mhurhangee/ep-ind-claims huggingface dataset:
A method of diagnosing a patient with CD55 deficiency, hyperactivation of complement, angiopathic thrombosis and protein losing enteropathy (CHAPLE), the method comprising: detecting, in a sample obtained from a patient having at least two CHAPLE-related symptoms selected from the group consisting of inflammatory bowel disease, protein losing enteropathy associated with hypoalbuminemia, hypogammagloblinemia, intestinal lymphangiectasia, and thrombic events, at least one of: at least one mutation in a DNA sequence of a CD55 gene; at least one mutation in a RNA sequence of a CD55 transcript; at least one mutation in a DNA sequence of a CD55 complementary DNA (cDNA); or combinations thereof; and diagnosing the patient with CHAPLE, wherein the patient is diagnosed with CHAPLE when the mutation in the CD55 gene, transcript or cDNA results in the absence of CD55 protein expression or in the expression of CD55 protein that is non-functional. detecting, in a sample obtained from a patient having at least two CHAPLE-related symptoms selected from the group consisting of inflammatory bowel disease, protein losing enteropathy associated with hypoalbuminemia, hypogammagloblinemia, intestinal lymphangiectasia, and thrombic events, at least one of: at least one mutation in a DNA sequence of a CD55 gene; at least one mutation in a RNA sequence of a CD55 transcript; at least one mutation in a DNA sequence of a CD55 complementary DNA (cDNA); or combinations thereof; and at least one mutation in a DNA sequence of a CD55 gene; at least one mutation in a RNA sequence of a CD55 transcript; at least one mutation in a DNA sequence of a CD55 complementary DNA (cDNA); or combinations thereof; and diagnosing the patient with CHAPLE, wherein the patient is diagnosed with CHAPLE when the mutation in the CD55 gene, transcript or cDNA results in the absence of CD55 protein expression or in the expression of CD55 protein that is non-functional.
A guide display device of a crane, comprising: a data processing section configured to calculate a representative point for each grid cell by using point group data acquired with a laser scanner by scanning a lifting cargo, a ground surface and a ground object from above the lifting cargo and create a three-dimensional map based on the representative point, characterized in that the data processing section creates the three-dimensional map in a unit of successive frames, wherein the data processing section acquires an altitude value of each grid cell as a first altitude value for the three-dimensional map created at a time closest to a current time, wherein the data processing section acquires an altitude value of each grid cell for a predetermined number of other three-dimensional maps (M·M·M···) excluding the three-dimensional map created at the time closest to the current time, and calculates an average of the altitude value as a second altitude value, and wherein the data processing section determines that the ground object is a moving object when a difference between the first altitude value and the second altitude value exceeds a predetermined threshold value. characterized in that the data processing section creates the three-dimensional map in a unit of successive frames, wherein the data processing section acquires an altitude value of each grid cell as a first altitude value for the three-dimensional map created at a time closest to a current time, wherein the data processing section acquires an altitude value of each grid cell for a predetermined number of other three-dimensional maps (M·M·M···) excluding the three-dimensional map created at the time closest to the current time, and calculates an average of the altitude value as a second altitude value, and wherein the data processing section determines that the ground object is a moving object when a difference between the first altitude value and the second altitude value exceeds a predetermined threshold value.
An image forming apparatus comprising: a communicator to: request an external server (300, 300-1, 300-2, 300-3) for context information, when connection conditions for a connection from the image forming apparatus to the external server (300, 300-1, 300-2, 300-3) are met, and receive the context information from the external server (300, 300-1, 300-2, 300-3); a memory to store computer-executable instructions; and a controller to: predict a context pattern by using a plurality of pieces of context information received from the external server (300, 300-1, 300-2, 300-3) based on the extent of variation of data represented by the context information across the plurality of pieces of context information or the extent that data represented by the context information is repeated across the plurality of pieces of context information, determine, based on the predicted context pattern, whether to modify system environment setting information of the image forming apparatus, and modify a setting value of the system environment setting information based on a result of the determination. a communicator to: request an external server (300, 300-1, 300-2, 300-3) for context information, when connection conditions for a connection from the image forming apparatus to the external server (300, 300-1, 300-2, 300-3) are met, and receive the context information from the external server (300, 300-1, 300-2, 300-3); request an external server (300, 300-1, 300-2, 300-3) for context information, when connection conditions for a connection from the image forming apparatus to the external server (300, 300-1, 300-2, 300-3) are met, and receive the context information from the external server (300, 300-1, 300-2, 300-3); a memory to store computer-executable instructions; and a controller to: predict a context pattern by using a plurality of pieces of context information received from the external server (300, 300-1, 300-2, 300-3) based on the extent of variation of data represented by the context information across the plurality of pieces of context information or the extent that data represented by the context information is repeated across the plurality of pieces of context information, determine, based on the predicted context pattern, whether to modify system environment setting information of the image forming apparatus, and modify a setting value of the system environment setting information based on a result of the determination. predict a context pattern by using a plurality of pieces of context information received from the external server (300, 300-1, 300-2, 300-3) based on the extent of variation of data represented by the context information across the plurality of pieces of context information or the extent that data represented by the context information is repeated across the plurality of pieces of context information, determine, based on the predicted context pattern, whether to modify system environment setting information of the image forming apparatus, and modify a setting value of the system environment setting information based on a result of the determination.
A high-tensile strength welded steel tube, having excellent low-temperature toughness, formability, and torsional fatigue endurance after being stress-relief annealed, for structural parts of automobiles, the tube having a composition consisting of 0.03% to 0.24% C, 0.002% to 0.95% Si, 1.01% to 1.99% Mn, and 0.01% to 0.08% Al, which further contains 0.041% to 0.150% Ti and 0.017% to 0.150% Nb such that the sum of the content of Ti and that of Nb is 0.08% or more, and which further contains 0.019% or less P, 0.020% or less S, 0.010% or less N, and 0.005% or less O on a mass basis, optionally further one or more selected from the group consisting of 0.001% to 0.150% V, 0.001% to 0.150% W, 0.001% to 0.45% Cr, 0.001% to 0.24% Mo, 0.0001% to 0.0009% B, 0.001% to 0.45% Cu, and 0.001% to 0.45% Ni and/or 0.0001% to 0.005% Ca on a mass basis, the remainder being Fe and unavoidable impurities, P, S, N, and O being impurities; a microstructure containing a ferrite phase and a second phase other than the ferrite phase; and a yield strength of greater than 660 MPa, wherein the ferrite phase has an average grain size of 2 μm to 8 μm in circumferential cross section and a microstructure fraction of 60 volume percent or more and contains a precipitate of a (Nb, Ti) composite carbide having an average grain size of 2 to 40 nm.
A suction system comprising a suction unit, a plurality of suction points (10, 10') fluidically connected to the suction unit, with in each case one throttle valve at each suction point (10, 10') and with a means for manually adjusting the throttle valve, characterized by a sensor for detecting a position of the throttle valve and by a signaling connection device of the sensor to the suction unit.
Autonomously moveable robot for a household, wherein the robot comprises the following: - a sensor for scanning the household in the environment of the robot; - a processing facility for determining an occupancy grid based on the scan; - wherein the occupancy grid comprises a plurality of cells, - wherein a cell represents a section of the household, - wherein the logit of an occupancy by an object is indicated for the cell; - wherein the logit refers to the natural logarithm of a possibility that the cell is occupied by an object; - wherein the possibility comprises a probability of an occupancy, divided by a probability of a non-occupancy of the cell; - wherein the processing facility is configured to control a movement of the robot in the household such that a section is not entered whose associated cell has a logit that exceeds a predetermined threshold value, characterised by a communication facility for receiving another occupancy grid of another robot in the household; wherein the processing facility is configured to integrate the other occupancy grid into the existing grid, in that the logit values of the cells which correspond to one another are added together in each case, wherein a result of the addition is stored in the corresponding cell in the occupancy grid. - a sensor for scanning the household in the environment of the robot; - a processing facility for determining an occupancy grid based on the scan; - wherein the occupancy grid comprises a plurality of cells, - wherein a cell represents a section of the household, - wherein the logit of an occupancy by an object is indicated for the cell; - wherein the logit refers to the natural logarithm of a possibility that the cell is occupied by an object; - wherein the possibility comprises a probability of an occupancy, divided by a probability of a non-occupancy of the cell; - wherein the processing facility is configured to control a movement of the robot in the household such that a section is not entered whose associated cell has a logit that exceeds a predetermined threshold value, characterised by a communication facility for receiving another occupancy grid of another robot in the household; wherein the processing facility is configured to integrate the other occupancy grid into the existing grid, in that the logit values of the cells which correspond to one another are added together in each case, wherein a result of the addition is stored in the corresponding cell in the occupancy grid.
Planar transmitter having a vertical extent and a horizontal extent having a layer structure with a plurality of conductive layers (5a, 5b, 5c, 5d) and a plurality of electrical circuits (1, 2, 3), wherein a first electrical circuit and a second electrical circuit are galvanically isolated from one another, wherein the first electrical circuit is a primary winding of the transmitter and the second electrical circuit is a secondary winding of the transmitter, at least one magnetic core, which at least partially surrounds the layer structure and acts at least on the first electrical circuit and on the second electrical circuit, wherein the first electrical circuit and the second electrical circuit lie substantially in one horizontal plane side by side and form one layer of the layer structure, characterized in that at least the first electrical circuit or the second electrical circuit is subdivided into a plurality of electrical circuits (1, 1a, 2, 2a) which are galvanically isolated from one another. wherein the galvanically isolated electrical circuits (1, 1a, 2, 2a) of the first electrical circuit or of the second electrical circuit are arranged above one another in a vertical direction in different layers of the layer structure.
A method for selectively isolating a glycan from a sample, the method comprising the steps of: a) reacting a sample comprising a sialylated glycan with a labeling reagent to produce a labeled glycan sample; b) loading the labeled glycan sample onto a chromatographic separation device comprising a chromatographic material comprising a chromatographic surface, wherein the chromatographic surface comprises a hydrophobic surface group and an ionizable modifier, wherein the ionizable modifier contains an amino group, and wherein the chromatographic material is a stationary phase prepared with a diethylaminopropyl (DEAP) ionizable modifier; c) passing a solvent phase comprising an organic solvent and a buffer solvent through the chromatographic separation device using simultaneous gradients to separate the labeled glycan from the sample through interaction with the charged chromatographic surface of the chromatographic material; and d) eluting the adsorbed labeled glycan from the chromatographic material, thereby selectively isolating the labeled glycan from the sample. a) reacting a sample comprising a sialylated glycan with a labeling reagent to produce a labeled glycan sample; b) loading the labeled glycan sample onto a chromatographic separation device comprising a chromatographic material comprising a chromatographic surface, wherein the chromatographic surface comprises a hydrophobic surface group and an ionizable modifier, wherein the ionizable modifier contains an amino group, and wherein the chromatographic material is a stationary phase prepared with a diethylaminopropyl (DEAP) ionizable modifier; c) passing a solvent phase comprising an organic solvent and a buffer solvent through the chromatographic separation device using simultaneous gradients to separate the labeled glycan from the sample through interaction with the charged chromatographic surface of the chromatographic material; and d) eluting the adsorbed labeled glycan from the chromatographic material, thereby selectively isolating the labeled glycan from the sample.
A system for call queuing and pre-occupying outbound calling, the system comprising: an application server, which is used for acquiring and normalizing user presence information, and initiating a request for applying for queuing to a computer-telephony integration server, CTI, after receiving a call initiated to a call center from a user terminal; and a CTI connected with the application server, which is used for, when a user selects manual agents, performing queuing processing on the call based on the user presence information and selecting a suitable agent for the call, the system being characterized in that the normalizing user presence information refers to that the application server performs classification processing on the user presence information according to predefined categories, and converts the user presence information into an identifier identifiable by the CTI, where the user presence information comprises terminal capability information, location information, user state information, and personal preference information. an application server, which is used for acquiring and normalizing user presence information, and initiating a request for applying for queuing to a computer-telephony integration server, CTI, after receiving a call initiated to a call center from a user terminal; and a CTI connected with the application server, which is used for, when a user selects manual agents, performing queuing processing on the call based on the user presence information and selecting a suitable agent for the call, the system being characterized in that the normalizing user presence information refers to that the application server performs classification processing on the user presence information according to predefined categories, and converts the user presence information into an identifier identifiable by the CTI, where the user presence information comprises terminal capability information, location information, user state information, and personal preference information.
A system comprising: an interface operable to receive a Wireless Application Protocol, WAP, text message from a sending entity that supports 3 rd Generation Partnership Project, 3GPP, standards, wherein the WAP text message is in a 3GPP format; and a controller operable to determine that a receiving entity for the WAP text message supports 3 rd Generation Partnership Project 2, 3GPP2, standards, and to convert the WAP text message from the 3GPP format to a 3GPP2 format; wherein the controller is further operable to parse the WAP text message in 3GPP format to identify User Data Header, UDH, parameters, and to map the UDH parameters to User Data parameters of the 3GPP2 Teleservice Layer to convert the WAP text message from the 3GPP format to a 3GPP2 format; the interface is further operable to transmit the WAP text message in the 3GPP2 format to the receiving entity. an interface operable to receive a Wireless Application Protocol, WAP, text message from a sending entity that supports 3 rd Generation Partnership Project, 3GPP, standards, wherein the WAP text message is in a 3GPP format; and a controller operable to determine that a receiving entity for the WAP text message supports 3 rd Generation Partnership Project 2, 3GPP2, standards, and to convert the WAP text message from the 3GPP format to a 3GPP2 format; wherein the controller is further operable to parse the WAP text message in 3GPP format to identify User Data Header, UDH, parameters, and to map the UDH parameters to User Data parameters of the 3GPP2 Teleservice Layer to convert the WAP text message from the 3GPP format to a 3GPP2 format; the interface is further operable to transmit the WAP text message in the 3GPP2 format to the receiving entity.
A method for joining hemmed flanges of exterior component parts of car bodies in a material lock, wherein: a) a joining electrode is pressed in an acting direction against a hemming flange of the first component part with a joining pressure (P 3); b) an earth electrode is pressed in the same acting direction against a second component part, a component part edge of which protrudes into a hem slot formed by the first component part by means of the hemming flange; c) the component parts (3, 4) are locally joined thermally in a material lock in the region of contact with the joining electrode; d) the joining electrode is moved into contact with the hemming flange and pressed against the hemming flange with a first contact pressure (P 1); e) and the earth electrode is moved into contact with the second component part and pressed against the second component part with a second contact pressure (P 2); characterised in that f) the component parts (3, 4) are in full-faced contact in the region of the hemming flange while they are being joined in a material lock, g) the contact pressure (P 1) with which the joining electrode presses against the first component part is increased to the joining pressure (P 3), while the earth electrode continues to press against the second component part, h) and the component parts (3, 4) are joined in a material lock at the joining pressure (P 3) by energy introduced by means of the electrodes (1, 2). a) a joining electrode is pressed in an acting direction against a hemming flange of the first component part with a joining pressure (P 3); b) an earth electrode is pressed in the same acting direction against a second component part, a component part edge of which protrudes into a hem slot formed by the first component part by means of the hemming flange; c) the component parts (3, 4) are locally joined thermally in a material lock in the region of contact with the joining electrode; d) the joining electrode is moved into contact with the hemming flange and pressed against the hemming flange with a first contact pressure (P 1); e) and the earth electrode is moved into contact with the second component part and pressed against the second component part with a second contact pressure (P 2); characterised in that f) the component parts (3, 4) are in full-faced contact in the region of the hemming flange while they are being joined in a material lock, g) the contact pressure (P 1) with which the joining electrode presses against the first component part is increased to the joining pressure (P 3), while the earth electrode continues to press against the second component part, h) and the component parts (3, 4) are joined in a material lock at the joining pressure (P 3) by energy introduced by means of the electrodes (1, 2).
A combination comprising a bacterial cell and a tumor penetrating agent for use in a method of treating cancer in a subject, the method comprising administering to the subject a combined effective amount of the bacterial cell and a tumor penetrating agent, wherein (i) administration treats the cancer in the subject, and (ii) the tumor penetrating agent is a hyaluronidase polypeptide.
A method for reporting a congestion state in Multimedia Broadcast Multicast Service, MBMS, bearer-based group communication, the method comprises: upon reception of user plane and/or control plane congestion or overload indication information reported by a network node that transfers a Group Communication Service, GCS, based on an MBMS bearer, determining, by a Group Communication Service Application Server, GCS AS, affected target user equipment, UE, and affected GCS, and performing a strategy to reduce impact of congestion or overload on reception of the GCS by the target UE; the strategy comprises: when the congestion occurs, establishing a unicast bearer for the target UE, and sending the GCS via the unicast bearer; and when the overload occurs, queuing GCSs to be sent and sending the queued GCSs after the overload ends, or making a GCS of high priority pre-empt a resource of a current GCS to ensure sending of the GCS of high priority. upon reception of user plane and/or control plane congestion or overload indication information reported by a network node that transfers a Group Communication Service, GCS, based on an MBMS bearer, determining, by a Group Communication Service Application Server, GCS AS, affected target user equipment, UE, and affected GCS, and performing a strategy to reduce impact of congestion or overload on reception of the GCS by the target UE; the strategy comprises: when the congestion occurs, establishing a unicast bearer for the target UE, and sending the GCS via the unicast bearer; and when the overload occurs, queuing GCSs to be sent and sending the queued GCSs after the overload ends, or making a GCS of high priority pre-empt a resource of a current GCS to ensure sending of the GCS of high priority.