mhurhangee/patent-ind-claim-en huggingface dataset:
A system for managing financial transactions comprising at least one database containing information on the transactions, at least one fraud detection device comprising a rule evaluation module and a rule selection module , said modules being connected and each module being a code which is executable on a computer, at least one first memory for storing a set of rules for detecting fraud during each transaction, which memory is connected to the rule evaluation module , in said system the rule evaluation module makes it possible to estimate the contribution of each rule of the set of rules relative to a parameter representing the overall performance of the set of rules stored in the first memory of the detection device , this contribution estimation comprising the calculation of a Shapley value for each given rule and being saved in an evaluation report file, and said report file and said evaluated rules being transferred to the rule selection module , said selection module analyzing the report in order to select a subset of rules from the evaluated rules of the set of rules, said selected rules being stored in a second memory of the fraud detection device and having to be used for verifying the transactions, wherein the fraud detection device comprises a real-time RT fraud detection module for verifying the transactions before the payment authorization and a near-real-time NRT fraud detection module for verifying said transactions after authorization, each of said modules being connected to the second memory of the fraud detection device , wherein the rule selection module also generates a selection report file which is transmitted to the second memory of the detection device , said report containing a list of the selected subset of rules, each rule of said subset having a Shapley value greater than a determined Shapley value threshold, for verifying the financial transactions, and a code representing the actions to be taken with respect to the non-selected rules which are still stored in the first memory , said actions comprising at least one of the following functionalities: replacing and/or modifying and/or deleting the non-selected rules of the first memory of the detection device , the system comprising at least one first alarm and one second alarm for producing an alert when at least one of the selected rules which are stored in the second memory of the fraud detection device is broken by the financial information transmitted by the payment device during a transaction. said actions comprising at least one of the following functionalities: replacing and/or modifying and/or deleting the non-selected rules of the first memory of the detection device , the system comprising at least one first alarm and one second alarm for producing an alert when at least one of the selected rules which are stored in the second memory of the fraud detection device is broken by the financial information transmitted by the payment device during a transaction.
A honeycomb structure comprising: intersecting porous walls extending between an inlet end and an outlet end of the honeycomb structure; inlet channels and outlet channels formed by the intersecting porous walls , the inlet channels comprising inlet hydraulic diameters HDi and the outlet channels comprising outlet hydraulic diameters HDo, the inlet channels comprising inlet corners with inlet corner radii Ri, and the outlet channels comprising outlet corners with outlet corner radii Ro; a centerpost defined by adjacent opposing inlet corners of two of the inlet channels and adjacent opposing outlet corners of two of the outlet channels ; wherein the centerpost comprises: a first diagonal length D1 being a shortest distance between the adjacent opposing outlet corners of the two outlet channels ; a second diagonal length D2 being a shortest distance between the adjacent opposing inlet corners of the two inlet channels ; characterized in that the centerpost further comprises: an aspect ratio D1:D2 being less than 2.7 when a hydraulic diameter ratio HDi:HDo is in a range from 1.4 to 1.6; and the aspect ratio D1:D2 being less than 2.2 and the outlet corner radii Ro being less than 0.18 mm when the hydraulic diameter ratio HDi:HDo is in a range from 1.2 to less than 1.4. intersecting porous walls extending between an inlet end and an outlet end of the honeycomb structure; inlet channels and outlet channels formed by the intersecting porous walls , the inlet channels comprising inlet hydraulic diameters HDi and the outlet channels comprising outlet hydraulic diameters HDo, the inlet channels comprising inlet corners with inlet corner radii Ri, and the outlet channels comprising outlet corners with outlet corner radii Ro; a centerpost defined by adjacent opposing inlet corners of two of the inlet channels and adjacent opposing outlet corners of two of the outlet channels ; wherein the centerpost comprises: a first diagonal length D1 being a shortest distance between the adjacent opposing outlet corners of the two outlet channels ; a second diagonal length D2 being a shortest distance between the adjacent opposing inlet corners of the two inlet channels ; a first diagonal length D1 being a shortest distance between the adjacent opposing outlet corners of the two outlet channels ; a second diagonal length D2 being a shortest distance between the adjacent opposing inlet corners of the two inlet channels ; characterized in that the centerpost further comprises: an aspect ratio D1:D2 being less than 2.7 when a hydraulic diameter ratio HDi:HDo is in a range from 1.4 to 1.6; and the aspect ratio D1:D2 being less than 2.2 and the outlet corner radii Ro being less than 0.18 mm when the hydraulic diameter ratio HDi:HDo is in a range from 1.2 to less than 1.4. an aspect ratio D1:D2 being less than 2.7 when a hydraulic diameter ratio HDi:HDo is in a range from 1.4 to 1.6; and the aspect ratio D1:D2 being less than 2.2 and the outlet corner radii Ro being less than 0.18 mm when the hydraulic diameter ratio HDi:HDo is in a range from 1.2 to less than 1.4.
A light barrier device with a transmitter unit having at least one transmitter emitting light pulses , with a receiver unit having at least one receiver and with an alignment unit for aligning the transmitter unit and receiver unit , wherein the pulse widths of the light pulses registered at the receiver are determined in the alignment unit as an alignment criterion, characterised in that the light pulses registered at a receiver are fed to a low-pass filter and then evaluated with a trigger threshold.
A medical pressure sensitive adhesive tape comprising a pressure sensitive adhesive material layer formed on at least one side of a release liner, wherein the adhesive material layer comprises compounded polymeric hybrid adhesives combining two discrete gel adhesive layers, and wherein the pressure sensitive adhesive material is silicone-free.
A medical device comprising: a first main body ; a second main body , the second main body is configured to be mobile and arranged to be adjacent to the first main body ; and a gantry adapted to be movably installed either on the first main body or on the second main body , wherein each of the first main body and the second main body comprises a guide to guide linear movement of the gantry from one main body to the other, wherein the gantry is configured to be electrically connected to the first main body when being installed on the first main body , wherein the gantry is configured to be electrically connected to the second main body when being installed on the second main body . a first main body ; a second main body , the second main body is configured to be mobile and arranged to be adjacent to the first main body ; and a gantry adapted to be movably installed either on the first main body or on the second main body , wherein each of the first main body and the second main body comprises a guide to guide linear movement of the gantry from one main body to the other, wherein the gantry is configured to be electrically connected to the first main body when being installed on the first main body , wherein the gantry is configured to be electrically connected to the second main body when being installed on the second main body .
A method for removing contaminant DNA in an antibody-containing sample which comprises the following steps: 1) applying the antibody-containing sample to affinity chromatography on Protein A, followed by an elution step involving i) equilibration of the Protein A resin using 1M NaCl/10 to 100mM citrate-phosphate buffer at pH 7.5; ii) loading the antibody sample on the resin, followed by iii) a first washing step using 1M NaCl/10 to 100mM citrate-phosphate buffer pH 7.5, and iv) a second washing step using 10 to 100mM citrate-phosphate buffer pH7.5, followed by v) an elution step using 2.5mM HCl at pH 2.6; 2) adjusting the pH of the eluate to pH7 with 300mM Tris solution to form particles; and 3) removing the resulting particles, wherein the antibody is humanized anti-IL-6 receptor antibody hPM-1. 1) applying the antibody-containing sample to affinity chromatography on Protein A, followed by an elution step involving i) equilibration of the Protein A resin using 1M NaCl/10 to 100mM citrate-phosphate buffer at pH 7.5; ii) loading the antibody sample on the resin, followed by iii) a first washing step using 1M NaCl/10 to 100mM citrate-phosphate buffer pH 7.5, and iv) a second washing step using 10 to 100mM citrate-phosphate buffer pH7.5, followed by v) an elution step using 2.5mM HCl at pH 2.6; i) equilibration of the Protein A resin using 1M NaCl/10 to 100mM citrate-phosphate buffer at pH 7.5; ii) loading the antibody sample on the resin, followed by iii) a first washing step using 1M NaCl/10 to 100mM citrate-phosphate buffer pH 7.5, and iv) a second washing step using 10 to 100mM citrate-phosphate buffer pH7.5, followed by v) an elution step using 2.5mM HCl at pH 2.6; 2) adjusting the pH of the eluate to pH7 with 300mM Tris solution to form particles; and 3) removing the resulting particles,
A semiconductor device, the device comprising: a semiconductor waveguide comprising a slab section, a rib section extending lengthways above the slab section in a first direction, and raised ridges extending above the slab section on both sides of the rib section; a vertical pn junction with p-doped material and n-doped material arranged vertically with respect to each other in the rib and slab sections, wherein the rib section is either fully n-doped or fully p-doped in each cross-section along the semiconductor waveguide; electrical connection to the p-doped material and n-doped material by forming contacts on the raised ridges; and characterized in that electrical connection to the rib section from one of the contacts via periodically arranged sections of the semiconductor waveguide where a cross-section of both the rib section and the slab section in the periodically arranged sections is fully n-doped or fully p-doped, wherein each cross-section is perpendicular to the first direction and the periodically arranged sections are arranged so that the distance in the first direction between any two adjacent periodically arranged sections is the same. a semiconductor waveguide comprising a slab section, a rib section extending lengthways above the slab section in a first direction, and raised ridges extending above the slab section on both sides of the rib section; a vertical pn junction with p-doped material and n-doped material arranged vertically with respect to each other in the rib and slab sections, wherein the rib section is either fully n-doped or fully p-doped in each cross-section along the semiconductor waveguide; electrical connection to the p-doped material and n-doped material by forming contacts on the raised ridges; and characterized in that electrical connection to the rib section from one of the contacts via periodically arranged sections of the semiconductor waveguide where a cross-section of both the rib section and the slab section in the periodically arranged sections is fully n-doped or fully p-doped, wherein each cross-section is perpendicular to the first direction and the periodically arranged sections are arranged so that the distance in the first direction between any two adjacent periodically arranged sections is the same.
An article of footwear , comprising: a medial portion ; a lateral portion ; a plurality of first lace-receiving members on the medial portion ; a plurality of second lace-receiving members on the lateral portion , wherein one or more of the first and second lace-receiving members are movable along the respective medial and lateral portions from a first position to a second position; and one or more locking members (500; 600) configured to selectively secure the first and second lace-receiving members in the second position, characterised in that , each one of the one or more locking members further comprises rails having inflections formed therein, and wherein the lace-receiving members mounted on the rails are configured to move relatively easily along the rails between the inflections and to bind or stick at the inflections . a medial portion ; a lateral portion ; a plurality of first lace-receiving members on the medial portion ; a plurality of second lace-receiving members on the lateral portion , wherein one or more of the first and second lace-receiving members are movable along the respective medial and lateral portions from a first position to a second position; and one or more locking members (500; 600) configured to selectively secure the first and second lace-receiving members in the second position, characterised in that , each one of the one or more locking members further comprises rails having inflections formed therein, and wherein the lace-receiving members mounted on the rails are configured to move relatively easily along the rails between the inflections and to bind or stick at the inflections .
Component for a mobile work machine, comprising: • a conveyor device having a conveying means for guiding and/or conveying goods to be transported in at least one conveying direction (F1, F2), and having a conveying chamber within which the goods to be transported can be moved in at least one of the conveying directions (F1, F2); • a surface element which at least partially surrounds the conveying chamber and has a first surface facing the conveying chamber and a second surface facing away from the conveying chamber , wherein the second surface is spaced apart from the first surface ; • a measuring device which is assigned to the second surface and is designed to detect the spatial correspondence between the first surface and the second surface , characterized in that the measuring device has a sensor which is at a defined sensor distance from the second surface . • a conveyor device having a conveying means for guiding and/or conveying goods to be transported in at least one conveying direction (F1, F2), and having a conveying chamber within which the goods to be transported can be moved in at least one of the conveying directions (F1, F2); • a surface element which at least partially surrounds the conveying chamber and has a first surface facing the conveying chamber and a second surface facing away from the conveying chamber , wherein the second surface is spaced apart from the first surface ; • a measuring device which is assigned to the second surface and is designed to detect the spatial correspondence between the first surface and the second surface ,
A method of preparing a ceramic apatite bead having agarose absorbed or entered into the pores of the ceramic apatite, the method comprising: incubating ceramic apatite in an agarose solution heated to a temperature from about 60 °C to about 100 °C; filling the pores of the ceramic apatite and coating the outside of the ceramic apatite with more than 1 % agarose by weight in the heated agarose solution; and cooling the heated agarose solution having ceramic apatite to between about 4 °C to about 30 °C to form an insoluble porous agarose gel within the pores of the ceramic apatite. incubating ceramic apatite in an agarose solution heated to a temperature from about 60 °C to about 100 °C; filling the pores of the ceramic apatite and coating the outside of the ceramic apatite with more than 1 % agarose by weight in the heated agarose solution; and cooling the heated agarose solution having ceramic apatite to between about 4 °C to about 30 °C to form an insoluble porous agarose gel within the pores of the ceramic apatite.
An analysis apparatus comprising a nozzle washing apparatus and a control unit , wherein the nozzle washing apparatus comprises: a washing tank which accommodates a nozzle used to collect a specimen from a specimen container ; a first discharge port arranged to discharge a washing solution supplied into the washing tank from an upper portion of the washing tank ; and a second discharge port arranged to discharge the washing solution supplied into the washing tank from a position lower than the first discharge port of the washing tank ; and wherein the control unit comprises: a detecting unit configured to detect a range of contact of an outer wall of the nozzle with the specimen, characterized in that the control unit is configured to control discharge of the washing solution supplied into the washing tank from one of the first discharge port and the second discharge port on the basis of a detection result obtained by the detecting unit . a washing tank which accommodates a nozzle used to collect a specimen from a specimen container ; a first discharge port arranged to discharge a washing solution supplied into the washing tank from an upper portion of the washing tank ; and a second discharge port arranged to discharge the washing solution supplied into the washing tank from a position lower than the first discharge port of the washing tank ; and wherein the control unit comprises: a detecting unit configured to detect a range of contact of an outer wall of the nozzle with the specimen, characterized in that the control unit is configured to control discharge of the washing solution supplied into the washing tank from one of the first discharge port and the second discharge port on the basis of a detection result obtained by the detecting unit . a detecting unit configured to detect a range of contact of an outer wall of the nozzle with the specimen, characterized in that the control unit is configured to control discharge of the washing solution supplied into the washing tank from one of the first discharge port and the second discharge port on the basis of a detection result obtained by the detecting unit .
A marker generating system comprising: video image input means for inputting a video image; feature extracting means for extracting image features represented by luma or chroma values from the video image; feature storage means for calculating and storing an occurrence frequency distribution of the extracted image features; unique feature selecting means for selecting at least one unique feature having an occurrence frequency of zero from the calculated occurrence frequency distribution of the extracted image features; and marker generating means for printing a marker pattern using a paint corresponding to the luma or chroma values corresponding to the at least one unique feature. video image input means for inputting a video image; feature extracting means for extracting image features represented by luma or chroma values from the video image; feature storage means for calculating and storing an occurrence frequency distribution of the extracted image features; unique feature selecting means for selecting at least one unique feature having an occurrence frequency of zero from the calculated occurrence frequency distribution of the extracted image features; and marker generating means for printing a marker pattern using a paint corresponding to the luma or chroma values corresponding to the at least one unique feature.
A polymeric greenhouse cover in the form of a polymeric film characterized in that the greenhouse cover comprises halloysite nanotubes (HNT) loaded with a pesticide substance, wherein said halloysite nanotubes are structurally included into the polymeric material.
A liquid discharge head comprising: a plurality of discharge units each including a discharge hole , a pressurization chamber communicating with the discharge hole , a first channel for supply of liquid to the pressurization chamber , and a second channel for collection of liquid from the pressurization chamber ; a pressurizing part for pressurizing the pressurization chamber ; a third channel connected commonly to the first channels of the plurality of discharge units , the third channel for supply of liquid to the discharge units ; a fourth channel connected commonly to the second channels of the plurality of discharge units , the fourth channel for collection of liquid from the discharge units ; and a fifth channel connecting the discharge units to each other and having channel resistance larger than channel resistance of the first channel and the second channel , characterised in that one end of the fifth channel is connected to the first channel or the second channel . a plurality of discharge units each including a discharge hole , a pressurization chamber communicating with the discharge hole , a first channel for supply of liquid to the pressurization chamber , and a second channel for collection of liquid from the pressurization chamber ; a pressurizing part for pressurizing the pressurization chamber ; a third channel connected commonly to the first channels of the plurality of discharge units , the third channel for supply of liquid to the discharge units ; a fourth channel connected commonly to the second channels of the plurality of discharge units , the fourth channel for collection of liquid from the discharge units ; and a fifth channel connecting the discharge units to each other and having channel resistance larger than channel resistance of the first channel and the second channel , characterised in that one end of the fifth channel is connected to the first channel or the second channel .
A device, comprising: - at least one semiconductor chip , - a leadframe comprising a chip mounting portion having the at least one semiconductor chip thereon and at least one lead arranged facing the chip mounting portion , the at least one lead lying in a first plane (X10) and the chip mounting portion lying in a second plane (X12), the first plane (X10) and the second plane (X12) mutually offset with a gap therebetween, and - an electrical component arranged on the chip mounting portion and extending between the first plane (X10) and the second plane (X12), wherein: said at least one lead is arranged facing and at least partially overlapping the chip mounting portion , the electrical component extending bridge-like between the chip mounting portion and the at least one lead arranged facing the chip mounting portion , characterized in that the electrical component extends sidewise of the at least one lead between the chip mounting portion and a lateral surface of the at least one lead in abutment with said lateral surface. - at least one semiconductor chip , - a leadframe comprising a chip mounting portion having the at least one semiconductor chip thereon and at least one lead arranged facing the chip mounting portion , the at least one lead lying in a first plane (X10) and the chip mounting portion lying in a second plane (X12), the first plane (X10) and the second plane (X12) mutually offset with a gap therebetween, and - an electrical component arranged on the chip mounting portion and extending between the first plane (X10) and the second plane (X12), wherein: said at least one lead is arranged facing and at least partially overlapping the chip mounting portion , the electrical component extending bridge-like between the chip mounting portion and the at least one lead arranged facing the chip mounting portion , characterized in that the electrical component extends sidewise of the at least one lead between the chip mounting portion and a lateral surface of the at least one lead in abutment with said lateral surface.