mhurhangee/patent-ind-claim-en huggingface dataset:
A winding data creation method for a filament winding apparatus , the filament winding apparatus including a rail extending in a first direction, a winding part that winds a fiber bundle (F) onto an outer peripheral surface of a core material , a winding drive motor that drives the winding part in rotation around a winding rotational axis (A3) along an axial direction of the core material , and a control section that controls the winding drive motor , the winding data creation method being characterized by an initial setting value input step (S101) of inputting an initial setting value including a length (L) in the first direction (Z) of the core material in the first direction (Z); a point setting step (S102) of setting a plurality of points (P1, P2,...) so as to divide the length of the core material in the first direction (Z); a winding angle setting step (S104) of setting a target winding angle that is an angle defined by an axial direction of the core material , and the fiber bundle (F) wound around the core material between two of the plurality of points (P1, P2,...) adjacent to each other in the first direction (Z); and a winding rotational speed calculation step (S106) of calculating, at least based on the initial setting value to be inputted and the target winding angle to be set, a target winding rotational speed of the winding drive motor between the two points adjacent to each other, respectively. an initial setting value input step (S101) of inputting an initial setting value including a length (L) in the first direction (Z) of the core material in the first direction (Z); a point setting step (S102) of setting a plurality of points (P1, P2,...) so as to divide the length of the core material in the first direction (Z); a winding angle setting step (S104) of setting a target winding angle that is an angle defined by an axial direction of the core material , and the fiber bundle (F) wound around the core material between two of the plurality of points (P1, P2,...) adjacent to each other in the first direction (Z); and a winding rotational speed calculation step (S106) of calculating, at least based on the initial setting value to be inputted and the target winding angle to be set, a target winding rotational speed of the winding drive motor between the two points adjacent to each other, respectively.
A system for parallel optimization of a database query requesting data from a database , wherein the system comprises: a processor coupled to a memory , and the processor configured to: determine , based on a nature and/or a statistics of the database query received, if the database query needs clustering, wherein the nature of the database query received is the characteristics of the database query selected from a group comprising: (i) attributes of a GROUP BY clause, (ii) attributes of a WHERE clause, (iii) attributes of a JOIN clause, (iv) attributes of a HAVING clause, and (v) attributes of a grouped aggregation function, wherein the statistics is histogram based statistics or selectivity statistics; cluster , if determined the query needs clustering, data present in the database based on the database query received, and displaying result of the query to a user after query processing; retain the clustered data, wherein the clustered data comprises at least one of global row id's or records stored in tables of the database, or subset of records stored in tables of the database based on the systems configuration, and thereby create at least one cluster cache for the clusters created by the clustering results comprising a cluster metadata, at least one data element, and the cluster data retained; and reuse the clustered data from the cluster cache, when a new query is received and if the new query is matched with the at least one data element and/or cluster metadata, for query processing, wherein the at least one data element comprises at least one of table Id, cluster column, clustering model, filter condition, memory affinity, or any combination thereof. determine , based on a nature and/or a statistics of the database query received, if the database query needs clustering, wherein the nature of the database query received is the characteristics of the database query selected from a group comprising: (i) attributes of a GROUP BY clause, (ii) attributes of a WHERE clause, (iii) attributes of a JOIN clause, (iv) attributes of a HAVING clause, and (v) attributes of a grouped aggregation function, wherein the statistics is histogram based statistics or selectivity statistics; cluster , if determined the query needs clustering, data present in the database based on the database query received, and displaying result of the query to a user after query processing; retain the clustered data, wherein the clustered data comprises at least one of global row id's or records stored in tables of the database, or subset of records stored in tables of the database based on the systems configuration, and thereby create at least one cluster cache for the clusters created by the clustering results comprising a cluster metadata, at least one data element, and the cluster data retained; and reuse the clustered data from the cluster cache, when a new query is received and if the new query is matched with the at least one data element and/or cluster metadata, for query processing, wherein the at least one data element comprises at least one of table Id, cluster column, clustering model, filter condition, memory affinity, or any combination thereof.
An outdoor unit for an air conditioner , comprising: an engine ; a first compressor that is driven by the engine ; a second compressor that is connected in parallel to the first compressor and that is driven by electric power; an outdoor heat exchanger; and a controller , characterized in that the controller causes the engine and the first compressor to be driven earlier than the second compressor in a defrosting operation in which the outdoor heat exchanger is defrosted. an engine ; a first compressor that is driven by the engine ; a second compressor that is connected in parallel to the first compressor and that is driven by electric power; an outdoor heat exchanger; and a controller , characterized in that the controller causes the engine and the first compressor to be driven earlier than the second compressor in a defrosting operation in which the outdoor heat exchanger is defrosted.
Process for the recovery of diol from a mixture comprising at least one diol and higher boiling compounds, i.e. having a higher boiling point than that of the diol, said process comprising the steps of: (a) subjecting the said mixture to distillation, separating a fraction enriched in said higher boiling compounds; (b) diluting said enriched fraction separated in step (a) with water; (c) subjecting the fraction diluted in step (b) to one or more filtration operations, by separating a permeate comprising the diol from a retentate comprising the higher boiling compounds. (a) subjecting the said mixture to distillation, separating a fraction enriched in said higher boiling compounds; (b) diluting said enriched fraction separated in step (a) with water; (c) subjecting the fraction diluted in step (b) to one or more filtration operations, by separating a permeate comprising the diol from a retentate comprising the higher boiling compounds.
A turbine airfoil component of a gas turbine engine, the airfoil component comprising: a first subcomponent comprising an airfoil portion and a nub ; and a second subcomponent separately formed and attached to the first subcomponent by casting a metallic material around the nub of the first subcomponent , the second subcomponent comprising a platform portion between the airfoil portion and the nub of the first subcomponent and a dovetail portion on the nub of the first subcomponent , each of the platform portion and the dovetail portion having at least one off-axis geometric feature that results in the second subcomponent having a more complex geometry than the first subcomponent , characterized in that : the first subcomponent is unitary and entirely formed of a ceramic-based material, wherein said ceramic-based material is chosen from the group consisting of ceramic matrix composite materials containing a discontinuous and/or continuous ceramic reinforcement material in a ceramic matrix reinforcement material; and the nub comprises a base having a cross-section wider than a region of the nub adjacent to a root of the airfoil portion . a first subcomponent comprising an airfoil portion and a nub ; and a second subcomponent separately formed and attached to the first subcomponent by casting a metallic material around the nub of the first subcomponent , the second subcomponent comprising a platform portion between the airfoil portion and the nub of the first subcomponent and a dovetail portion on the nub of the first subcomponent , each of the platform portion and the dovetail portion having at least one off-axis geometric feature that results in the second subcomponent having a more complex geometry than the first subcomponent , characterized in that : the first subcomponent is unitary and entirely formed of a ceramic-based material, wherein said ceramic-based material is chosen from the group consisting of ceramic matrix composite materials containing a discontinuous and/or continuous ceramic reinforcement material in a ceramic matrix reinforcement material; and the nub comprises a base having a cross-section wider than a region of the nub adjacent to a root of the airfoil portion . the first subcomponent is unitary and entirely formed of a ceramic-based material, wherein said ceramic-based material is chosen from the group consisting of ceramic matrix composite materials containing a discontinuous and/or continuous ceramic reinforcement material in a ceramic matrix reinforcement material; and the nub comprises a base having a cross-section wider than a region of the nub adjacent to a root of the airfoil portion .
A method for reporting a delay time of a mobile communication system to a time sensitive networking, TSN, server in a TSN application function device of a mobile communication system, the method comprising: receiving, from a user equipment, UE , communicating with a first TNS node , a residence time based on a grand master, GM, clock of the mobile communication system; receiving, from a user plane function, UPF, device communicating with a second TSN node , a packet delay budget, PDB, based on the GM clock, wherein the PDB is a transmission elapsed time of a message or a packet between the UE communicated with the first TSN node and the UPF device; receiving, from the UPF device, information on a difference between the GM clock of the mobile communication system and a TSN GM clock; calculating a bridge delay using the residence time and the PDB; characterized in that the method further comprises converting the bridge delay into a bridge delay based on the TSN GM clock based on the difference information; and transmitting, to the TSN server, bridge information including a bridge delay converted based on the TSN GM clock, wherein in case of transmitting and receiving a TSN packet or message to and from the UE through two or more UPFs, the PDB is received from an anchor UPF. receiving, from a user equipment, UE , communicating with a first TNS node , a residence time based on a grand master, GM, clock of the mobile communication system; receiving, from a user plane function, UPF, device communicating with a second TSN node , a packet delay budget, PDB, based on the GM clock, wherein the PDB is a transmission elapsed time of a message or a packet between the UE communicated with the first TSN node and the UPF device; receiving, from the UPF device, information on a difference between the GM clock of the mobile communication system and a TSN GM clock; calculating a bridge delay using the residence time and the PDB; characterized in that the method further comprises converting the bridge delay into a bridge delay based on the TSN GM clock based on the difference information; and transmitting, to the TSN server, bridge information including a bridge delay converted based on the TSN GM clock, wherein in case of transmitting and receiving a TSN packet or message to and from the UE through two or more UPFs, the PDB is received from an anchor UPF.
A computer-implemented method for applying attributes indicative of a user's temperament to a visual representation, the method comprising: rendering the visual representation of a user; receiving data representative of the user, and using the data to detect detectable characteristics related to the user; analyzing at least one detectable characteristic to deduct the user's temperament, wherein the at least one detectable characteristic comprises an application status; selecting an animation to apply to the visual representation that reflects the deducted user's temperament; and applying the animation indicative of the user's temperament to the visual representation. rendering the visual representation of a user; receiving data representative of the user, and using the data to detect detectable characteristics related to the user; analyzing at least one detectable characteristic to deduct the user's temperament, wherein the at least one detectable characteristic comprises an application status; selecting an animation to apply to the visual representation that reflects the deducted user's temperament; and applying the animation indicative of the user's temperament to the visual representation.
A reactor for nanoparticle production, comprising: a main chamber including a first nozzle to which raw material gas is supplied; a lens housing connected to the main chamber in a fluidly movable manner and including a second nozzle for supplying flushing gas therein; a lens mounted on the lens housing ; a light source for irradiation of a laser for passing through the lens to reach the raw material gas in the main chamber ; and a hood for discharging nanoparticles generated in the main chamber , wherein the lens housing is provided so that a cross-sectional area of at least a part of a region decreases along the direction facing the main chamber , characterised in that the lens housing comprises a first region that the cross-sectional area remains constant along the direction facing the main chamber , and a second region extending from the first region to the main chamber side and having a reduced cross-sectional area, the first region and the second region are provided so that the central axes are coaxially positioned, the lens housing further comprises a third region which extends from the second region and that the central axis is not positioned coaxially with the second region , and the lens housing is disposed so that the central axis of the first region is orthogonal to the central axis of the first nozzle , and the third region is inclined downward to the first nozzle side with respect to the first region . a main chamber including a first nozzle to which raw material gas is supplied; a lens housing connected to the main chamber in a fluidly movable manner and including a second nozzle for supplying flushing gas therein; a lens mounted on the lens housing ; a light source for irradiation of a laser for passing through the lens to reach the raw material gas in the main chamber ; and a hood for discharging nanoparticles generated in the main chamber , wherein the lens housing is provided so that a cross-sectional area of at least a part of a region decreases along the direction facing the main chamber , characterised in that the lens housing comprises a first region that the cross-sectional area remains constant along the direction facing the main chamber , and a second region extending from the first region to the main chamber side and having a reduced cross-sectional area, the first region and the second region are provided so that the central axes are coaxially positioned, the lens housing further comprises a third region which extends from the second region and that the central axis is not positioned coaxially with the second region , and the lens housing is disposed so that the central axis of the first region is orthogonal to the central axis of the first nozzle , and the third region is inclined downward to the first nozzle side with respect to the first region .
Heat exchanger of a gas burning oven comprising at least two tube bundles being adapted to extend at opposite sides between an exhaust gases inlet , connectable with a gas burner of said oven , and an exhaust gases outlet , connectable with an exhaust manifold of said oven , each tube bundle comprising at least two tubular portions , each formed by at least one tube, said tubular portions lying on planes parallel to each other and perpendicular to an horizontal axis (X-X) and being joined in series through at least one return element such that each tubular portion is adapted to be traversed by the exhaust gases in a flowing direction opposite to a flowing direction of a tubular portion lying on an adjacent plane, characterized in that said tubular portions are arranged adjacent to each other, overlapped and axially aligned with respect to said horizontal axis (X-X).
A blend comprising a polyethylene polymer, wherein the polyethylene polymer comprises at least 65 wt% ethylene derived units, based upon the total weight of the polymer, said polyethylene polymer having: a. a melt index (MI) from 0.1 g/10 min. to 2.0 g/10 min., MI being determined according to ASTM D1238, condition E (190°C/2.16 kg); b. a density from 0.910 g/cm 3 to 0.918 g/cm 3 ; c. a melt index ratio (MIR) from 30 to 55, MIR being the ratio of the high load melt index, HLMI, to the melt index, where HLMI is determined according to ASTM D1238, condition E (190°C/21.6 kg); d. a molecular weight (M w ) of 85,000 or greater; and e. a T 75 -T 25 value from 5 to 10, where T 25 is the temperature in degrees Celsius at which 25% of the eluted polymer is obtained and T 75 is the temperature in degrees Celsius at which 75% of the eluted polymer is obtained via temperature rising elution fractionation (TREF). a. a melt index (MI) from 0.1 g/10 min. to 2.0 g/10 min., MI being determined according to ASTM D1238, condition E (190°C/2.16 kg); b. a density from 0.910 g/cm 3 to 0.918 g/cm 3 ; c. a melt index ratio (MIR) from 30 to 55, MIR being the ratio of the high load melt index, HLMI, to the melt index, where HLMI is determined according to ASTM D1238, condition E (190°C/21.6 kg); d. a molecular weight (M w ) of 85,000 or greater; and e. a T 75 -T 25 value from 5 to 10, where T 25 is the temperature in degrees Celsius at which 25% of the eluted polymer is obtained and T 75 is the temperature in degrees Celsius at which 75% of the eluted polymer is obtained via temperature rising elution fractionation (TREF).
A cluster system for processing multi-node transaction comprising a transaction distribution server and transaction processing servers which are connected to the transaction distribution server, wherein the transaction distribution server is configured to determine whether a request message received from an external system is an initial request message, and if yes, analyze an association code carried in the initial request message, select a transaction processing server based on the association code, and transmit the initial request message to the selected transaction processing server; and the transaction processing server is configured to process the request message from the transaction distribution server, wherein the transaction distribution server is further configured to, when determining that the request message is a non-initial request message, transmit the non-initial request message to a transaction processing server configured to process an initial request message associated with the non-initial request message; wherein the transaction processing server is further configured to generate an association code used to identify a subsequent non-initial request message based on its own number when processing the initial request message; and the transaction distribution server is further configured to, after determining that the request message is the non-initial request message, analyze the association code carried in the non-initial request message, and when determining that the association code is generated by a transaction processing server, select the transaction processing server based on the association code and transmit the non-initial request message to the selected transaction processing server; characterized in that the transaction processing server is further configured to generate a transaction association identifier as the association code when the cluster system is a telecommunication value-added service cluster system and the received initial request message is an on demand type service message; and generate a secondary confirmation access code as the association code when the received initial request message is an order type service message; and generate a combined service serial number as the association code to associate a plurality of request messages with each other when the received initial request message is a combination type service message.
A cylindrical hollow filter including a hole extending from one end surface toward the other end surface, wherein the hollow filter further includes a core having the hole extending from one end surface toward the other end surface and a sheath covering an outside of the core , a boundary line is present between the core and the sheath , the core comprises core forming fiber , and the sheath comprises sheath forming fiber ; characterized in that the core has a total fineness of 23000 denier to 70000 denier, an additive rate of a plasticizer of 13% to 40%, and the sheath has a total fineness of 10000 denier to 47000 denier, an additive rate of the plasticizer of 0% to 15%. the hollow filter further includes a core having the hole extending from one end surface toward the other end surface and a sheath covering an outside of the core , a boundary line is present between the core and the sheath , the core comprises core forming fiber , and the sheath comprises sheath forming fiber ; characterized in that the core has a total fineness of 23000 denier to 70000 denier, an additive rate of a plasticizer of 13% to 40%, and the sheath has a total fineness of 10000 denier to 47000 denier, an additive rate of the plasticizer of 0% to 15%.
A yarn information acquiring device comprising a yarn information acquiring section that, when a yarn is wound to form a package in a yarn winding machine , is configured to acquire yarn information indicating a state of the yarn, characterized in that the yarn information acquiring section is configured to manage the yarn information by the package, and to acquire the yarn information for each of divided yarn lengths that are a plurality of lengths into which a fully wound yarn length in the package fully wound is divided.