mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by an application running on a computer that has hardware implementing a particular instruction set architecture, a native code module that includes untrusted binary code native instructions for the particular instruction set architecture; validating, by a validator included in the application on the computer, the untrusted binary code native instructions in the native code module while loading the native code module, prior to executing the instructions in the native code module by: performing a decoding traversal, by the validator on the computer, of all executable instructions in the native code module using a sequential traversal; and determining, by the validator on the computer, that the decoded traversed executable instructions in the native code module are compliant with a plurality of security requirements for the particular instruction set architecture; and executing the untrusted binary code native instructions directly on the hardware of the computer and in a secure runtime environment that is included in the application (i) in response to determining that the decoded traversed executable instructions in the native code module are compliant with the plurality of security requirements for the particular instruction set architecture and (ii), after the validating of the untrusted binary code native instructions. receiving, by an application running on a computer that has hardware implementing a particular instruction set architecture, a native code module that includes untrusted binary code native instructions for the particular instruction set architecture; validating, by a validator included in the application on the computer, the untrusted binary code native instructions in the native code module while loading the native code module, prior to executing the instructions in the native code module by: performing a decoding traversal, by the validator on the computer, of all executable instructions in the native code module using a sequential traversal; and determining, by the validator on the computer, that the decoded traversed executable instructions in the native code module are compliant with a plurality of security requirements for the particular instruction set architecture; and performing a decoding traversal, by the validator on the computer, of all executable instructions in the native code module using a sequential traversal; and determining, by the validator on the computer, that the decoded traversed executable instructions in the native code module are compliant with a plurality of security requirements for the particular instruction set architecture; and executing the untrusted binary code native instructions directly on the hardware of the computer and in a secure runtime environment that is included in the application (i) in response to determining that the decoded traversed executable instructions in the native code module are compliant with the plurality of security requirements for the particular instruction set architecture and (ii), after the validating of the untrusted binary code native instructions.
Light converter constructed for photovoltaic conversion of light, comprising - a support with a front surface and back surface, - a first semiconductor body with a first top surface and a first rear surface, wherein the first rear surface is arranged on the front surface of the support, and - a second semiconductor body with a second top surface and a second rear surface, wherein the second rear surface is arranged on the front surface of the support, wherein the first top surface of the first semiconductor body is electrically connected with the second rear surface of the second semiconductor body and - the first top surface and the second top surface are constructed as receiving surfaces for light, an electrically conductive connector (60, 100) with a first limb (62, 102) and a second limb (64, 104) being provided and the first limb (62, 102) being arranged on the first top surface and the second limb (64, 104) under the second rear surface, characterised in that the top surface of the support, which is constructed as a circuitboard, has a first conductor track rail in the region of the first rear surface and the top surface of the support has a second conductor track rail in the region of the second rear surface, wherein the first conductor track rail and the second conductor track rail are spaced from one another, and the first limb (62, 102) is electrically connected with the first top surface and the second limb (64, 104) is electrically connected with the second rear surface in that the second limb (64, 104) is at least partly embedded in a conductive material and the conductive material forms a connection by material couple with the second rear surface and is arranged between the second rear surface and the second conductor track rail, the second conductor track rail being formed on the front surface of the support as part of the support. - a support with a front surface and back surface, - a first semiconductor body with a first top surface and a first rear surface, wherein the first rear surface is arranged on the front surface of the support, and - a second semiconductor body with a second top surface and a second rear surface, wherein the second rear surface is arranged on the front surface of the support, - the first top surface and the second top surface are constructed as receiving surfaces for light, an electrically conductive connector (60, 100) with a first limb (62, 102) and a second limb (64, 104) being provided and the first limb (62, 102) being arranged on the first top surface and the second limb (64, 104) under the second rear surface,
A method for irradiating a material with at least one energy beam, in particular for locally melting the material, wherein an area of incidence of the energy beam on the material is moved, wherein - at least one first energy beam and one second energy beam are produced, - the second energy beam is moved relative to the first energy beam, characterised in that - the first energy beam and the second energy beam are coupled into an energy beam movement unit in a common beam path such that they are moved together as a combination energy beam over the material, wherein to this end the energy beams (EL1, EL2) run along the same beam path starting from a location at which they are combined, wherein a respective current relative position of the intensity distributions of the first energy beam and the second energy beam in a section plane running perpendicularly to a beam axis of the combination energy beam does not change significantly on the path through the energy beam movement unit from a coupling point into the energy beam movement unit to an area of incidence. - at least one first energy beam and one second energy beam are produced, - the second energy beam is moved relative to the first energy beam, characterised in that - the first energy beam and the second energy beam are coupled into an energy beam movement unit in a common beam path such that they are moved together as a combination energy beam over the material, wherein to this end the energy beams (EL1, EL2) run along the same beam path starting from a location at which they are combined, wherein a respective current relative position of the intensity distributions of the first energy beam and the second energy beam in a section plane running perpendicularly to a beam axis of the combination energy beam does not change significantly on the path through the energy beam movement unit from a coupling point into the energy beam movement unit to an area of incidence.
A filter device, comprising: a housing, wherein the housing has an air inlet and a filtered air outlet, the housing has a center line extending through ends of the housing; a high voltage electric field region provided between two ends of the housing, wherein high voltage electric field is formed by a plurality of electrode plates arranged symmetrically with respect to the center line; an ionization source provided in the electric field region to ionize ionizable pollutants present in the air introduced from the air inlet to form the resultant ionized pollutants which will move towards both ends of the housing under the influence of the electric field; and a discharging device for discharging the ionized pollutants that have moved to the ends of the housing out of the filter device, the discharging device comprises a pair of fans provided in the vicinity of the two ends of the housing, respectively, and discharging channels provided at the outer side of said pair of the fans; being characterized in that, the pair of fans is provided in the high voltage electric field region; the electrode plates further comprise two end electrode plates adjacent to the discharging channels, each fan is disposed in a position between the ionization source and the end electrode plates, wherein each fan is in the vicinity of the corresponding end electrode plate. a housing, wherein the housing has an air inlet and a filtered air outlet, the housing has a center line extending through ends of the housing; a high voltage electric field region provided between two ends of the housing, wherein high voltage electric field is formed by a plurality of electrode plates arranged symmetrically with respect to the center line; an ionization source provided in the electric field region to ionize ionizable pollutants present in the air introduced from the air inlet to form the resultant ionized pollutants which will move towards both ends of the housing under the influence of the electric field; and a discharging device for discharging the ionized pollutants that have moved to the ends of the housing out of the filter device, the discharging device comprises a pair of fans provided in the vicinity of the two ends of the housing, respectively, and discharging channels provided at the outer side of said pair of the fans; being characterized in that, the pair of fans is provided in the high voltage electric field region; the electrode plates further comprise two end electrode plates adjacent to the discharging channels, each fan is disposed in a position between the ionization source and the end electrode plates, wherein each fan is in the vicinity of the corresponding end electrode plate.
Core-forming device for gravity foundry, said core-forming device comprising: - means for constituting the cores comprising tools defining mold cavities, - means for supplying powdered compound(s)) said cavities by supply openings, and - means for drying the cores being formed in said cavities by blowing a fluid through blow openings which are separate from the supply openings, the blowing openings being in fluid connection with a waterproof case (42 ') to supply fluid, characterized in that said device comprises an ejection device of the cores cured, said system being arranged on the side blowing openings and out of the sealed casing (42 ').
An implant (20,320) for treating obstructive sleep apnea comprising a flexible first chamber (22,322) implantable within soft tissue of an oropharyngeal airway, characterized in that said implant further comprises: a second chamber (24,324) in communication with said first chamber; and a fluid transfer assembly in communication with said first and second chambers (22,24,320,324) for transferring fluid between said first and second chambers for modifying the rigidity of said first chamber (22,322). a second chamber (24,324) in communication with said first chamber; and a fluid transfer assembly in communication with said first and second chambers (22,24,320,324) for transferring fluid between said first and second chambers for modifying the rigidity of said first chamber (22,322).
A method for automatic torsion straightening of elongated workpieces in a torsion straightening machine, with two holding devices (2, 3) for introducing a torque into the workpiece, wherein the two holding devices (2, 3) are arranged opposite each other at a distance from each other and with a measuring device for measuring the workpiece, wherein the measuring device and the workpiece are moved relative to each other, characterized in that the workpiece is measured at least one time continuously between its two ends in the torsion straightening machine and each time a curve is recorded based on said measurement, which curve shows the inclination or torsion at the corresponding position of the workpiece, und in that the workpiece is subjected to a subsequent straightening step in the torsion straightening machine at least one time by introducing a torque.
An indwelling device comprising: a main body; a sheet-like attaching member for indwelling the main body on a body surface of a living body; and a plate-like intermediate member (50, 50A to 50G) that is configured to be elastically deformable and is stacked between the main body and the attaching member, wherein the intermediate member (50, 50A to 50G) includes a base, and a first extending portion (56, 58A) and a second extending portion (56A, 58) that extend in parallel from the base, a first fixing portion (60, 60A to 60C) fixed to the attaching member from the base to the first extending portion (56, 58A) is provided on a surface of the intermediate member (50, 50A to 50G) on a side of the attaching member, a second fixing portion (70, 70A to 70C) fixed to the main body from the base to the second extending portion (56A, 58) is provided on a surface of the intermediate member (50, 50A to 50G) on a side of the main body, the first extending portion (56, 58A) is not fixed to the main body, and the second extending portion (56A, 58) is not fixed to the attaching member, wherein one of the first extending portion (56, 58A) and the second extending portion (56A, 58) is a central piece (56, 56A-C) protruding from a central portion in a width direction of the base, and another one of the first extending portion (56, 58A) and the second extending portion (56A, 58) is a pair of arm pieces (58, 58A-C) protruding from both sides in the width direction of the base. a main body; a sheet-like attaching member for indwelling the main body on a body surface of a living body; and a plate-like intermediate member (50, 50A to 50G) that is configured to be elastically deformable and is stacked between the main body and the attaching member, wherein the intermediate member (50, 50A to 50G) includes a base, and a first extending portion (56, 58A) and a second extending portion (56A, 58) that extend in parallel from the base, a first fixing portion (60, 60A to 60C) fixed to the attaching member from the base to the first extending portion (56, 58A) is provided on a surface of the intermediate member (50, 50A to 50G) on a side of the attaching member, a second fixing portion (70, 70A to 70C) fixed to the main body from the base to the second extending portion (56A, 58) is provided on a surface of the intermediate member (50, 50A to 50G) on a side of the main body, the first extending portion (56, 58A) is not fixed to the main body, and the second extending portion (56A, 58) is not fixed to the attaching member, wherein one of the first extending portion (56, 58A) and the second extending portion (56A, 58) is a central piece (56, 56A-C) protruding from a central portion in a width direction of the base, and another one of the first extending portion (56, 58A) and the second extending portion (56A, 58) is a pair of arm pieces (58, 58A-C) protruding from both sides in the width direction of the base.
Compound selected from triamterene and nolatrexed or a pharmaceutically acceptable salt thereof, for use in the treatment and/or prevention of phenylketonuria.
Container composed of paper or paper-like material, having a sleeve and having a bottom and/or a cover, wherein the bottom and the sleeve are connected in substantially liquid-tight fashion in the region of a bottom skirt, and the cover and the sleeve are connected in substantially liquid-tight fashion in the region of a cover skirt, respectively, wherein the sleeve is composed of a sheetlike blank, wherein regions adjoining a first side edge and adjoining a second side edge, situated opposite the first side edge, of the blank are laid one on top of the other so as to form an overlapping side seam and connected to one another by material-bonding engagement, and wherein at least in the region of the bottom skirt and/or of the cover skirt, at least the region adjoining the first side edge forms a step (32; 42; 52; 62; 72) which is offset relative to the rest of the blank, characterized in that the bottom and/or the cover is of pot-shaped form and has a bottom collar or cover collar respectively projecting perpendicularly from a bottom plate or cover plate respectively, wherein the bottom collar or cover collar respectively is equipped with a radially inwardly extending stamped formation which is adapted to the dimensions of an inwardly projecting region of the overlapping side seam.
A gastrostomy tube for enteral nutrition or medication of a subject, comprising a first flexible tube having an internal end positionable in vivo within the stomach of the subject and an external end positionable ex vivo, wherein the first flexible tube has a main longitudinal channel and a secondary longitudinal channel, and wherein the main and secondary longitudinal channels are not in fluid communication with each other; an internal retention device attached at or towards the internal end of the first flexible tube and in fluid communication with the secondary longitudinal channel; a substantially Y-shaped connector attached to the external end of the first flexible tube, wherein the substantially Y-shaped connector has a first port, a second port and a third port, wherein the external end of the first flexible tube is connected to the first port, the second port is in fluid communication with the main longitudinal channel and the third port is in fluid communication with the secondary longitudinal channel; and a second flexible tube having a first end and a second end and a conduit extending between the first end and the second end, wherein the first end is bonded with a silicone adhesive to the second port of the substantially Y-shaped connector to define a delivery channel extending between the internal end of the first flexible tube and the second end of the second flexible tube for delivering a nutrient or medicine to the subject, wherein the second end of the second flexible tube is attachable to a nutrient or medicine source. a first flexible tube having an internal end positionable in vivo within the stomach of the subject and an external end positionable ex vivo, wherein the first flexible tube has a main longitudinal channel and a secondary longitudinal channel, and wherein the main and secondary longitudinal channels are not in fluid communication with each other; an internal retention device attached at or towards the internal end of the first flexible tube and in fluid communication with the secondary longitudinal channel; a substantially Y-shaped connector attached to the external end of the first flexible tube, wherein the substantially Y-shaped connector has a first port, a second port and a third port, wherein the external end of the first flexible tube is connected to the first port, the second port is in fluid communication with the main longitudinal channel and the third port is in fluid communication with the secondary longitudinal channel; and a second flexible tube having a first end and a second end and a conduit extending between the first end and the second end, wherein the first end is bonded with a silicone adhesive to the second port of the substantially Y-shaped connector to define a delivery channel extending between the internal end of the first flexible tube and the second end of the second flexible tube for delivering a nutrient or medicine to the subject, wherein the second end of the second flexible tube is attachable to a nutrient or medicine source.
A lighting device for rendering a light effect by mixing light output of multiple color channels, wherein the maximum flux at which the lighting device can render the light effect depends on the chromaticity of the light effect, the lighting device comprising: - a wireless interface arranged for receiving one or more control commands, the one or more control commands specifying a chromaticity value and an intensity value relative to an intensity value range; and - a controller arranged for controlling the lighting device to render a lighting effect based on the chromaticity value and the intensity value, characterized in that: the controller is further arranged to switch, based on a switch command received via the wireless interface, between - a first operating mode, in which the flux at which the lighting effect is rendered is determined based on: the specified chromaticity, the specified intensity value and a maximum flux at which the lighting effect can be rendered by the lighting device; and - a second operating mode, in which the flux at which the lighting effect is rendered is determined based on: the specified chromaticity, the specified intensity value and a predetermined maximum flux lower than the maximum flux at which the lighting effect can be rendered by the lighting device, wherein the predetermined maximum flux is determined based on (i) maximum flux of one of the multiple channels or (ii) combined maximum flux of a plurality of the multiple channels. - a wireless interface arranged for receiving one or more control commands, the one or more control commands specifying a chromaticity value and an intensity value relative to an intensity value range; and - a controller arranged for controlling the lighting device to render a lighting effect based on the chromaticity value and the intensity value, characterized in that: the controller is further arranged to switch, based on a switch command received via the wireless interface, between - a first operating mode, in which the flux at which the lighting effect is rendered is determined based on: the specified chromaticity, the specified intensity value and a maximum flux at which the lighting effect can be rendered by the lighting device; and - a second operating mode, in which the flux at which the lighting effect is rendered is determined based on: the specified chromaticity, the specified intensity value and a predetermined maximum flux lower than the maximum flux at which the lighting effect can be rendered by the lighting device,
A compound, or a pharmaceutically acceptable salt or hydrate thereof, for use in a method of treating triple negative breast cancer in a patient, said method comprising administering a therapeutically effective amount of said compound or pharmaceutically acceptable salt or hydrate thereof to the patient, wherein said compound is bisacodyl.
A transmitter node for reducing Peak to Average Power Ratio, PAPR, the transmitter node comprising circuitry configured to cause the transmitter node to: - transmit, to a receiver node, data in OFDM symbols, wherein for one OFDM symbol, a real part of a first data symbol transmitted on a first subcarrier and an imaginary part of a second data symbol transmitted on a second subcarrier, different from the first subcarrier, are reserved for transmission of a PAPR reducing signal, and wherein resource locations of the first data symbol and of the second data symbol are determined based on preconfigured reservation rules. - transmit, to a receiver node, data in OFDM symbols, wherein for one OFDM symbol, a real part of a first data symbol transmitted on a first subcarrier and an imaginary part of a second data symbol transmitted on a second subcarrier, different from the first subcarrier, are reserved for transmission of a PAPR reducing signal, and