mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining information whether or not a biological sample collected from a subject contains ovarian cancer cells, the method comprising the steps of: analyzing methylation status of a CpG site in a promoter region of at least one gene selected from the group consisting of AVPR1B gene and LRRC41 gene contained in a DNA sample prepared from the biological sample of the subject; and obtaining information indicating that the biological sample comprises an ovarian cancer cell when it has been determined that the methylation of the CpG site in the promoter region of at least one of the AVPR1B gene and the LRRC41 gene is present in the determination step. analyzing methylation status of a CpG site in a promoter region of at least one gene selected from the group consisting of AVPR1B gene and LRRC41 gene contained in a DNA sample prepared from the biological sample of the subject; and obtaining information indicating that the biological sample comprises an ovarian cancer cell when it has been determined that the methylation of the CpG site in the promoter region of at least one of the AVPR1B gene and the LRRC41 gene is present in the determination step.
A portable communication device comprising: a processor; and a memory coupled to the processor, the memory storing instructions, which when executed by the processor, cause the portable communication device to perform operations including: determining (401a - 401b) that an update for a private portion of a mobile application installed on the portable communication device is available at a server; sending a request for the update to the server, the request including a current private portion identifier associated with a current version of the private portion installed on the portable communication device; receiving an updated version of the private portion from the server that is encrypted using a current transport key embedded in the current version of the private portion installed on the portable communication device; decrypting the updated version of the private portion using the current transport key embedded in the current version of the private portion installed on the portable communication device; and installing the updated version of the private portion without updating a public portion of the mobile application. a processor; and a memory coupled to the processor, the memory storing instructions, which when executed by the processor, cause the portable communication device to perform operations including: determining (401a - 401b) that an update for a private portion of a mobile application installed on the portable communication device is available at a server; sending a request for the update to the server, the request including a current private portion identifier associated with a current version of the private portion installed on the portable communication device; receiving an updated version of the private portion from the server that is encrypted using a current transport key embedded in the current version of the private portion installed on the portable communication device; decrypting the updated version of the private portion using the current transport key embedded in the current version of the private portion installed on the portable communication device; and installing the updated version of the private portion without updating a public portion of the mobile application. determining (401a - 401b) that an update for a private portion of a mobile application installed on the portable communication device is available at a server; sending a request for the update to the server, the request including a current private portion identifier associated with a current version of the private portion installed on the portable communication device; receiving an updated version of the private portion from the server that is encrypted using a current transport key embedded in the current version of the private portion installed on the portable communication device; decrypting the updated version of the private portion using the current transport key embedded in the current version of the private portion installed on the portable communication device; and installing the updated version of the private portion without updating a public portion of the mobile application.
Folding frame for a child's pushchair, comprising an upper portion having means for receiving a seat portion and means for guiding said pushchair and a lower portion having a central beam carrying two rear wheel supports (63, 64), each one connected to said central beam by a set of two parallel arms (632, 633; 642, 643), articulated on said central beam, characterised in that said upper portion comprises two front and rear arches integral with said central beam which remain substantially parallel between them in the folded and unfolded positions of the frame, said front arch being mobile in rotation about an axis of rotation fixed in relation to said central beam and acting on at least one of said arms (632, 633; 642, 643) of each set, via a transmission mechanism, in such a way as to bring said wheel supports closer to said central beam, in order to take a folded position and/or to separate said wheel supports from said central beam, in order to take an unfolded position.
A change-out handle system for releasably coupling two elongated, axially relatively displaceable functional parts (2, 3), comprising - a first and a second handle part (50, 51, 52), which are arranged so as to be axially relatively displaceable, - a first coupling means for the releasable, axially rigid coupling of a first of the two functional parts to the first handle part and - a second coupling means for the releasable, axially rigid coupling of the second of the two functional parts to the second handle part (51, 52), - wherein the second handle part (51, 52) has an opening (22; 69, 70) for passing through at least the first of the two functional parts, characterized in that - the first handle part comprises a handle body formed by a lower handle shell and an upper handle shell to be clipped thereon, and the second handle part comprises a mushroom head part protruding out of the upper handle shell at a top side thereof for being operated by a thumb. - a first and a second handle part (50, 51, 52), which are arranged so as to be axially relatively displaceable, - a first coupling means for the releasable, axially rigid coupling of a first of the two functional parts to the first handle part and - a second coupling means for the releasable, axially rigid coupling of the second of the two functional parts to the second handle part (51, 52), - wherein the second handle part (51, 52) has an opening (22; 69, 70) for passing through at least the first of the two functional parts, characterized in that - the first handle part comprises a handle body formed by a lower handle shell and an upper handle shell to be clipped thereon, and the second handle part comprises a mushroom head part protruding out of the upper handle shell at a top side thereof for being operated by a thumb.
A method comprising: obtaining an algorithm from a first portion of a storage during a pre-boot cycle of the device (step 210); executing the algorithm to obtain a key (step 220); decrypting a second portion of the storage with the key to obtain a second key (step 230); and providing the second key to a process that uses the second key to decrypt a third portion of the storage (step 240). obtaining an algorithm from a first portion of a storage during a pre-boot cycle of the device (step 210); executing the algorithm to obtain a key (step 220); decrypting a second portion of the storage with the key to obtain a second key (step 230); and providing the second key to a process that uses the second key to decrypt a third portion of the storage (step 240).
A header having a cutter bar with cutter fingers arranged projecting therefrom and an ear lifter, wherein the ear lifter includes: - a flexurally elastic carrier rail having a first end for arrangement on the cutter bar and a second end, - a stalk lifter arranged at the second end of the carrier bar, - a receiving guide means (29, 50) which is arranged on the side of the carrier rail that is towards the stalk lifter and which portion-wise surrounds a cutter finger in the position of the ear lifter of being mounted to the cutter bar, wherein arranged at the receiving guide means (29, 50) is a bow-shaped locking means which is in positively locking engagement with the receiving guide means (29, 50) in the locked position and is loaded with a spring force, wherein the spring force acting in that case on the locking means can be applied thereby, characterised in that in the region of the first end the carrier rail has a portion of a substantially wavy-curved configuration, wherein the carrier rail is supported with a first convex segment of the portion on the cutter finger. - a flexurally elastic carrier rail having a first end for arrangement on the cutter bar and a second end, - a stalk lifter arranged at the second end of the carrier bar, - a receiving guide means (29, 50) which is arranged on the side of the carrier rail that is towards the stalk lifter and which portion-wise surrounds a cutter finger in the position of the ear lifter of being mounted to the cutter bar,
A method for the generation of a mutein of human Lipocalin 2 (Lcn2, hNGAL) which binds a given target with a dissociation constant (K D) of 200 nM or lower, said method comprising: (a) subjecting a nucleic acid molecule encoding a human Lcn2 protein to mutagenesis at a nucleotide triplet coding for the sequence position corresponding to the sequence position 96 of the linear polypeptide sequence of human Lcn2 (SEQ ID NO: 44), (b) subjecting the nucleic acid molecule to mutagenesis at 11, 12, 13, 14, 15, 16, 17, 18 or 19 nucleotide triplets coding for any of the sequence positions 36, 40, 41, 49, 52, 68, 70, 72, 73, 77, 79, 81, 100, 103, 106, 125, 127, 132, and 134 of the linear polypeptide sequence of hLcn2 (SEQ ID NO: 44), (c) resulting in one or more mutein nucleic acid molecule(s), (d) expressing the one or more mutein nucleic acid molecule(s) obtained in (c) in a suitable expression system, and (e) enriching the one or more mutein(s) having a dissociation constant (K D) of 200 nM or lower for the given target by means of selection and/or isolation, wherein the target is a compound which does not bind to native mature Lcn2 under physiological conditions. (a) subjecting a nucleic acid molecule encoding a human Lcn2 protein to mutagenesis at a nucleotide triplet coding for the sequence position corresponding to the sequence position 96 of the linear polypeptide sequence of human Lcn2 (SEQ ID NO: 44), (b) subjecting the nucleic acid molecule to mutagenesis at 11, 12, 13, 14, 15, 16, 17, 18 or 19 nucleotide triplets coding for any of the sequence positions 36, 40, 41, 49, 52, 68, 70, 72, 73, 77, 79, 81, 100, 103, 106, 125, 127, 132, and 134 of the linear polypeptide sequence of hLcn2 (SEQ ID NO: 44), (c) resulting in one or more mutein nucleic acid molecule(s), (d) expressing the one or more mutein nucleic acid molecule(s) obtained in (c) in a suitable expression system, and (e) enriching the one or more mutein(s) having a dissociation constant (K D) of 200 nM or lower for the given target by means of selection and/or isolation,
A method of controlling heating in an aerosol-generating system comprising a heater, the method comprising: a first control step in which a predetermined power is provided to the heater and the resistance of the heater is determined, wherein the determined resistance is indicative of the heater's temperature; monitoring for a predetermined condition and upon detection of the predetermined condition, recording the resistance of the heater; determining a target resistance (R T) corresponding to a target temperature of the heater based on the recorded resistance; and a second control step in which the power provided to the heater is controllably adapted to drive the resistance of the heater towards the target resistance (R T) such that the heater is driven towards a target temperature corresponding to the target resistance (R T). a first control step in which a predetermined power is provided to the heater and the resistance of the heater is determined, wherein the determined resistance is indicative of the heater's temperature; monitoring for a predetermined condition and upon detection of the predetermined condition, recording the resistance of the heater; determining a target resistance (R T) corresponding to a target temperature of the heater based on the recorded resistance; and a second control step in which the power provided to the heater is controllably adapted to drive the resistance of the heater towards the target resistance (R T) such that the heater is driven towards a target temperature corresponding to the target resistance (R T).
A system, comprising: a gateway server (348, 410) configured to generate a plurality of partial queries from a database query for a database containing data stored in a distributed storage cluster that has a plurality of data nodes (312, 422), and to construct a query result based on a plurality of intermediate results; and a plurality of worker nodes (342, 412), wherein each worker node (342, 412) of the plurality of worker nodes (342, 412) is configured to process a respective partial query of the plurality of partial queries by scanning data related to the respective partial query and stored on at least one data node (312, 422) of the distributed storage cluster, and wherein each worker node (342, 412) of the plurality of worker nodes (342, 412) is further configured to generate an intermediate result of the plurality of intermediate results that is stored in a memory of that worker node (342, 412), wherein the gateway server (348, 410) is further configured: to construct an approximate query result based on at least one approximate intermediate result received from any of the plurality of worker nodes (342, 412), and to construct the approximate query result automatically when the processing of the database query satisfies a predetermined criterion, the predetermined criterion including a failure of a predetermined number of worker nodes. a gateway server (348, 410) configured to generate a plurality of partial queries from a database query for a database containing data stored in a distributed storage cluster that has a plurality of data nodes (312, 422), and to construct a query result based on a plurality of intermediate results; and a plurality of worker nodes (342, 412), wherein each worker node (342, 412) of the plurality of worker nodes (342, 412) is configured to process a respective partial query of the plurality of partial queries by scanning data related to the respective partial query and stored on at least one data node (312, 422) of the distributed storage cluster, and wherein each worker node (342, 412) of the plurality of worker nodes (342, 412) is further configured to generate an intermediate result of the plurality of intermediate results that is stored in a memory of that worker node (342, 412), wherein the gateway server (348, 410) is further configured: to construct an approximate query result based on at least one approximate intermediate result received from any of the plurality of worker nodes (342, 412), and to construct the approximate query result automatically when the processing of the database query satisfies a predetermined criterion, the predetermined criterion including a failure of a predetermined number of worker nodes. to construct an approximate query result based on at least one approximate intermediate result received from any of the plurality of worker nodes (342, 412), and to construct the approximate query result automatically when the processing of the database query satisfies a predetermined criterion, the predetermined criterion including a failure of a predetermined number of worker nodes.
Heat cost allocator having a housing which has two housing parts (2.1, 2.2) which can be connected to one another, wherein an apparatus for manipulation detection, which apparatus is activatable when the housing is opened, is arranged in the housing, wherein a printed circuit board is fastened in a first housing part (2.1), and wherein at least two electrical contacts which are at a distance from one another and are connected to an evaluation unit are arranged on a first printed circuit board side (5.1) which faces the first housing part (2.1), characterized in that at least one spring element is arranged between the first housing part (2.1) and the first printed circuit board side (5.1) in such a way that an electrically conductive end region (6.1) of the spring element is pressed onto the electrical contacts without a mechanical force effect which is directed against a spring force of the spring element, and in that at least one holding element which is mechanically coupled to a second housing part (2.2) and to the spring element and tensions the spring element against the spring force is arranged between the second housing part (2.2) and the spring element when the housing is closed, and in that the printed circuit board has a bushing through which the holding element is passable.
A user equipment, comprising: - a camera, - at least one processor configured to receive image data from the camera, the image data comprising pixels and indicating brightness values for the pixels, wherein the at least one processor is further configured to select a display brightness depending on a distribution of the brightness values of at least some of the pixels, wherein the at least one processor is further configured to control a display of the user equipment to display the image data employing the selected display brightness, - an ambient light sensor, wherein the at least one processor is configured to receive control data from the ambient light sensor, the control data indicating an ambient brightness, wherein the at least one processor is further configured to select a candidate display brightness based on the control data, wherein the at least one processor is further configured to selectively select the candidate display brightness as the display brightness depending on the distribution of the brightness values of the at least some of the pixels. - a camera, - at least one processor configured to receive image data from the camera, the image data comprising pixels and indicating brightness values for the pixels, wherein the at least one processor is further configured to select a display brightness depending on a distribution of the brightness values of at least some of the pixels, wherein the at least one processor is further configured to control a display of the user equipment to display the image data employing the selected display brightness, - an ambient light sensor, wherein the at least one processor is configured to receive control data from the ambient light sensor, the control data indicating an ambient brightness, wherein the at least one processor is further configured to select a candidate display brightness based on the control data, wherein the at least one processor is further configured to selectively select the candidate display brightness as the display brightness depending on the distribution of the brightness values of the at least some of the pixels.
A contact housing for a connector of a sealed connector assembly that extends through a wall, comprising a contact region, which has a contact seat for receiving a contact-side end of a cable that is prone to kinking, wherein the contact housing has a positioning means for fixing the position of a laced section of the cable that is prone to kinking, the positioning means has a securing element for securing the kink-prone cable on the contact housing, characterized in that the positioning means is spatially arranged in relation to the alignment of the contact seat to provide an unguided region of the cable between the contact-side end and the laced section, wherein the positioning means has a guide element for aligning the position of the cable that is prone to kinking, wherein the securing element is arranged on the guide element, and at least sections of the guide element are arranged between the contact seat and the securing element.
An aerosol generating device, comprising: a housing having an open end, wherein the housing forms a cavity in communication with the open end for receiving an aerosol generating article; a rotatable capture element disposed in the cavity and operable to retain an aerosol generating article within the cavity, wherein the rotatable capture element is longitudinally movable within the cavity; and a heating element in communication with the cavity, wherein the heating element is operable to heat the aerosol generating article retained by the capture element within the cavity; and, wherein rotation of the capture element causes the aerosol generating article retained by the capture element to spirally move relative to the heating element. a housing having an open end, wherein the housing forms a cavity in communication with the open end for receiving an aerosol generating article; a rotatable capture element disposed in the cavity and operable to retain an aerosol generating article within the cavity, wherein the rotatable capture element is longitudinally movable within the cavity; and a heating element in communication with the cavity, wherein the heating element is operable to heat the aerosol generating article retained by the capture element within the cavity; and, wherein rotation of the capture element causes the aerosol generating article retained by the capture element to spirally move relative to the heating element.
A method for manufacturing an electrode for fuel cell, at least comprising: performing heat treatment of a support made of mesoporous carbon having a crystallite diameter Lc at 002 plane that is 1.5 nm or less, at 1,700°C or more and less than 2,300°C; supporting catalyst particles at least inside of the support subjected to the heat treatment; and applying ionomer to the support supporting the catalyst particles for coating. performing heat treatment of a support made of mesoporous carbon having a crystallite diameter Lc at 002 plane that is 1.5 nm or less, at 1,700°C or more and less than 2,300°C; supporting catalyst particles at least inside of the support subjected to the heat treatment; and applying ionomer to the support supporting the catalyst particles for coating.