and second rollers having an end mounted on each of the fixing walls, - first and second indentations formed respectively in the fixing wall of the first side flange and the second side flange , the indentation being designed for the insertion of a support, each indentation being defined by first and second sections of the fixing wall, the first sections of the first and second lateral flanges being aligned along the first direction (XX) to define a first support plane and the second sections of the first and second lateral flanges being aligned along the first direction (XX) to define a second support plane perpendicular to the first support plane, the first and second support planes meeting along a junction line, protection device in which the first and second rollers are separated by the bisector of the angle defined by the first and second support planes, protection device characterized in that each fixing wall is extended by a support wing , the support wings extending in the first direction (XX) from one end of the fixing walls , the first and second support wings of the first and second lateral flanges defining a third support plane, the support wings being separated from the junction line by a first delimitation plane (AA) tangent to the first and second rollers . - first and second rollers extending along a first direction (XX), - a first lateral flange and a second lateral flange each having a fixing wall, the fixing walls of the first and second lateral flanges being arranged opposite each other in the first direction (XX), each of the first and second rollers having an end mounted on each of the fixing walls, - first and second indentations formed respectively in the fixing wall of the first side flange and the second side flange , the indentation being designed for the insertion of a support, each indentation being defined by first and second sections of the fixing wall, the first sections of the first and second lateral flanges being aligned along the first direction (XX) to define a first support plane and the second sections of the first and second lateral flanges being aligned along the first direction (XX) to define a second support plane perpendicular to the first support plane, the first and second support planes meeting along a junction line, protection device in which the first and second rollers are separated by the bisector of the angle defined by the first and second support planes, protection device characterized in that each fixing wall is extended by a support wing , the support wings extending in the first direction (XX) from one end of the fixing walls , the first and second support wings of the first and second lateral flanges defining a third support plane, the support wings being separated from the junction line by a first delimitation plane (AA) tangent to the first and second rollers .
Installation for preparing drinking water , having a fluid inlet and at least one fluid outlet (5a-5e), wherein a pressure regulator is arranged upstream of the at least one fluid outlet (5a-5e) a pressure regulator and/or downstream of the at least one fluid outlet (5a-5e), a sterilisation device for sterilising drinking water, wherein the sterilisation device is connected in a fluid-conducting manner to the fluid inlet and the at least one fluid outlet (5a-5e), characterised by a fluid circuit in which the sterilisation device is arranged, wherein the fluid circuit has a mixing device , wherein the mixing device comprises a mixing container which has two container inlets and a container outlet , wherein a container inlet and the container outlet are connected in a fluid-conducting manner to the fluid circuit and a container inlet is connected in a fluid-conducting manner to the fluid inlet of the installation , and wherein the at least one fluid outlet (5a-5e) is arranged inside the fluid circuit and the fluid inlet is arranged outside the fluid circuit , wherein the sterilisation device is connected via the mixing device in a fluid-conducting manner to the fluid inlet so that the sterilisation device sterilises a mixture of already prepared drinking water which circulates inside the fluid circuit with drinking water which is still to be prepared and which is supplied via the fluid inlet to the installation, wherein the sterilisation device has one or more ultrasound generators which are configured to irradiate the mixture with ultrasound, and one or more radiation generators (25a-25c) which are configured to irradiate the mixture with ultraviolet radiation having a wavelength in the range from 156 to 300 nm, wherein the fluid inlet is connected to the at least one fluid outlet (5a-5e) by means of a direct line , wherein a supply valve is arranged between the fluid inlet of the installation and the mixing device , and a pump which is configured to convey fluid inside the installation and which is arranged inside the fluid circuit , wherein the pump is arranged between the at least one fluid outlet (5a-5e) and the mixing device in order to pump the drinking water from the at least one fluid outlet (5a-5e) to the mixing device , wherein the pump can be adjusted with regard to the volume and mass flow.
An intake structure of an internal combustion engine in which a partitioning portion is provided in an intake passage along an intake air flow direction (F) and the intake passage is divided into a tumble flow path and a main flow path by the partitioning portion , a downstream end of the tumble flow path is directed to a ceiling surface of a combustion chamber characterized in that a guide portion (100 or 102) is provided, the guide portion (100 or 102) extending from a center of a downstream side end portion of the partitioning portion toward an outside of the intake passage in a width direction, being a direction perpendicular to the intake air flow direction (F), and having a front end positioned on a downstream side of the downstream side end portion of the partitioning portion in the intake air flow direction (F), an upstream side end portion of the guide portion (100 or 102) is continuous to the downstream side end portion of the partitioning portion , the guide portion (100 or 102) gradually extends from the center of the downstream side end portion of the partitioning portion toward the outside of the intake passage as approaching the downstream side in plan view passing through a central axis line (CL) of the intake passage , a downstream side end portion of the guide portion (100 or 102) is continuous to the downstream end of the tumble flow path , and an opening formed by the downstream side end portion of the partitioning portion , the guide portion (100 or 102), and the downstream end of the tumble flow path has a smaller width than the main flow path .
A printing apparatus , comprising: a conveyor configured to convey a sheet (L) along a conveyance path in a first direction (P2); a print head on the conveyance path, a main scan direction (P3) of the print head crossing the first direction (P2); and a print controller , characterized in that the print controller is configured to control the print head : in a first printing mode to print images on the sheet (L) using a first print reference position on a first end (h1) of the print head in the main scan direction (P3) and a first image direction parallel to the first direction (P2), and in a second printing mode to print images on the sheet (L) using a second print reference position on a second end (hN) of the print head in the main scan direction (P3) and a second image direction parallel and opposite to the first image direction, wherein the printing apparatus further comprises a mode selector configured to sense an orientation of the print head and to set the first printing mode or the second printing mode accordingly. a conveyor configured to convey a sheet (L) along a conveyance path in a first direction (P2); a print head on the conveyance path, a main scan direction (P3) of the print head crossing the first direction (P2); and a print controller , characterized in that the print controller is configured to control the print head : in a first printing mode to print images on the sheet (L) using a first print reference position on a first end (h1) of the print head in the main scan direction (P3) and a first image direction parallel to the first direction (P2), and in a second printing mode to print images on the sheet (L) using a second print reference position on a second end (hN) of the print head in the main scan direction (P3) and a second image direction parallel and opposite to the first image direction, wherein the printing apparatus further comprises a mode selector configured to sense an orientation of the print head and to set the first printing mode or the second printing mode accordingly. in a first printing mode to print images on the sheet (L) using a first print reference position on a first end (h1) of the print head in the main scan direction (P3) and a first image direction parallel to the first direction (P2), and in a second printing mode to print images on the sheet (L) using a second print reference position on a second end (hN) of the print head in the main scan direction (P3) and a second image direction parallel and opposite to the first image direction, wherein the printing apparatus further comprises a mode selector configured to sense an orientation of the print head and to set the first printing mode or the second printing mode accordingly.
A method for battery health diagnostics, comprising: measuring at least one battery property of a battery in real-time to provide measured data; tracking at least one measurement time at which the measured data is measured; providing a battery history model by adaptively modeling the measured data and the at least one measurement time; estimating a future state of the battery based on the battery history model; forecasting a prognostic for a battery reliability-and-maintainability using the battery history model; reporting the prognostic of the battery; reporting a reliability-and-maintainability assessment of the battery based on the prognostic; wherein the reliability-and-maintainability assessment comprises a thermal run-away warning. measuring at least one battery property of a battery in real-time to provide measured data; tracking at least one measurement time at which the measured data is measured; providing a battery history model by adaptively modeling the measured data and the at least one measurement time; estimating a future state of the battery based on the battery history model; forecasting a prognostic for a battery reliability-and-maintainability using the battery history model; reporting the prognostic of the battery; reporting a reliability-and-maintainability assessment of the battery based on the prognostic; wherein the reliability-and-maintainability assessment comprises a thermal run-away warning.
A method for synchronizing media content for users, the method comprising: receiving , via a processor , a request; estimating a wait time based on a current position of a component and a destination of the component; selecting units of content to be provided to a user based at least in part on the estimated wait time; and providing a sequence of the selected units of content, wherein a length of at least one of the selected units of content is adjusted based on a comparison of the estimated wait time and a duration of the sequence of the selected units of content; characterized in that : the adjusting includes at least one of increasing a length of the selected unit of content based on a duration of the sequence not exceeding a threshold percentage of the estimated wait time or decreasing a length of the selected unit of content based on a duration of the sequence exceeding the estimated wait time. receiving , via a processor , a request; estimating a wait time based on a current position of a component and a destination of the component; selecting units of content to be provided to a user based at least in part on the estimated wait time; and providing a sequence of the selected units of content, wherein a length of at least one of the selected units of content is adjusted based on a comparison of the estimated wait time and a duration of the sequence of the selected units of content; characterized in that : the adjusting includes at least one of increasing a length of the selected unit of content based on a duration of the sequence not exceeding a threshold percentage of the estimated wait time or decreasing a length of the selected unit of content based on a duration of the sequence exceeding the estimated wait time.
A turbomachine , comprising: a plurality of transition ducts disposed in a generally annular array and comprising a first transition duct and a second transition duct , each of the plurality of transition ducts comprising an inlet , an outlet , and a passage extending between the inlet and the outlet and defining a longitudinal axis , a radial axis , and a tangential axis , the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis ; a support ring assembly downstream of the plurality of transition ducts along a hot gas path ; a plurality of mechanical fasteners ; and a seal ; wherein the plurality of mechanical fasteners connect at least one transition duct of the plurality of transition ducts to the support ring assembly; and the seal is disposed between the outlet of the at least one transition duct and the support ring assembly; or the plurality of mechanical fasteners connect the first transition duct and the second transition duct to the support ring assembly; and the seal is disposed between the outlet of the first transition duct and the outlet of the second transition duct ; and wherein the passage of the at least one transition duct comprises an upstream portion extending between the inlet and an aft end , the downstream portion extending between a head end and the outlet , and a joint coupling the upstream portion and the downstream portion . a plurality of transition ducts disposed in a generally annular array and comprising a first transition duct and a second transition duct , each of the plurality of transition ducts comprising an inlet , an outlet , and a passage extending between the inlet and the outlet and defining a longitudinal axis , a radial axis , and a tangential axis , the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis ; a support ring assembly downstream of the plurality of transition ducts along a hot gas path ; a plurality of mechanical fasteners ; and a seal ; the plurality of mechanical fasteners connect at least one transition duct of the plurality of transition ducts to the support ring assembly; and the seal is disposed between the outlet of the at least one transition duct and the support ring assembly; or the plurality of mechanical fasteners connect the first transition duct and the second transition duct to the support ring assembly; and the seal is disposed between the outlet of the first transition duct and the outlet of the second transition duct ; and wherein the passage of the at least one transition duct comprises an upstream portion extending between the inlet and an aft end , the downstream portion extending between a head end and the outlet , and a joint coupling the upstream portion and the downstream portion .
A surgical staple cartridge for use with a surgical stapling instrument, said surgical staple cartridge comprising: a sled ; a cartridge body; a plurality of staple cavities; and a strip of staples removably stored within said staple cavities, wherein said strip of staples comprises: a plurality of staples each comprising a proximal staple leg and a distal staple leg; a strip ; and a plurality of connector portions joining said staples to said strip, wherein said connector portions are configured to release said staples from said strip, characterized in that said proximal staple leg comprises a leading engagement foot comprising a chamfered surface configured to engage said sled when said sled is translated through said cartridge body. a sled ; a cartridge body; a plurality of staple cavities; and a strip of staples removably stored within said staple cavities, wherein said strip of staples comprises: a plurality of staples each comprising a proximal staple leg and a distal staple leg; a strip ; and a plurality of connector portions joining said staples to said strip, wherein said connector portions are configured to release said staples from said strip, a plurality of staples each comprising a proximal staple leg and a distal staple leg; a strip ; and a plurality of connector portions joining said staples to said strip, wherein said connector portions are configured to release said staples from said strip, characterized in that said proximal staple leg comprises a leading engagement foot comprising a chamfered surface configured to engage said sled when said sled is translated through said cartridge body.
A method of performing a hybrid automatic repeat request, HARQ, process at a scheduling entity, the method comprising: transmitting data via a downlink, DL, channel in a first slot to a user equipment, UE; managing a HARQ timing of the data based on a capability category of the UE and a semi-static configuration, advancing the HARQ timing to provide a HARQ response earlier than its default or nominal delay or timing when the UE is operating under a constraint comprising at least a less complex modulation and coding scheme, MCS, or delaying the HARQ timing until a slot with an uplink, UL, transmission opportunity; and receiving , in the first slot or in a second slot after the first slot provided the second slot is not an all-downlink, all-DL, slot, a HARQ response comprising an acknowledgment, ACK, or negative acknowledgment, NACK, of the data, from the UE based on the HARQ timing. transmitting data via a downlink, DL, channel in a first slot to a user equipment, UE; managing a HARQ timing of the data based on a capability category of the UE and a semi-static configuration, advancing the HARQ timing to provide a HARQ response earlier than its default or nominal delay or timing when the UE is operating under a constraint comprising at least a less complex modulation and coding scheme, MCS, or delaying the HARQ timing until a slot with an uplink, UL, transmission opportunity; and receiving , in the first slot or in a second slot after the first slot provided the second slot is not an all-downlink, all-DL, slot, a HARQ response comprising an acknowledgment, ACK, or negative acknowledgment, NACK, of the data, from the UE based on the HARQ timing.
Composition comprising a Cyclin Dependent Kinase inhibitor (CDKi) for use in treatment of cancer in a selected cancer patient population, wherein the cancer patient population is selected on the basis of showing a CCND3 mutation in a cancer cell sample obtained from said patient compared to a normal control cell sample, wherein the CCND3 mutation is in a PEST domain, wherein the cancer cell sample is selected from the group consisting of diffuse large B cell lymphoma, lymphoma, lymphocytic leukemia, acute lymphoblastic B cell leukemia and Burkitts lymphoma.
A method, comprising: receiving, by a storage engine of a security network , event data associated with occurrences of events on one or more client devices ; processing, by the storage engine , the event data in a topic associated with the one or more client devices , using a storage processor associated with the topic ; providing, by the storage engine , the event data from the storage processor associated with the topic to a compute engine associated with the topic; storing, by the storage engine , the event data in storage ; updating, by the storage engine , reference counts associated with the event data based on counts of related pieces of event data stored in the storage ; and at least occasionally deleting, by the storage engine , pieces of event data from the storage that have reference counts equal to zero; wherein processing the event data comprises at least one of de-duplicating, batching, or sorting the event data in the topic , by the storage processor , prior to providing the event data to the compute engine . receiving, by a storage engine of a security network , event data associated with occurrences of events on one or more client devices ; processing, by the storage engine , the event data in a topic associated with the one or more client devices , using a storage processor associated with the topic ; providing, by the storage engine , the event data from the storage processor associated with the topic to a compute engine associated with the topic; storing, by the storage engine , the event data in storage ; updating, by the storage engine , reference counts associated with the event data based on counts of related pieces of event data stored in the storage ; and at least occasionally deleting, by the storage engine , pieces of event data from the storage that have reference counts equal to zero; wherein processing the event data comprises at least one of de-duplicating, batching, or sorting the event data in the topic , by the storage processor , prior to providing the event data to the compute engine .
Uttroside B for use in the treatment of a hepatocellular carcinoma, wherein the Uttroside B is provided in a pharmaceutically effective amount and disposed in a pharmaceutical carrier.
Process for the production of urea from ammonia and carbon dioxide in a urea plant containing a high-pressure synthesis section comprising two reactor sections, a stripper and a condenser, and a recovery section, wherein in the first reactor section a first synthesis solution is formed that is fed to the second reactor section; fresh carbon dioxide is fed to the second reactor section and in the second reactor section a second synthesis solution is formed that is fed to the stripper, wherein the second synthesis solution is stripped with the use of carbon dioxide as stripping gas and the mixed gas stream obtained in the stripper is sent to the condenser together with fresh ammonia and a carbamate stream, wherein the condensate that is formed in the condenser is fed to the first reactor section and the urea stream that is obtained in the stripper is further purified in the recovery section, and wherein the flow of the first synthesis solution from the first reactor section to the second reactor section, the flow of the second synthesis solution from the second reactor section to the stripper, the flow of the mixed gas stream from the stripper to the condenser and the flow of the condensate from the condenser to the first reactor section are each a gravity flow, wherein in each reactor section at least 20% of the total amount of urea in the synthesis section is formed.