mhurhangee/ep-ind-claims huggingface dataset:
Apparatus, comprising: a source of microscopic particles impelled by inert gas; a porous substrate which is to receive the microscopic particles; a primary cloud tower connected to the source, resting on the substrate to define the target area thereon for the particles, and having wall structure completely surrounding all volume between the substrate and the connection to the source; and a vacuum applied to a side of the substrate opposite to the side engaged by the primary cloud tower; characterized by: means including wall structure in addition to the wall structure of the primary cloud tower for changing the wall structure surrounding the volume and for changing the target area for the particles. a source of microscopic particles impelled by inert gas; a porous substrate which is to receive the microscopic particles; a primary cloud tower connected to the source, resting on the substrate to define the target area thereon for the particles, and having wall structure completely surrounding all volume between the substrate and the connection to the source; and a vacuum applied to a side of the substrate opposite to the side engaged by the primary cloud tower; characterized by: means including wall structure in addition to the wall structure of the primary cloud tower for changing the wall structure surrounding the volume and for changing the target area for the particles.
Device for pasteurizing a mass of foodstuff, such as a mass containing soya ingredients, a mass containing eggs, a mass containing fruits, for instance jam, a mass containing potatoes, or a mass containing meat, or the like, which device comprises: a feed for supplying the mass; heating means for heating the mass, comprising: a tube of an electrically and magnetically inert material connecting to the feed; a system of mutually co-acting electrodes which are added to the tube and which are connected to an RF power generator which generates energy at a frequency in the range of about 10-50 MHZ to the electrodes such that the mass present in the first tube can be heated during its first residence time in this first tube; and a discharge for discharging the mass, wherein the electrodes are disposed electrically insulated relative to the inner surface of the tube coming into direct contact with the mass of foodstuff, characterized in that the electrodes have rounded corners on their end zones facing toward the inner surface of the tube for the purpose of locally limiting the strength of the electric field generated by the electrodes. a feed for supplying the mass; heating means for heating the mass, comprising: a tube of an electrically and magnetically inert material connecting to the feed; a system of mutually co-acting electrodes which are added to the tube and which are connected to an RF power generator which generates energy at a frequency in the range of about 10-50 MHZ to the electrodes such that the mass present in the first tube can be heated during its first residence time in this first tube; and a tube of an electrically and magnetically inert material connecting to the feed; a system of mutually co-acting electrodes which are added to the tube and which are connected to an RF power generator which generates energy at a frequency in the range of about 10-50 MHZ to the electrodes such that the mass present in the first tube can be heated during its first residence time in this first tube; and a discharge for discharging the mass, wherein the electrodes are disposed electrically insulated relative to the inner surface of the tube coming into direct contact with the mass of foodstuff, characterized in that the electrodes have rounded corners on their end zones facing toward the inner surface of the tube for the purpose of locally limiting the strength of the electric field generated by the electrodes.
A side mold, comprising a side mold frame, a cooling cover plate, heat-insulating gaskets, an inlet pipe and an outlet pipe, wherein a cooling loop is processed in a back cavity of the side mold frame, characterized in that the cooling loop comprises a plurality of substantially parallel channels, and a distance between the adjacent channels along a solidification direction of a casting gradually increases; sealing grooves are formed at the periphery of the cooling loop and between the two adjacent channels, and the heat-insulating gaskets are mounted in the sealing grooves; the cooling cover plate is fixed in the back cavity and covers the cooling loop and the heat-insulating gaskets; and the inlet pipe and the outlet pipe communicate with the channels of the cooling loop. sealing grooves are formed at the periphery of the cooling loop and between the two adjacent channels, and the heat-insulating gaskets are mounted in the sealing grooves; the cooling cover plate is fixed in the back cavity and covers the cooling loop and the heat-insulating gaskets; and the inlet pipe and the outlet pipe communicate with the channels of the cooling loop.
A hermetic compressor comprising a casing supporting the members and oil lubricating the movable members is filled wherein, a motor having a rotor and a stator, a crankshaft that is snap-fittingly mounted to the core of the rotor in the direction of the rotation axis of the rotor, the lower end of which is immersed into the oil in the casing and wherein a gap opening into the body of the crankshaft in the axial direction starting from the lower end of the crankshaft is disposed, an oil sucking member in cylindrical form, disposed through the lower end of the crankshaft into the interior thereof and concentrically with the crankshaft, produced from plastic material, having a helical groove disposed at the outer circumference of the oil sucking member, more than one support arm produced from plastic material, one end of which is connected to the lower surface of the oil sucking member and the other end of which is connected to the stator by extending from the oil sucking member sideways in the radial direction, one or more than one supporting block to which the ends of the support arms extending to the stator are connected and onto which the planar lower surface of the stator is seated and one or more than one centering extension connected to the supporting block, bearing onto the circular lateral surface of the stator or onto the circular inner surface of the stator surrounding the rotor by extending upwards from the lower surface of the stator, characterized in that the stator is rectangular and is provided with rounded corners and the centering extensions are disposed on the supporting block and bear against the rounded portions of the lateral surface of the stator.
A left atrial appendage occluder comprising an elastic closure disc and an elastic fixing frame (111, 112) which is connected with and located on one side of the closure disc, the fixing frame comprising a central end portion connected with the closure disc and a plurality of interconnected and curved struts, wherein at least one anchor is disposed near an outer end of at least one strut and a tip end of said at least one anchor extends in the direction toward the closure disc, characterized in that the struts, when expanded, extend from the central end portion in umbrella-like manner about a central axis of the fixing frame such that the outer end sections of the struts bend back toward the closure disc to lie substantially parallel to the central axis.
Icaritin for use in treating cancer, wherein the composition is to be orally administered to a patient for at least one cycle, each cycle comprising a continuous 28-day dosing schedule, and wherein said icaritin is administered at least twice daily, at a total daily dosage of 800-1600 mg, said icaritin is orally administered to the patient after meal, and wherein said cancer is selected from breast and hepatocellular cancer.
Shut-off flap for a regulating device for regulating an air stream for a motor vehicle front-end module, comprising: - a panel for blocking the flow of air, - a pivot journal secured to the panel, characterized in that the pivot journal comprises a hollow so as to have an external surface and an internal surface, the internal surface having a connecting element designed to connect the panel and a drive member in rotation, characterized in that the connecting element comprises a plurality of sets of teeth. - a panel for blocking the flow of air, - a pivot journal secured to the panel, characterized in that the pivot journal comprises a hollow so as to have an external surface and an internal surface, the internal surface having a connecting element designed to connect the panel and a drive member in rotation, characterized in that the connecting element comprises a plurality of sets of teeth.
A textile sleeve (10; 10'; 10"; 110) for routing and protecting elongate members, comprising: an elongate, woven wall (14; 14'; 14") having a circumferentially continuous, tubular outer periphery bounding a central cavity extending along a central axis between opposite open ends (20, 22), said wall including warp yarns extending generally parallel to the central axis and fill yarns extending generally transversely to said warp yarns, at least some of said fill yarns include shrinkable yarn allowing said wall to be radially constricted from a diametrically enlarged first state to a diametrically constricted second state, and said wall has separate first and second portions each extending about separate portions of said outer periphery, characterised in that said first portion has a plurality of layers (28, 28') overlying and abutting one another along a common side of the central axis with one another and being attached to one another along a pair of interconnect regions (32, 34) that extend between said first and second portions and between said opposite ends (20, 22) and further including at least one stitch interconnecting via at least one fill yarn and/or at least one warp yarn common to the plurality of abutting layers (28, 28') said plurality of layers (28, 28') to one another between said interconnect regions (32, 34). an elongate, woven wall (14; 14'; 14") having a circumferentially continuous, tubular outer periphery bounding a central cavity extending along a central axis between opposite open ends (20, 22), said wall including warp yarns extending generally parallel to the central axis and fill yarns extending generally transversely to said warp yarns, at least some of said fill yarns include shrinkable yarn allowing said wall to be radially constricted from a diametrically enlarged first state to a diametrically constricted second state, and said wall has separate first and second portions each extending about separate portions of said outer periphery, characterised in that said first portion has a plurality of layers (28, 28') overlying and abutting one another along a common side of the central axis with one another and being attached to one another along a pair of interconnect regions (32, 34) that extend between said first and second portions and between said opposite ends (20, 22) and further including at least one stitch interconnecting via at least one fill yarn and/or at least one warp yarn common to the plurality of abutting layers (28, 28') said plurality of layers (28, 28') to one another between said interconnect regions (32, 34).
A method of determining an artifact (235, 336, 438) in a specimen which includes a settled blood portion and a serum and plasma portion after fractionation and is contained within a specimen container, comprising: providing a specimen that is separated and contained in a specimen container; capturing images of the specimen at multiple different exposures and at multiple different wavelengths; characterized by: selecting optimally-exposed pixels from the captured images at the different exposures at each wavelength to generate optimally-exposed image data for each wavelength; computing statistics on the optimally-exposed pixels at the different wavelengths to generate statistical data comprising calculating a covariance from a collection of corresponding pixels from each wavelength; identifying a serum or plasma portion of the specimen based on the statistical data; and classifying, based on the statistical data, whether an artifact (235, 336, 438) is: present within one or more regions of the serum or plasma portion, or absent within the serum or plasma portion. providing a specimen that is separated and contained in a specimen container; capturing images of the specimen at multiple different exposures and at multiple different wavelengths; characterized by: selecting optimally-exposed pixels from the captured images at the different exposures at each wavelength to generate optimally-exposed image data for each wavelength; computing statistics on the optimally-exposed pixels at the different wavelengths to generate statistical data comprising calculating a covariance from a collection of corresponding pixels from each wavelength; identifying a serum or plasma portion of the specimen based on the statistical data; and classifying, based on the statistical data, whether an artifact (235, 336, 438) is: present within one or more regions of the serum or plasma portion, or absent within the serum or plasma portion. selecting optimally-exposed pixels from the captured images at the different exposures at each wavelength to generate optimally-exposed image data for each wavelength; computing statistics on the optimally-exposed pixels at the different wavelengths to generate statistical data comprising calculating a covariance from a collection of corresponding pixels from each wavelength; identifying a serum or plasma portion of the specimen based on the statistical data; and classifying, based on the statistical data, whether an artifact (235, 336, 438) is: present within one or more regions of the serum or plasma portion, or absent within the serum or plasma portion. present within one or more regions of the serum or plasma portion, or absent within the serum or plasma portion.
A method for generating an accelerator program, comprising obtaining an accelerator program description that is based on a state machine, wherein the accelerator program description comprises multiple state machines configured to implement an application program, and the multiple state machines form a pipeline according to a data dependency in a directed acyclic graph, DAG corresponding to the application program, wherein, the multiple state machines form a pipeline according to a data dependency in a directed acyclic graph, comprises: separately creating state machines of multiple nodes in the DAG by using the accelerator instruction set, and establishing the pipeline between the state machines according to a time delay indicated by a side in the DAG; and performing state machine splicing on the state machines in the accelerator program description by using an accelerator compilation tool, to generate an accelerator program, wherein the performing state machine splicing on the state machines comprises: searching, under a timing constraint relationship between the different state machines, for program blocks that can be concurrently executed and that are among multiple state machines, and simultaneously executing the blocks that can be concurrently executed.
A computer-implemented method, in an automation server, for performing access control to a security network resource of a particular process identified as running on the automation server, the method comprising: obtaining process data associated with the particular process running on an automation server; generating a cryptographic signature associated with the process data, the cryptographic signature being generated using a first cryptographic key; and sending the process data and cryptographic signature to the security network resource; wherein the security network resource is configured to permit the particular process to operate according to a corresponding authorization control conditional on the security network resource validating the cryptographic signature using a second cryptographic key; and allowing the security network resource to verify on the automation server, based on the security network resource credentials, and in conjunction with the validating the cryptographic signature, that the particular process is running on the automation server. obtaining process data associated with the particular process running on an automation server; generating a cryptographic signature associated with the process data, the cryptographic signature being generated using a first cryptographic key; and sending the process data and cryptographic signature to the security network resource; wherein the security network resource is configured to permit the particular process to operate according to a corresponding authorization control conditional on the security network resource validating the cryptographic signature using a second cryptographic key; and allowing the security network resource to verify on the automation server, based on the security network resource credentials, and in conjunction with the validating the cryptographic signature, that the particular process is running on the automation server.
A method for recording a retransmission of a prior program by a receiving device, the method comprising: recording a program as a first recording; detecting a disruption in the program recorded as the first recording; storing an indication of the disruption of the program recorded as the first recording; recording a rebroadcast of the program as a second recording in response to the stored indication of the disruption of the first recording; determining a quality level associated with each of the first and second recordings; if the quality level of the first recording is higher than the quality level of the second recording, suggesting the first recording for viewing, otherwise suggesting the second recording for viewing; and outputting content of one of the first recording or the second recording, based at least in part on an input received from a user to either select between the first recording and the second recording, or indicate that a recording manager in the receiving device choose between the two recordings to output the best recording, when disruption is detected in both the first and second recordings. recording a program as a first recording; detecting a disruption in the program recorded as the first recording; storing an indication of the disruption of the program recorded as the first recording; recording a rebroadcast of the program as a second recording in response to the stored indication of the disruption of the first recording; determining a quality level associated with each of the first and second recordings; if the quality level of the first recording is higher than the quality level of the second recording, suggesting the first recording for viewing, otherwise suggesting the second recording for viewing; and outputting content of one of the first recording or the second recording, based at least in part on an input received from a user to either select between the first recording and the second recording, or indicate that a recording manager in the receiving device choose between the two recordings to output the best recording, when disruption is detected in both the first and second recordings.
An apparatus comprising: a catalog of molecular marker tests specifying molecular marker tests annotated with clinical applicability annotations; an electronic patient medical record storing an electronic medical history of a patient and genetic sequencing data comprising a whole genome sequence of the patient; a clinical decision support system configured to track the clinical context of the patient wherein the clinical context includes at least a disease diagnosis and a current patient care stage; a catalog search module configured to search the catalog of molecular marker tests to identify a molecular marker test having clinical applicability to the patient in the clinical context tracked by the CDS system wherein the search is automatically triggered by occurrence of a trigger event defined by a set of triggering rules; wherein the set of triggering rules includes rules triggering a search responsive to a change in patient condition and rules triggering a search responsive to a change in the content of the molecular catalog of markers; and a testing module configured to perform a molecular marker test, identified by the catalog search module, in silico using the genetic sequencing data of the patient stored in the electronic patient medical record; wherein the CDS system, the catalog search module, and the testing module are embodied by one or more electronic data processing devices. a catalog of molecular marker tests specifying molecular marker tests annotated with clinical applicability annotations; an electronic patient medical record storing an electronic medical history of a patient and genetic sequencing data comprising a whole genome sequence of the patient; a clinical decision support system configured to track the clinical context of the patient wherein the clinical context includes at least a disease diagnosis and a current patient care stage; a catalog search module configured to search the catalog of molecular marker tests to identify a molecular marker test having clinical applicability to the patient in the clinical context tracked by the CDS system wherein the search is automatically triggered by occurrence of a trigger event defined by a set of triggering rules; wherein the set of triggering rules includes rules triggering a search responsive to a change in patient condition and rules triggering a search responsive to a change in the content of the molecular catalog of markers; and a testing module configured to perform a molecular marker test, identified by the catalog search module, in silico using the genetic sequencing data of the patient stored in the electronic patient medical record; wherein the CDS system, the catalog search module, and the testing module are embodied by one or more electronic data processing devices.
A method of assisted takeoff of an aerial vehicle (100,300,400,500), said method comprising: increasing output to an actuator of the aerial vehicle under a first control scheme, wherein the actuator is configured to rotate at least one rotor blade, wherein rotation of the at least one rotor blade is configured to provide lift for the aerial vehicle, and wherein the output to the actuator results in increase of an altitude of the aerial vehicle; determining, with aid of a processor, whether the aerial vehicle has met a takeoff threshold indicative of when the aerial vehicle has taken off, based on the output to the actuator, or the output measured from the actuator; and controlling the output to the actuator using a second control scheme when the aerial vehicle has met the takeoff threshold. increasing output to an actuator of the aerial vehicle under a first control scheme, wherein the actuator is configured to rotate at least one rotor blade, wherein rotation of the at least one rotor blade is configured to provide lift for the aerial vehicle, and wherein the output to the actuator results in increase of an altitude of the aerial vehicle; determining, with aid of a processor, whether the aerial vehicle has met a takeoff threshold indicative of when the aerial vehicle has taken off, based on the output to the actuator, or the output measured from the actuator; and controlling the output to the actuator using a second control scheme when the aerial vehicle has met the takeoff threshold.