mhurhangee/ep-ind-claims huggingface dataset:
A method for implementation by one or more data processors forming part of at least one computing system, the method comprising: handling a plurality of concurrent transactions in an in-memory database, at least one of the transactions comprising at least one write operation to a dictionary (1000, 1040); assigning each write operation a row identifier, at least one of the write operations written to the dictionary (1000, 1040) out of sequence, the sequence based on the row ID; and mapping each row ID in the dictionary (1000, 1040) to a corresponding value identifier in the dictionary (1000, 1040), the dictionary (1000, 1040) positioning the value identifiers so that the corresponding row IDs are in a sorted sequential order based on the row ID; characterised by wherein the dictionary (1000, 1040) comprises a transient portion having a plurality of consecutive row IDs, the consecutive row IDs associated with a base row ID and a base value ID, the base row ID and the base value ID representative of a starting point of the transient portion; wherein the base row ID and the base value ID are persisted to the in-memory database, wherein the remaining plurality of consecutive row IDs are not persisted to the in-memory database; and wherein the mapping determines the corresponding value identifier for an incoming row ID by determining an offset of the incoming row ID from the base row ID and by adding the offset to the base value ID; the method further comprising obtaining a row position for the row ID by searching an index dictionary using the corresponding value identifier for the row ID. handling a plurality of concurrent transactions in an in-memory database, at least one of the transactions comprising at least one write operation to a dictionary (1000, 1040); assigning each write operation a row identifier, at least one of the write operations written to the dictionary (1000, 1040) out of sequence, the sequence based on the row ID; and mapping each row ID in the dictionary (1000, 1040) to a corresponding value identifier in the dictionary (1000, 1040), the dictionary (1000, 1040) positioning the value identifiers so that the corresponding row IDs are in a sorted sequential order based on the row ID; characterised by wherein the dictionary (1000, 1040) comprises a transient portion having a plurality of consecutive row IDs, the consecutive row IDs associated with a base row ID and a base value ID, the base row ID and the base value ID representative of a starting point of the transient portion; wherein the base row ID and the base value ID are persisted to the in-memory database, wherein the remaining plurality of consecutive row IDs are not persisted to the in-memory database; and wherein the mapping determines the corresponding value identifier for an incoming row ID by determining an offset of the incoming row ID from the base row ID and by adding the offset to the base value ID; the method further comprising obtaining a row position for the row ID by searching an index dictionary using the corresponding value identifier for the row ID.
A method of enabling load steering between a 3rd Generation Partnership Project, 3GPP, Radio Access Network, RAN, and a Wi-Fi RAN, the method comprising, at a server: generating (A9,B9) overlap information associating one or more cells of the 3GPP RAN with one or more Access Points, AP, of the Wi-Fi RAN, wherein a cell of the 3GPP RAN is associated with an AP of the Wi-Fi RAN if it is determined that the cell overlaps with an area covered by the AP; determining an off-load schedule for a cell of the 3GPP RAN, the off-load schedule indicating when an overlapping AP of the Wi-Fi RAN can reject an attempt by a user terminal to attach to the AP of the Wi-Fi RAN; and sending the off-load schedule to the Wi-Fi RAN. generating (A9,B9) overlap information associating one or more cells of the 3GPP RAN with one or more Access Points, AP, of the Wi-Fi RAN, wherein a cell of the 3GPP RAN is associated with an AP of the Wi-Fi RAN if it is determined that the cell overlaps with an area covered by the AP; determining an off-load schedule for a cell of the 3GPP RAN, the off-load schedule indicating when an overlapping AP of the Wi-Fi RAN can reject an attempt by a user terminal to attach to the AP of the Wi-Fi RAN; and sending the off-load schedule to the Wi-Fi RAN.
A communications method performed by a session management network element, the method characterized in comprising the steps of: • determining (step 601) information about a target data plane instance, wherein the information about the target data plane instance comprises a routing indicator, the routing indicator is used to determine an address of the target data plane instance, and the target data plane instance is associated with a wireless backhaul integrated access and backhaul node, wireless backhaul IAB node; and • sending (step 602) an N4 session management request message and a first indication to the IAB node by using a mobility management network element that provides a service for the IAB node or a donor node that provides the service for the IAB node, wherein the first indication is used to indicate to the IAB node that the IAB node is to send the N4 session management request message to the target data plane instance, wherein the N4 session management request message is used to indicate to manage a session context of the target data plane instance. • determining (step 601) information about a target data plane instance, wherein the information about the target data plane instance comprises a routing indicator, the routing indicator is used to determine an address of the target data plane instance, and the target data plane instance is associated with a wireless backhaul integrated access and backhaul node, wireless backhaul IAB node; and • sending (step 602) an N4 session management request message and a first indication to the IAB node by using a mobility management network element that provides a service for the IAB node or a donor node that provides the service for the IAB node, wherein the first indication is used to indicate to the IAB node that the IAB node is to send the N4 session management request message to the target data plane instance, wherein the N4 session management request message is used to indicate to manage a session context of the target data plane instance.
A disc-shaped sample chamber for collecting molten metal, the chamber comprising a chamber body having a left body and a right body bonded to each other to define a disc-shaped sample space therebetween; a sample inlet extending upward from the chamber body and connecting the sample space with the outside; and a welded bonding portion disposed on at least one lateral face of the chamber body for bonding the left body and the right body to each other, wherein a welded bonding portion is disposed at a portion of a bonding line between the left body and the right body, thereby bonding the left body and the right body to each other, wherein the welded bonding portion is formed in a spot welding manner using a laser. a chamber body having a left body and a right body bonded to each other to define a disc-shaped sample space therebetween; a sample inlet extending upward from the chamber body and connecting the sample space with the outside; and a welded bonding portion disposed on at least one lateral face of the chamber body for bonding the left body and the right body to each other, wherein a welded bonding portion is disposed at a portion of a bonding line between the left body and the right body, thereby bonding the left body and the right body to each other, wherein the welded bonding portion is formed in a spot welding manner using a laser.
A sanitary washing apparatus, comprising: a nozzle that is configured to discharge water toward a private part of a user; a water passage that is configured to communicate with the nozzle and a water supply pipe; a tank that is disposed on the water passage, the tank being provided with a heating element inside thereof and configured to store water therein, the tank being configured to supply water to the nozzle; and a backflow prevention mechanism that is disposed on the water passage and upstream of the tank, wherein the water passage includes a first water passage that connects the water supply pipe and the backflow prevention mechanism, and a second water passage that connects the tank and the nozzle, and wherein the backflow prevention mechanism includes an air gap communicating with an atmosphere, thereby preventing backflow of water, characterised in that the backflow prevention mechanism further includes: a water spout port that is disposed at an end of the first water passage and spouts water in a horizontal direction, a water-receiving port that is disposed to be opposed to the water spout port through the air gap, the water-receiving port being configured to receive water from the water spout port, and serve as an inlet port of the tank, and a water drain port that is configured to discharge water remaining in the air gap outside of the backflow prevention mechanism. a nozzle that is configured to discharge water toward a private part of a user; a water passage that is configured to communicate with the nozzle and a water supply pipe; a tank that is disposed on the water passage, the tank being provided with a heating element inside thereof and configured to store water therein, the tank being configured to supply water to the nozzle; and a backflow prevention mechanism that is disposed on the water passage and upstream of the tank, wherein the water passage includes a first water passage that connects the water supply pipe and the backflow prevention mechanism, and a second water passage that connects the tank and the nozzle, and wherein the backflow prevention mechanism includes an air gap communicating with an atmosphere, thereby preventing backflow of water, characterised in that the backflow prevention mechanism further includes: a water spout port that is disposed at an end of the first water passage and spouts water in a horizontal direction, a water-receiving port that is disposed to be opposed to the water spout port through the air gap, the water-receiving port being configured to receive water from the water spout port, and serve as an inlet port of the tank, and a water drain port that is configured to discharge water remaining in the air gap outside of the backflow prevention mechanism.
An aircraft gas turbine engine comprising: a fan section, at least one row of FLADE fan blades disposed radially outwardly of and drivingly connected to a fan in the fan section, the row of FLADE fan blades radially extending across a FLADE duct circumscribing the fan section, an engine inlet including a fan inlet to the fan section and an annular FLADE inlet to the FLADE duct, a two-dimensional flow FLADE air discharge fluid passage in fluid flow communication with the FLADE duct, and a two-dimensional exhaust nozzle having a nozzle discharge area, characterized in comprising a flade air discharge system, which flade air discharge system comprises FLADE air upstream and downstream discharge slots (400, 402) provided in a divergent flap of the two-dimensional exhaust nozzle of the engine, with the upstream discharge slot provided upstream of the nozzle discharge area and the downstream discharge slot provided downstream of the nozzle discharge area, the discharge slots in fluid flow communication with the two dimensional flow FLADE air discharge fluid passage, and further a valve for opening and closing the upstream and downstream discharge slots (400, 402). a fan section, at least one row of FLADE fan blades disposed radially outwardly of and drivingly connected to a fan in the fan section, the row of FLADE fan blades radially extending across a FLADE duct circumscribing the fan section, an engine inlet including a fan inlet to the fan section and an annular FLADE inlet to the FLADE duct, a two-dimensional flow FLADE air discharge fluid passage in fluid flow communication with the FLADE duct, and a two-dimensional exhaust nozzle having a nozzle discharge area, characterized in comprising a flade air discharge system, which flade air discharge system comprises FLADE air upstream and downstream discharge slots (400, 402) provided in a divergent flap of the two-dimensional exhaust nozzle of the engine, with the upstream discharge slot provided upstream of the nozzle discharge area and the downstream discharge slot provided downstream of the nozzle discharge area, the discharge slots in fluid flow communication with the two dimensional flow FLADE air discharge fluid passage, and further a valve for opening and closing the upstream and downstream discharge slots (400, 402).
A variable displacement lubricant pump for providing a pressurized lubricant for an internal combustion engine, comprising: a pump housing with a pump rotor, whereby the pump rotor is provided with radially slidable vanes rotating in a shiftable control ring, a pressure control chamber pushing the control ring into a low pumping volume direction against the force of a flexible pretensioning element, whereby the pressure control chamber is connected with a pump outlet port by a first pressure conduit, and a pretension control unit for adjusting different discharge pressures of the pressurized lubricant, whereby the control unit comprises: a pretension cylinder wherein a plunger is provided axially moveable, whereby the plunger is supporting the pretensioning element pushing the separate control ring into a high pumping volume direction, whereby the pretension cylinder is connected with the pump outlet port by a second pressure conduit, and an outlet opening in a cylinder wall, whereby the outlet opening is connected to a low-pressure, characterized in that the outlet opening is connected to the low-pressure by an electrical pretension control valve. a pump housing with a pump rotor, whereby the pump rotor is provided with radially slidable vanes rotating in a shiftable control ring, a pressure control chamber pushing the control ring into a low pumping volume direction against the force of a flexible pretensioning element, whereby the pressure control chamber is connected with a pump outlet port by a first pressure conduit, and a pretension control unit for adjusting different discharge pressures of the pressurized lubricant, whereby the control unit comprises: a pretension cylinder wherein a plunger is provided axially moveable, whereby the plunger is supporting the pretensioning element pushing the separate control ring into a high pumping volume direction, whereby the pretension cylinder is connected with the pump outlet port by a second pressure conduit, and an outlet opening in a cylinder wall, whereby the outlet opening is connected to a low-pressure, characterized in that the outlet opening is connected to the low-pressure by an electrical pretension control valve. a pretension cylinder wherein a plunger is provided axially moveable, whereby the plunger is supporting the pretensioning element pushing the separate control ring into a high pumping volume direction, whereby the pretension cylinder is connected with the pump outlet port by a second pressure conduit, and an outlet opening in a cylinder wall, whereby the outlet opening is connected to a low-pressure, characterized in that the outlet opening is connected to the low-pressure by an electrical pretension control valve.
A cosmetic agent for coloring keratin fibers, containing at least two preparations and which are packaged separately from one another and which are mixed immediately before use to form an application mixture, - the preparation containing at least one colorant from the group of oxidation dye precursors and direct dyes - the preparation being a flowable composition containing water and at least one oxidizing agent, characterized in that the preparation is packaged in a water-soluble film, at least 60 wt.% of which, based on the total weight thereof, consists of a polymer mixture comprising a1) a water-soluble vinyl alcohol/vinyl acetate copolymer a1) and a2) at least one optionally modified water-soluble polysaccharide, which polymer mixture has a multimodal molecular weight distribution. - the preparation containing at least one colorant from the group of oxidation dye precursors and direct dyes - the preparation being a flowable composition containing water and at least one oxidizing agent, a1) a water-soluble vinyl alcohol/vinyl acetate copolymer a1) and a2) at least one optionally modified water-soluble polysaccharide, which polymer mixture has a multimodal molecular weight distribution.
Method of synchronous sharing of a document between a first and a second terminal, characterized in that it comprises the following steps: - Transmission of a message to the second terminal comprising the coordinates of at least one contact point to be activated on a touchscreen which are defined on the basis of the document to be shared, - Upon the opening of a viewing time window defined by the intersection of a first and of a second time window defined respectively for the first and the second terminal and each being bounded by the receipt, originating from the terminal for which the window is defined, of a sharing agreement message triggered by an action on the at least one contact point and of an abandonment message triggered by the stopping of the action on the at least one contact point, transmission of the document and of a command to display the document to the second terminal (213, 301), and - Transmission of a command to delete the document upon the closing of the viewing time window (218, 302). - Transmission of a message to the second terminal comprising the coordinates of at least one contact point to be activated on a touchscreen which are defined on the basis of the document to be shared, - Upon the opening of a viewing time window defined by the intersection of a first and of a second time window defined respectively for the first and the second terminal and each being bounded by the receipt, originating from the terminal for which the window is defined, of a sharing agreement message triggered by an action on the at least one contact point and of an abandonment message triggered by the stopping of the action on the at least one contact point, transmission of the document and of a command to display the document to the second terminal (213, 301), and - Transmission of a command to delete the document upon the closing of the viewing time window (218, 302).
A method of preparing of pure precious metal nanoparticles of controlled sizes and having facets, wherein a precursor substance comprising a precious metal salt or precious metal complex, or a mixture of salts and/or complexes of various precious metals, which is contained in a reagent solution is subjected to a reduction reaction by a reducing agent contained in the reagent solution to provide nanoparticles, characterized in that the reduction reaction is conducted in absence of a surfactant and with the initial concentration of the precursor substance in the reagent solution from 50 mM to 100 mM, and the reduction reaction is stopped after a pre-determined time t from 14 seconds to 2 hours by rapid lowering of the reaction solution temperature at a rate higher than or equal to 0.15°C/s.
A method for measuring water quality in a system comprising a sensor system with multiple conductivity sensors located close to each other, including a conductivity sensor directed to measuring water quality, said method being characterized by comprising a discharge and sampling sequence for each conductivity sensor, wherein only one conductivity sensor is measured or sampled at a time so that when one is undergoing a discharge and sampling sequence, then the other one(s) is(are) set in rest position, corresponding to a high impedance state of sensor electrodes to avoid interference with the active conductivity sensor.
A solar energy absorber unit, comprising: a collector plate made of a heat-conductive material having a front surface adapted to absorb solar energy and to convert the solar energy to heat, and a rear surface opposite to the front surface; a rear panel having an inner surface and an outer surface, said inner surface being attached to areas of said rear surface of the collector plate via a fluid-tight bond, whereby said inner surface of said panel and said rear surface of said collector plate together define at least one fluid-conveying channel between said areas of said rear surface of the plate where said panel is attached thereto; and connectors for introducing a heat extraction fluid into said at least one channel and for removing said fluid therefrom; characterized in that said collector plate comprises a core layer of an aluminum alloy provided with a cladding layer forming said rear surface of the plate, said cladding layer being made of aluminum or an aluminum alloy having a total content of alloying elements and impurities, if any, of no more than 0.5 wt. % and that said collector plate comprises a further cladding layer on an opposite side of said core layer forming said front surface of the plate, said further cladding layer being made of aluminum or an aluminum alloy having a total content of alloying elements and impurities, if any, of no more than 0.5 wt. %. a collector plate made of a heat-conductive material having a front surface adapted to absorb solar energy and to convert the solar energy to heat, and a rear surface opposite to the front surface; a rear panel having an inner surface and an outer surface, said inner surface being attached to areas of said rear surface of the collector plate via a fluid-tight bond, whereby said inner surface of said panel and said rear surface of said collector plate together define at least one fluid-conveying channel between said areas of said rear surface of the plate where said panel is attached thereto; and connectors for introducing a heat extraction fluid into said at least one channel and for removing said fluid therefrom; characterized in that said collector plate comprises a core layer of an aluminum alloy provided with a cladding layer forming said rear surface of the plate, said cladding layer being made of aluminum or an aluminum alloy having a total content of alloying elements and impurities, if any, of no more than 0.5 wt. % and that said collector plate comprises a further cladding layer on an opposite side of said core layer forming said front surface of the plate, said further cladding layer being made of aluminum or an aluminum alloy having a total content of alloying elements and impurities, if any, of no more than 0.5 wt. %.