mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting attacks on at least one virtual machine in a system comprising at least one host server accommodating a set of virtual machines (VM1, VM2, VM3,...), the method comprising the steps of: - reception of an alert that is representative of a deterioration of performance on a virtual machine, - verification that a resource contention management mechanism has been implemented for the virtual machine by the host server, - when a contention management mechanism has been implemented, detection, over a given time interval, of at least one correlation between the deterioration of performance that has occurred on the virtual machine and a variation in use, by at least one other virtual machine, of at least one resource of the host server, said variation in use of the resource being obtained by comparing, over a time window, a consumption history for the resource of the at least one other virtual machine with information contained in the alert, data that are representative of the use of the resources being collected at regular intervals on the host server, the at least one other machine being at the origin of the triggering of the contention management mechanism, - analysis to confirm an attack behaviour. - reception of an alert that is representative of a deterioration of performance on a virtual machine, - verification that a resource contention management mechanism has been implemented for the virtual machine by the host server, - when a contention management mechanism has been implemented, detection, over a given time interval, of at least one correlation between the deterioration of performance that has occurred on the virtual machine and a variation in use, by at least one other virtual machine, of at least one resource of the host server, said variation in use of the resource being obtained by comparing, over a time window, a consumption history for the resource of the at least one other virtual machine with information contained in the alert, data that are representative of the use of the resources being collected at regular intervals on the host server, the at least one other machine being at the origin of the triggering of the contention management mechanism, - analysis to confirm an attack behaviour.
A pickling agent for removing insoluble calcium salts or for degreasing tools and equipment comprising a weak organic acid of a molar mass of less than 80 g·mol -1 which is glycolic acid, characterised in that the pickling agent comprises urea, in that the molar proportion of urea relative to glycolic acid is between 1:2 and 1:6, and in that the pickling agent takes the form of an aqueous solution, 100 g of which comprise at least 50 g glycolic acid (namely 0.625 mol) and 10 g urea (namely 0.167 mol).
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving power headroom report, PHR, configuration information; triggering a PHR based on the received PHR configuration information; transmitting a PHR media access control, MAC, control element, CE, for the triggered PHR based on (i) at least one triggered PHR not having been cancelled, and (ii) allocated uplink, UL, resources being able to accommodate the PHR MAC CE plus its subheader; and based on a determination to transmit the PHR MAC CE for the triggered PHR, canceling all triggered PHRs. receiving power headroom report, PHR, configuration information; triggering a PHR based on the received PHR configuration information; transmitting a PHR media access control, MAC, control element, CE, for the triggered PHR based on (i) at least one triggered PHR not having been cancelled, and (ii) allocated uplink, UL, resources being able to accommodate the PHR MAC CE plus its subheader; and based on a determination to transmit the PHR MAC CE for the triggered PHR, canceling all triggered PHRs.
An ultrasound diagnostic apparatus that displays a blood vessel of a subject on an ultrasound image, the ultrasound diagnostic apparatus comprising: a transducer array; a transmission and reception circuit configured to cause the transducer array to transmit an ultrasound beam toward the subject, and to process a reception signal output from the transducer array that has received an ultrasound echo from the subject to generate a sound ray signal; an image generation unit configured to generate the ultrasound image on the basis of the sound ray signal generated by the transmission and reception circuit; a display device arranged to display the ultrasound image generated by the image generation unit; a blood vessel extraction unit configured to extract a blood vessel region by analyzing the ultrasound image generated by the image generation unit; a highlight region setting unit configured to set at least one highlight region extending in a depth direction of the ultrasound image; and a highlighting unit configured to highlight the blood vessel region which is extracted by the blood vessel extraction unit and overlaps the at least one highlight region set by the highlight region setting unit, on the display device; and characterized in that in a case where a plurality of the blood vessel regions each overlapping the highlight region are extracted by the blood vessel extraction unit, the highlighting unit performs highlighting such that the plurality of blood vessel regions extracted by the blood vessel extraction unit have different colors or brightness from each other according to a depth or size of the blood vessel regions. a transducer array; a transmission and reception circuit configured to cause the transducer array to transmit an ultrasound beam toward the subject, and to process a reception signal output from the transducer array that has received an ultrasound echo from the subject to generate a sound ray signal; an image generation unit configured to generate the ultrasound image on the basis of the sound ray signal generated by the transmission and reception circuit; a display device arranged to display the ultrasound image generated by the image generation unit; a blood vessel extraction unit configured to extract a blood vessel region by analyzing the ultrasound image generated by the image generation unit; a highlight region setting unit configured to set at least one highlight region extending in a depth direction of the ultrasound image; and a highlighting unit configured to highlight the blood vessel region which is extracted by the blood vessel extraction unit and overlaps the at least one highlight region set by the highlight region setting unit, on the display device; and characterized in that in a case where a plurality of the blood vessel regions each overlapping the highlight region are extracted by the blood vessel extraction unit, the highlighting unit performs highlighting such that the plurality of blood vessel regions extracted by the blood vessel extraction unit have different colors or brightness from each other according to a depth or size of the blood vessel regions.
A core engine article, comprising: a combustor liner defining a combustion chamber therein, and a turbine nozzle, the turbine nozzle including a plurality of airfoils, wherein the combustor liner and turbine nozzle are integral with one another and are additively manufactured; characterized in that the combustor liner includes a plurality of fuel injector ports, the plurality of fuel injector ports having a shape that tapers to a corner on a forward side of the fuel injector ports. a combustor liner defining a combustion chamber therein, and a turbine nozzle, the turbine nozzle including a plurality of airfoils, wherein the combustor liner and turbine nozzle are integral with one another and are additively manufactured; characterized in that the combustor liner includes a plurality of fuel injector ports, the plurality of fuel injector ports having a shape that tapers to a corner on a forward side of the fuel injector ports.
Apparatus for gathering cut flowers, comprising - a first conveyor devised for supplying cut flowers with an average first velocity (V 1) and with a first spacing between successive cut flowers; characterized by - a second conveyor devised for receiving the cut flowers from the first conveyor and devised for conveying said cut flowers with an average second velocity (V 2) smaller than the average first velocity (V 1) of the first conveyor for positioning successive cut flowers at a second spacing smaller than the first spacing; - a third conveyor devised for receiving the cut flowers from the second conveyor and devised for conveying said cut flowers with an average third velocity (V 3) smaller than the average second velocity (V 2) of the second conveyor for positioning successive cut flowers in a bundle; wherein the first, second and third conveyors (4;5;6) are devised for conveying the cut flowers in a vertical position with the stem facing upwards. - a first conveyor devised for supplying cut flowers with an average first velocity (V 1) and with a first spacing between successive cut flowers; characterized by - a second conveyor devised for receiving the cut flowers from the first conveyor and devised for conveying said cut flowers with an average second velocity (V 2) smaller than the average first velocity (V 1) of the first conveyor for positioning successive cut flowers at a second spacing smaller than the first spacing; - a third conveyor devised for receiving the cut flowers from the second conveyor and devised for conveying said cut flowers with an average third velocity (V 3) smaller than the average second velocity (V 2) of the second conveyor for positioning successive cut flowers in a bundle;
A pneumatic launching device for launching a projectile requiring to be armed by firing pulse, the device comprising at least one launching tube for receiving the projectile and a compressor for supplying a primary tank with pressurized gas, the primary tank supplying in turn with pressurized gas, and via a first valve, a secondary tank which is connected to the tube via a rapid expansion means, the launching device being configured to supply the secondary tank at a fixed pressure, the secondary tank further comprising an opening having substantially the same diameter as the launching tube, the launching tube being directly positioned facing the opening, characterized in that the tank is provided with means (6a, 6b, 6c) allowing to change its inner volume before the pressurization so as to obtain the desired range for the projectile, the rapid expansion means comprises a plug for closing the tube, which can be made integral with the rear part of the projectile and which can be connected to the tube by a release locking means.
A method for permitting the roaming of applications across devices executed by a remote resource server, the method comprising the steps of: Parsing, using a destination list parser, a destination list associated with a resource to generate a platform agnostic destination list by reading destination list information per application into a pre-determined protocol format; storing device agnostic preference information, applicable to a desktop, laptop, tablet or phone, at a remote resource server; receiving a request for the preference information from a virtual machine receiver executing on a client device, wherein the request comprises a destination list request based on the resource; sending the preference information to the virtual machine receiver in a device-agnostic format, applicable to a desktop, laptop, tablet or phone, wherein the preference information comprises platform agnostic destination list information for presentation of the destination list information in a user interface format of the client device; receiving from the client device, modified preference information based on user input received at the client device, wherein the modified preference information comprises modified destination list information; and updating the device agnostic preference information, applicable to a desktop, laptop, tablet or phone, at the remote resource server, based on the received modified preference information. Parsing, using a destination list parser, a destination list associated with a resource to generate a platform agnostic destination list by reading destination list information per application into a pre-determined protocol format; storing device agnostic preference information, applicable to a desktop, laptop, tablet or phone, at a remote resource server; receiving a request for the preference information from a virtual machine receiver executing on a client device, wherein the request comprises a destination list request based on the resource; sending the preference information to the virtual machine receiver in a device-agnostic format, applicable to a desktop, laptop, tablet or phone, wherein the preference information comprises platform agnostic destination list information for presentation of the destination list information in a user interface format of the client device; receiving from the client device, modified preference information based on user input received at the client device, wherein the modified preference information comprises modified destination list information; and updating the device agnostic preference information, applicable to a desktop, laptop, tablet or phone, at the remote resource server, based on the received modified preference information.
A deployment structure, comprising: two antenna panels (1a, 1b); a system for feeding high-frequency waves from one to another of the two antenna panels, via a plurality of waveguides, the system comprising: a first waveguide fixed to a first of the two antenna panels of the deployment structure and having a choke flange, wherein a shape of a choke groove of the choke flange is formed of a non-circular curved line; and a second waveguide fixed to a second of the two antenna panels of the deployment structure and having a cover flange, wherein when the deployment structure is in a deployed state, the choke flange and the cover flange are configured to face each other with a gap in between so that the high-frequency waves are configured to be fed via the first and second waveguides from one to another of the two antenna panels of the deployment structure, wherein the deployment structure is configured such that an off-set is allowed between the first waveguide and the second waveguide in a cross-sectional direction (x, y) so that the first waveguide and the second waveguide may not directly face each other. two antenna panels (1a, 1b); a system for feeding high-frequency waves from one to another of the two antenna panels, via a plurality of waveguides, the system comprising: a first waveguide fixed to a first of the two antenna panels of the deployment structure and having a choke flange, wherein a shape of a choke groove of the choke flange is formed of a non-circular curved line; and a second waveguide fixed to a second of the two antenna panels of the deployment structure and having a cover flange, wherein when the deployment structure is in a deployed state, the choke flange and the cover flange are configured to face each other with a gap in between so that the high-frequency waves are configured to be fed via the first and second waveguides from one to another of the two antenna panels of the deployment structure, wherein the deployment structure is configured such that an off-set is allowed between the first waveguide and the second waveguide in a cross-sectional direction (x, y) so that the first waveguide and the second waveguide may not directly face each other. a first waveguide fixed to a first of the two antenna panels of the deployment structure and having a choke flange, wherein a shape of a choke groove of the choke flange is formed of a non-circular curved line; and a second waveguide fixed to a second of the two antenna panels of the deployment structure and having a cover flange, wherein when the deployment structure is in a deployed state, the choke flange and the cover flange are configured to face each other with a gap in between so that the high-frequency waves are configured to be fed via the first and second waveguides from one to another of the two antenna panels of the deployment structure, wherein the deployment structure is configured such that an off-set is allowed between the first waveguide and the second waveguide in a cross-sectional direction (x, y) so that the first waveguide and the second waveguide may not directly face each other.
Engine with an automatic cleaning system with rotating flexible centreless spiral auger fixed mounted in a drain piping system draining from piston rod stuffing boxes of the engine, the drain piping system draining from the scavenge air space and piston underside space of the engine, and the drain piping system draining from scavenge air receiver of the engine, characterized in that the auger is fixedly mounted in the drain piping system such that the main transport through the drain piping system is the free flow of liquid which flows in a hollow part of the auger and in the space between the auger and the inner diameter of the drain piping system.
A medical device, comprising: a vascular access device including a body having a neck portion and a lower portion that defines a cavity, the neck portion having a smaller cross-sectional area than the lower portion, wherein the neck portion includes a convex inner surface; a septum housed partially within the neck portion; wherein the septum includes a barrier between the neck portion and the cavity, wherein the barrier includes a channel; wherein the neck portion is secured to the body; and wherein the neck portion and septum form a substantially non-gaseous cross section, wherein the neck portion forms a convex section of the body; a liquid housed between the convex surface of the neck portion and the two opposing slit surfaces of the septum; and a concave inner surface of the body; characterized in that the septum includes a slit and two opposing slit surfaces; the barrier includes at least one channel being capable of shuttling the liquid from between the convex surface of the neck and the two opposing slit surfaces of the septum and communicate freely with a fluid in the cavity by being shuttled through the at least one channel, thus to improve proper septum functionality during attachment and/or access of the vascular access device by other medical devices. a vascular access device including a body having a neck portion and a lower portion that defines a cavity, the neck portion having a smaller cross-sectional area than the lower portion, wherein the neck portion includes a convex inner surface; a septum housed partially within the neck portion; wherein the septum includes a barrier between the neck portion and the cavity, wherein the barrier includes a channel; wherein the neck portion is secured to the body; and wherein the neck portion and septum form a substantially non-gaseous cross section, wherein the neck portion forms a convex section of the body; a liquid housed between the convex surface of the neck portion and the two opposing slit surfaces of the septum; and a concave inner surface of the body; characterized in that the septum includes a slit and two opposing slit surfaces; the barrier includes at least one channel being capable of shuttling the liquid from between the convex surface of the neck and the two opposing slit surfaces of the septum and communicate freely with a fluid in the cavity by being shuttled through the at least one channel, thus to improve proper septum functionality during attachment and/or access of the vascular access device by other medical devices.
User entity for communicating with a radio resource base station, on which a client or server is operative, wherein the user entity is configured to survey a data traffic to/from the client or server so as to derive a media presentation description describing versions of differing bandwidths of a media content, and forward, at least partially, the media presentation description to a radio resource manager responsible for assigning the communication resources of the radio resource base station to user entities to which the user entity belongs.
A process of producing a honey concentrate, comprising a preparatory stage with an addition of distilled water and homogenate heating, performing hydrolysis while stirring continuously and assessing a quality of a hydrolyzate thus produced, characterized in that honey is exposed to an addition of 80% of purified water as compared to a total volume of water to be added, a temperature is raised up to 35 - 40°C, and a pH value of the homogenate is adjusted up to 6.0, then the temperature is further raised under intensive stirring and pH = 6.0 to make 45°C, a pH value is adjusted every 10 minutes for a period of 50 - 60 minutes in order to achieve a stabilized pH value within a range of 4.5 - 5.0, then a resultant hydrolyzate is cooled down to room temperature, exposed to stirring, subjected to an addition of ethanol used as a stabilizer in an amount of 2% of a total volume of the resultant hydrolyzate, the remaining water is subsequently added, the resultant hydrolyzate is stirred again, settled for 60 minutes to produce a honey concentrate which is subsequently filtered, poured into containers and autoclaved at 110°C.
System for transferring thermal energy from an auxiliary liquid serving as thermal energy donor to a colder liquid to be heated serving as thermal energy receiver with the aid of a heating unit for storing and delivering hot auxiliary liquid, an auxiliary liquid flow pipe through which auxiliary liquid can be supplied from the heating unit to a heat exchanger station (11.1 to 11.5), wherein the heat exchanger station has at least one heat transfer device with one side receiving heat from the auxiliary liquid and one side giving off heat to the liquid to be heated; characterised in that a thermo diverter is provided which is arranged between the auxiliary liquid flow pipe and the heat transfer device and by means of which cold auxiliary liquid can be diverted from the auxiliary liquid flow pipe and hot auxiliary liquid from the auxiliary liquid flow pipe can be supplied to the heat transfer device and/or a thermal energy supply (5, 16) to receive a quantity of thermal energy stored in the auxiliary liquid; wherein the thermal energy supply (5, 16a) is arranged and set up in or by or at least so close to the heat transfer device that the heat transfer device can be supplied with auxiliary liquid from the thermal energy supply faster than by means of the heating unit and the auxiliary liquid flow pipe and can be supplied from the thermal energy supply (5, 16a) at least until hot auxiliary liquid can be supplied to the heat transfer device through the auxiliary liquid flow pipe and the thermo diverter from the heating unit.
A method of determining the likelihood of overall survival and/or progression-free survival of a subject having multiple myeloma, comprising: quantifying the gene expression levels of enolase 1, fatty acid binding protein 5 (FABP5), thyroid hormone receptor interactor 13 (TRIP 13), transgelin 2 (TAGLN2), and replication factor C (activator 1) 4 in a biological sample isolated from the subject using a method capable of detecting the expression levels of the genes when the biological sample comprises about 50,000 or fewer myeloma cells; and identifying the subject as having reduced likelihood of OS and/or reduced likelihood of PFS based on an abnormal gene expression profile, wherein the abnormal gene expression profile comprises elevated levels of FABP5 in combination with 1, 2, 3, or all 4 of ENO1, TRIP 13, TAGLN2, and RFC4 compared to a control.