mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for conditionally performing data-processing, the method comprising: transforming a first secret including confidential data into a first public representation of the first secret; executing at least one instruction on the first secret to obtain a second secret; transforming the second secret into a second public representation of the second secret; generating an instruction statement that conveys a relation between the first public representation of the first secret and the second public representation of the second secret; generating a first gestalt statement (124, 126) characterizing a first gestalt relation between a first plurality of piece-secrets, the first gestalt relation defining a manner in which the first plurality of piece-secrets combine to provide the first secret; generating a second gestalt statement characterizing a second gestalt relation between a second plurality of piece-secrets, the second gestalt relation defining a manner in which the second plurality of piece-secret combine to provide the second secret; providing the instruction statement, the first gestalt statement, and the second gestalt statement to enable verification of application of the instruction statement and the relation between the first secret and the second secret; and performing an action in response to the verification of the application, wherein the action is related to the confidential data. transforming a first secret including confidential data into a first public representation of the first secret; executing at least one instruction on the first secret to obtain a second secret; transforming the second secret into a second public representation of the second secret; generating an instruction statement that conveys a relation between the first public representation of the first secret and the second public representation of the second secret; generating a first gestalt statement (124, 126) characterizing a first gestalt relation between a first plurality of piece-secrets, the first gestalt relation defining a manner in which the first plurality of piece-secrets combine to provide the first secret; generating a second gestalt statement characterizing a second gestalt relation between a second plurality of piece-secrets, the second gestalt relation defining a manner in which the second plurality of piece-secret combine to provide the second secret; providing the instruction statement, the first gestalt statement, and the second gestalt statement to enable verification of application of the instruction statement and the relation between the first secret and the second secret; and performing an action in response to the verification of the application, wherein the action is related to the confidential data.
A computer implemented method of profiling cyber threats detected in a target environment, comprising: receiving, from a Security Information and Event Manager (SIEM) monitoring the target environment, alerts triggered by a detected potential cyber threat, and, for each alert: A. retrieving captured packet data related to the alert; B. extracting data pertaining to a set of attributes from captured packet data triggering the alert; C. applying fuzzy logic to data pertaining to one or more of the attributes to determine values for one or more output variables indicative of a level of an aspect of risk attributable to the cyber threat; and further comprising ranking the received alerts in priority based on the respective cyber threat risks they represent. receiving, from a Security Information and Event Manager (SIEM) monitoring the target environment, alerts triggered by a detected potential cyber threat, and, for each alert: A. retrieving captured packet data related to the alert; B. extracting data pertaining to a set of attributes from captured packet data triggering the alert; C. applying fuzzy logic to data pertaining to one or more of the attributes to determine values for one or more output variables indicative of a level of an aspect of risk attributable to the cyber threat; and A. retrieving captured packet data related to the alert; B. extracting data pertaining to a set of attributes from captured packet data triggering the alert; C. applying fuzzy logic to data pertaining to one or more of the attributes to determine values for one or more output variables indicative of a level of an aspect of risk attributable to the cyber threat; and further comprising ranking the received alerts in priority based on the respective cyber threat risks they represent.
A device for storing portable personal transportation vehicles, comprising: - an envelope forming a plurality of individual compartments for storing said portable personal transportation vehicles, each compartment being equipped with an access door capable of being selectively locked and unlocked; - an electrical circuit (14, 26) for recharging the portable personal transportation vehicles; characterized in that the access doors of the plurality of individual compartments are arranged on a front face (4.1) and at least one side face (4.3) of the envelope in such a way as to keep at least one portion (4.1.1) of said front face (4.1.1), adjacent to the side face (4.3), free of access doors and provided with fastening means allowing the attachment of a covering such as a cladding or a vegetation cover. - an envelope forming a plurality of individual compartments for storing said portable personal transportation vehicles, each compartment being equipped with an access door capable of being selectively locked and unlocked; - an electrical circuit (14, 26) for recharging the portable personal transportation vehicles;
Crosslinked silicone material Y obtained by heating to a temperature of between 70 and 200°C, preferably between 80 and 150°C, and more preferably between 80 and 130°C, a crosslinkable composition X comprising: - at least one organopolysiloxane compound A comprising, per molecule, at least two C 2 -C 6 alkenyl radicals bonded to silicon atoms, - at least one organohydrogenopolysiloxane compound B comprising, per molecule, at least two hydrogen atoms bonded to an identical or different silicon atom, - at least one catalyst C which is a complex corresponding to the following formula: [Ni(L 1)2] in which: - the symbol Ni represents nickel at degree of oxidation II, - the symbols L 1, which may be identical or different, represent a ligand which is a β-dicarbonylato anion or the enolate anion of a β-dicarbonylated compound, - optionally at least one adhesion promoter D and - optionally at least one charge E. - at least one organopolysiloxane compound A comprising, per molecule, at least two C 2 -C 6 alkenyl radicals bonded to silicon atoms, - at least one organohydrogenopolysiloxane compound B comprising, per molecule, at least two hydrogen atoms bonded to an identical or different silicon atom, - at least one catalyst C which is a complex corresponding to the following formula: [Ni(L 1)2] in which: - the symbol Ni represents nickel at degree of oxidation II, - the symbols L 1, which may be identical or different, represent a ligand which is a β-dicarbonylato anion or the enolate anion of a β-dicarbonylated compound, - optionally at least one adhesion promoter D and - optionally at least one charge E. - the symbol Ni represents nickel at degree of oxidation II, - the symbols L 1, which may be identical or different, represent a ligand which is a β-dicarbonylato anion or the enolate anion of a β-dicarbonylated compound, - optionally at least one adhesion promoter D and - optionally at least one charge E.
Coolant pump assembly for the automotive sector, comprising a housing assembly with a main pump and an auxiliary pump designed as a side channel pump, with a main inlet and a main outlet adapted to be fluidly connected to a main coolant circuit, with a drive shaft, with a coolant pump impeller of the main pump, which is arranged on the drive shaft at least for rotation therewith and via which coolant can be conveyed into a conveyor channel surrounding the coolant pump impeller, with an adjustable control slide, via which a flow cross-section of an annular gap between an outlet of the coolant pump impeller and the delivery channel can be adjusted, with a side channel pump impeller of the side channel pump, which is arranged on the drive shaft is arranged at least for rotation therewith, with a side channel of the side channel pump, in which by rotation d the side channel pump impeller, a pressure can be generated, wherein the side channel has a secondary inlet and at least one secondary outlet, with a pressure channel through which the secondary outlet of the side channel can be fluidically connected with a first pressure chamber of the control slide, with a valve via which a flow cross section of the pressure channel can be closed and released, characterized in that the side channel has a second secondary outlet which is connected with the main cooling circuit via a secondary coolant line.
A headrest for an immobilization system for immobilizing at least a part of a patient, the headrest comprising: a supporting structure; and a sheet-like formed elastic panel attached to the supporting structure on at least two opposite sides (22, 24) of the elastic panel; wherein the supporting structure comprises a first rail arranged on a first side of the elastic panel and a second rail arranged on a second side of the elastic panel opposite to the first side, such that the elastic panel is at least partly arranged between the first rail and the second rail; wherein the elastic panel is configured to support at least a part of a head of a patient; wherein at least a part of the elastic panel is stretchable and configured to stretch when said at least part of the head of the patient is arranged on the elastic panel, such that the elastic panel elongates and such that a shape of said at least part of the elastic panel is formed corresponding to a shape of said at least part of the head of the patient; wherein the elastic panel comprises a middle region for supporting a middle head of the patient and at least one reinforced region (30, 34) for supporting at least a part of a neck or an upper head of the patient; and wherein the middle region is more stretchable than the at least one reinforced region (30, 34). a supporting structure; and a sheet-like formed elastic panel attached to the supporting structure on at least two opposite sides (22, 24) of the elastic panel; wherein the supporting structure comprises a first rail arranged on a first side of the elastic panel and a second rail arranged on a second side of the elastic panel opposite to the first side, such that the elastic panel is at least partly arranged between the first rail and the second rail; wherein the elastic panel is configured to support at least a part of a head of a patient; wherein at least a part of the elastic panel is stretchable and configured to stretch when said at least part of the head of the patient is arranged on the elastic panel, such that the elastic panel elongates and such that a shape of said at least part of the elastic panel is formed corresponding to a shape of said at least part of the head of the patient; wherein the elastic panel comprises a middle region for supporting a middle head of the patient and at least one reinforced region (30, 34) for supporting at least a part of a neck or an upper head of the patient; and wherein the middle region is more stretchable than the at least one reinforced region (30, 34).
A yarn winding apparatus forming at least one package by winding at least one yarn onto at least one bobbin, comprising: a rotating body configured to rotate while being in contact with an outer circumferential surface of the at least one package; and an antistatic unit configured to remove static electricity from the rotating body, characterized in that the antistatic unit is separated from the rotating body, the antistatic unit includes a static electricity removing member in which conductive fibers are exposed at plural parts of the surface, the static electricity removing member is a string-shaped static electricity removing string in which conductive fibers are exposed at plural parts of the surface, the static electricity removing string is attached along a mounting member which is higher in rigidity than the static electricity removing string, and the static electricity removing string includes a protrusion which protrudes from the mounting member toward an outer circumferential surface of the rotating body, wherein the protrusion is provided to cause only the static electricity removing string to protrude toward the outer circumferential surface of the rotating body. a rotating body configured to rotate while being in contact with an outer circumferential surface of the at least one package; and an antistatic unit configured to remove static electricity from the rotating body, characterized in that the antistatic unit is separated from the rotating body, the antistatic unit includes a static electricity removing member in which conductive fibers are exposed at plural parts of the surface, the static electricity removing member is a string-shaped static electricity removing string in which conductive fibers are exposed at plural parts of the surface, the static electricity removing string is attached along a mounting member which is higher in rigidity than the static electricity removing string, and the static electricity removing string includes a protrusion which protrudes from the mounting member toward an outer circumferential surface of the rotating body, wherein the protrusion is provided to cause only the static electricity removing string to protrude toward the outer circumferential surface of the rotating body.
Method for optimizing network performances, wherein the network comprises one or more network nodes, performance parameters of said network nodes being controlled by means of dedicated self-optimization modules, wherein each self-optimization module monitors at least one performance parameter of the network node to which said self-optimization module is associated and generates a change request for the currently defined value of said performance parameter on the basis of preset rules, wherein the change request includes a proposal value for said performance parameter, wherein said change requests generated by different self-optimization modules of said network node are forwarded to a shared controlling element, wherein said shared controlling element enforces a coordination of the received change requests, which includes resolving conflicts of change requests concurrently received from different self-optimization modules of said network node on the basis of a configurable algorithm, and outputs, as a result of the coordination, a new configuration value for said performance parameter.
Controller for a domestic appliance, in particular a cooking appliance, with a display unit for display of information, wherein the controller controls the display of the information and is connected to a selection element for the selection of a cooking program or a mode of operation, wherein the controller has a separate input element (5, 14), different from the selection element, for calling up the information and the controller displays as information status parameters of the domestic appliance and/or explanations of appliance functions and/or directions for use, wherein the information can be called up from various operating states of the domestic appliance and the controller displays different information as a function of the respective operating state, characterised in that the information is present in the form of menu items of an information menu, the controller has a selection device (6, 11) for browsing the menu items, and the information can be called up from any operating state of the domestic appliance.
A construction machine apparatus, comprising: a plurality of ground engaging supports (12A, 12B); a machine frame supported from the ground engaging supports (12A, 12B); a milling drum supported from the machine frame; and a milling drum location detection system configured to determine a drum location of the milling drum in an external reference system (X, Y, Z); characterized in that the construction machine further comprises a location indicator system, Including: a memory configured to store information identifying a location of an area to be avoided in the external reference system (X, Y, Z); and a controller configured to compare the drum location to the location of the area to be avoided, and to provide an output corresponding to a proximity of the milling drum to the location of the area to be avoided. a plurality of ground engaging supports (12A, 12B); a machine frame supported from the ground engaging supports (12A, 12B); a milling drum supported from the machine frame; and a milling drum location detection system configured to determine a drum location of the milling drum in an external reference system (X, Y, Z); a memory configured to store information identifying a location of an area to be avoided in the external reference system (X, Y, Z); and a controller configured to compare the drum location to the location of the area to be avoided, and to provide an output corresponding to a proximity of the milling drum to the location of the area to be avoided.
An apparatus, comprising: a rotary position sensor housing; a first rotor disposed in the rotary position sensor housing, the first rotor including a first magnet coupled thereto; a second rotor disposed in the rotary position sensor housing, the second rotor including a second magnet coupled thereto; the first rotor and the second rotor being independently rotatable, wherein a bore is defined through the first rotor and the second rotor, the bore to accommodate a shaft; a ring element to provide a dividing barrier between the first rotor and the second rotor, first and second sensors disposed adjacent to the first magnet; and third and fourth sensors disposed adjacent to the second magnet. a rotary position sensor housing; a first rotor disposed in the rotary position sensor housing, the first rotor including a first magnet coupled thereto; a second rotor disposed in the rotary position sensor housing, the second rotor including a second magnet coupled thereto; the first rotor and the second rotor being independently rotatable, wherein a bore is defined through the first rotor and the second rotor, the bore to accommodate a shaft; a ring element to provide a dividing barrier between the first rotor and the second rotor, first and second sensors disposed adjacent to the first magnet; and third and fourth sensors disposed adjacent to the second magnet.
Hob comprising a transparent or semi-transparent hob plate and multiple heating elements arranged below said hob plate, the hob further comprising illumination means arranged below said hob plate for providing light markings at the upper side (2.1) of the hob plate, said light markings indicating heating zones associated with the heating elements, wherein the illumination means comprise a light box with at least a bottom wall portion and a pair of side wall portions, said light box including one or more lighting elements for illuminating an interior space of the light box, wherein the light box further comprises an upper portion being adapted to emit light towards the hob plate in order to provide said light marking at the upper side of the hob plate, characterized in that at least one side wall portion of the light box comprise one or more apertures through which light is emitted into the interior space of the light box.
A method for controlling an array of piezoelectric transducers (11,12), the method comprising applying respective driving signals (V1,V2) to the transducers (11,12), wherein the driving signals (V1,V2) comprise an alternating component oscillating at one or more driving frequencies (Fc,Fm) to cause corresponding vibrations (T1,T2) in the transducers (11,12) for generating acoustic waves (W1,W2); wherein one or more of the driving signals (V1,V2) are offset by a respective bias voltage (B1,B2), wherein the bias voltage (B1,B2) is controlled to reduce a difference in resonance frequencies (Fr1,Fr2) between the transducers (11,12), characterized in that the alternating component to at least a subset of the transducers (11,12) is periodically reset to synchronize phases of the resulting acoustic waves (W1,W2). applying respective driving signals (V1,V2) to the transducers (11,12), wherein the driving signals (V1,V2) comprise an alternating component oscillating at one or more driving frequencies (Fc,Fm) to cause corresponding vibrations (T1,T2) in the transducers (11,12) for generating acoustic waves (W1,W2); wherein one or more of the driving signals (V1,V2) are offset by a respective bias voltage (B1,B2), wherein the bias voltage (B1,B2) is controlled to reduce a difference in resonance frequencies (Fr1,Fr2) between the transducers (11,12), characterized in that the alternating component to at least a subset of the transducers (11,12) is periodically reset to synchronize phases of the resulting acoustic waves (W1,W2).
A method for producing a component with a cannula (6, 106) for the subcutaneous administration of an active substance, wherein the cannula (6, 106) is connected to a cannula housing (7, 107), characterised in that the loose cannula (6, 106) is threaded onto a piercing means (8, 108) to form a ready-to-use cannula piercing unit and a cannula housing (7, 107) is subsequently moulded onto the cannula (6, 106).
Method for reducing the sulphur content of a liquid fuel containing sulphur for a mobile power generating unit, which is operated in combination with a driving turbine in an aircraft, in which the driving turbine is operated with a liquid fuel containing sulphur, with the steps - liquid fuel containing sulphur is heated through the heat energy of the driving turbine, - the heated liquid fuel containing sulphur is desulphurised at least partly in the vicinity of the driving turbine releasing heat, - in which the sulphur content is reduced through at least one membrane and in which, apart from a low-sulphur fraction, a high-sulphur fraction is obtained, which is supplied to the driving turbine, - the low-sulphur fraction of the fuel is supplied to the power generating unit. - liquid fuel containing sulphur is heated through the heat energy of the driving turbine, - the heated liquid fuel containing sulphur is desulphurised at least partly in the vicinity of the driving turbine releasing heat, - in which the sulphur content is reduced through at least one membrane and in which, apart from a low-sulphur fraction, a high-sulphur fraction is obtained, which is supplied to the driving turbine, - the low-sulphur fraction of the fuel is supplied to the power generating unit.
Packer body incorporable extrusion preventing supporting device comprising interconnected chain elements (40; 50, 55), where each chain element comprises a through connection bore (44; 54, 59), characterized in that outwardly curved ends (42; 57, 58) of the chain elements (40; 50, 55) are adapted to be received by inwardly curved ends (43; 52, 53) of adjacent chain elements (40; 50, 55), and that the extrusion preventing supporting device comprises one continuous connection wire 70 provided through the respective connection bores (44; 54, 59).