mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: causing to select one or more recipient criteria for data; and causing to encrypt the data using the selected one or more recipient criteria as a public key of identity-based encryption, the method characterised in that the step of causing to encrypt comprises: causing to format the selected one or more recipient criteria into a predetermined information representation format or structure; and causing to construct a reduced ordered binary decision diagram from the information representation format or structure of the recipient criteria, thereby causing to encrypt the data using the decision diagram of the recipient criteria as the public key; the method further comprising causing, at least in part, to store the decision diagram of the recipient criteria. causing to select one or more recipient criteria for data; and causing to encrypt the data using the selected one or more recipient criteria as a public key of identity-based encryption, the method characterised in that the step of causing to encrypt comprises: causing to format the selected one or more recipient criteria into a predetermined information representation format or structure; and causing to construct a reduced ordered binary decision diagram from the information representation format or structure of the recipient criteria, thereby causing to encrypt the data using the decision diagram of the recipient criteria as the public key; the method further comprising causing, at least in part, to store the decision diagram of the recipient criteria. causing to format the selected one or more recipient criteria into a predetermined information representation format or structure; and causing to construct a reduced ordered binary decision diagram from the information representation format or structure of the recipient criteria, thereby causing to encrypt the data using the decision diagram of the recipient criteria as the public key; the method further comprising causing, at least in part, to store the decision diagram of the recipient criteria.
A gas turbine engine, comprising: a geared architecture with a multiple of intermediate gears; wherein each of said multiple of intermediate gears is rotationally mounted on a respective spherical joint mounted to a respective flexible carrier post, characterised in that the engine further comprises: a structural oil baffle housing that at least partially supports said set of intermediate gears, and in that said structural oil baffle housing is mounted to the spherical joint mounted to each flexible carrier post. a geared architecture with a multiple of intermediate gears; wherein each of said multiple of intermediate gears is rotationally mounted on a respective spherical joint mounted to a respective flexible carrier post, characterised in that the engine further comprises: a structural oil baffle housing that at least partially supports said set of intermediate gears, and in that said structural oil baffle housing is mounted to the spherical joint mounted to each flexible carrier post.
A device for mounting objects, consisting of: - a plate-shaped carrier frame in which a plurality of rectangular accommodation openings are worked, - a holding body on which a locking pedestal is formed, which can be inserted in one of the accommodation openings and can be rotated there within areas, - and of a base arranged between the holding body and the locking pedestal, the width or diameter of which base is larger than the width o the two narrow sides of the particular accommodation opening, characterised in that, immediately adjacent to the base, a circular support section is provided as a component of the locking pedestal which, in the condition when the holding body is mounted on the support frame, makes contact with two opposite long sides of the accommodation opening, that immediately adjacent to the support section, a rectangular holding plate is provided as a component of the locking pedestal, the two narrow sides of which are smaller than the two narrow sides of the accommodation opening, that a flexibly elastic pin is attached to or worked onto the base and runs parallel to an outer wall of the support section at a distance from that support section, that one or two curving recess(es) is/are worked into each of the accommodation openings, with the recess(es) running in one or one each of the long sides of the accommodation opening and in their central axis of symmetry, and that the pin engages in one of the recesses in an end position of the holding body and is released or clamped therein. - a plate-shaped carrier frame in which a plurality of rectangular accommodation openings are worked, - a holding body on which a locking pedestal is formed, which can be inserted in one of the accommodation openings and can be rotated there within areas, - and of a base arranged between the holding body and the locking pedestal, the width or diameter of which base is larger than the width o the two narrow sides of the particular accommodation opening,
Axial fan, having an electric motor with a rotor and a fan wheel which is attached to it, the rotor having a cylindrical pot-shaped design, onto which the fan wheel is pushed in a fitting manner with a part which is completely cylindrical or is cylindrical in sections, characterized in that the fan wheel lies completely behind the plane which is defined by the bottom face of the rotor, and is fastened to a number of holding tabs which protrude from the circumference of the rotor in a plane which runs perpendicularly with respect to the motor axis, the holding tabs being arranged behind the surface of the bottom of the rotor.
Linear guide, comprising at least one profiled rail guide, the profiled rail guide having a guide rail which is fastened on a carrier element, and the profiled rail guide having guide carriages which are connected to a table element which can be displaced in a translational direction relative to the carrier element, the at least one profiled rail guide being assigned at least three guide carriages, the linear guide being configured in such a way that at least one of the guide carriages can be moved in the translational direction beyond an axial end (7, 8) of the guide rail, characterized in that stop means (11, 12) are arranged on the table element or on at least one of the guide carriages and/or on the carrier element, which stop means (11, 12) limit the displacement of the table element in the translational direction relative to the carrier element, the stop means (11, 12) being arranged and/or configured in such a way that they do not provide a limiting action of the movability in the translational direction for at least one of the guide carriages with regard to the guide rail.
An isolated PLA2G12A mutant polypeptide, comprising (i) an amino acid sequence having at least 95% sequence identity with the sequence of SEQ ID NO: 1 and having a mutation at position H110 of SEQ ID NO: 1; or (ii) an amino acid sequence having at least 95% sequence identity with the sequence of SEQ ID NO: 3 and having a mutation at position H88 of SEQ ID NO: 3, wherein the PLA2G12A mutant polypeptide has the ability to lower blood glucose insulin, triglyceride or cholesterol levels.
An illumination panel comprising a transparent core having two opposing surfaces (12, 13), a matrix of light releasing and distributing glue dots substantially covering both said opposing surfaces (12, 13), wherein the density and/or the size of the dots increases across the panel in a direction away from a panel edge arranged to receive light introduced from a light source, and a protective layer (25, 26) in abutting contact with each of said opposing surfaces (12, 13) whereby the glue dots are translucent or opaque so that the matrix of glue dots acts as a light transmitting, refracting and reflecting medium for controlling a release of light introduced along one or more sides of the illumination panel, the matrix of glue dots also acting as an adhesive bonding the core to each protective layer (25, 26) and wherein the illumination panel is not enclosed within a supporting frame and itself operates as a structural element.
An induction cooking device comprising at least one inductor positioned under a thermally strengthened glass plate, characterized in that the composition of the glass being of lithium aluminosilicate type, wherein the c/a ratio of the glass before strengthening is at most 0.5 after Vickers indentation under a load of 1 kg, c being the length of the radial cracks and a being the half-diagonal of the Vickers impression, and the σ/e.E.α ratio of the thermally tempered glass is at least 20 K.mm -1, σ being the maximum stress generated at the core of the glass by the thermal strengthening, e being the thickness of the glass in mm, E being the Young's modulus and α being the linear thermal expansion coefficient of the glass.
An appliance for assisting vocal cord closure to train vocalization, wherein the appliance comprises an inner arc plate, an outer arc plate and two oppositely disposed partition plates, the inner arc plate being opposite to the outer arc plate; the two partition plates are disposed spaced between the inner arc plate and the outer arc plate, and an accommodation cavity is enclosed by the two partition plates, the inner arc plate and the outer arc plate; in a height direction, the accommodation cavity is separated into an upper accommodation cavity for receiving upper incisors and a lower accommodation cavity for receiving lower incisors; both ends of opposite sides of the inner arc plates extend respectively away from the accommodation cavity; and both ends of opposite sides of the outer arc plate extend respectively away from the accommodation cavity, and are used to split the corners of the mouth.
A method for controlling uplink power, comprising: determining at least two user equipments to be paired in a virtual Multiple Input Multiple Output system (101, 204); and adjusting power of at least one of the user equipments according to orthogonality between the at least two user equipments (102, 103, 207), characterized in that an expected power relationship between the at least two user equipments is obtained by approximating the channel matrix of the at least two user equipments to an orthogonal matrix; and the power of at least one of the at least two user equipments is adjusted based on the expected power relationship between the at least two user equipments. determining at least two user equipments to be paired in a virtual Multiple Input Multiple Output system (101, 204); and adjusting power of at least one of the user equipments according to orthogonality between the at least two user equipments (102, 103, 207), characterized in that an expected power relationship between the at least two user equipments is obtained by approximating the channel matrix of the at least two user equipments to an orthogonal matrix; and the power of at least one of the at least two user equipments is adjusted based on the expected power relationship between the at least two user equipments.
Cutlery drawer for a dishwasher, comprising a support frame which can be mounted so as to be extendable in a washing container of a dishwasher when used as intended, and a plurality of cutlery inserts (3, 4) which are arranged so as to be movable on the support frame, and on which crockery parts to be washed, in particular cutlery, can be deposited, at least one of the cutlery inserts (3, 4) being arranged on the support frame so as to be horizontally displaceable transversely to the pull-out direction of the cutlery drawer, and vertically displaceable with one of its two longitudinal sides, which extend in the pull-out direction of the cutlery drawer, the other, second longitudinal side of the cutlery insert (3, 4), which extends in the pull-out direction of the cutlery drawer, is opposite the first longitudinal side facing the support frame and faces away from the support frame, also being arranged on the support frame so as to be vertically displaceable, characterised in that the cutlery insert (3, 4) comprises a support element on the second longitudinal side, which support element releasably interacts with a rib supported by the support frame, the support element comprising a lobe contour on the rib side, which lobe contour has a latching recess that a rib projection of the rib can enter when the cutlery insert is in a corresponding position. the other, second longitudinal side of the cutlery insert (3, 4), which extends in the pull-out direction of the cutlery drawer, is opposite the first longitudinal side facing the support frame and faces away from the support frame, also being arranged on the support frame so as to be vertically displaceable, characterised in that the cutlery insert (3, 4) comprises a support element on the second longitudinal side, which support element releasably interacts with a rib supported by the support frame, the support element comprising a lobe contour on the rib side, which lobe contour has a latching recess that a rib projection of the rib can enter when the cutlery insert is in a corresponding position.
Liquid-ring vacuum pump having a pump housing, having a shaft which is mounted eccentrically in the pump housing, an impeller and a rotor of a drive motor (20, 24) being connected to the shaft, and having a control disk which is arranged parallel to the impeller, a first main bearing and a second main bearing being provided for the shaft, the first main bearing being arranged between the impeller and the rotor, and the impeller being arranged between the first main bearing and the second main bearing, characterized in that the first main bearing is arranged in the plane of the control disk.
A dual-interface card comprising: a metal layer having a first surface and a second surface extending parallel to each other; an opening (36, 420) in said metal layer configured to receive a plug (34, 434) formed of non-RF-impeding material and a dual-interface integrated circuit module, the dual-interface IC module having contacts and including RF transmission means for enabling contact and contactless operation of the card; and at least one additional layer (42, 44, 46, 48, 52) stacked relative to the plug (34, 434), wherein the opening is defined by a first cut out region in said first surface, the first cut out region configured to receive the IC module, and a second cut out region extending from said second surface and extending vertically from the first surface and symmetrical with respect to the first cut out region, the second cut out region configured to receive the plug, characterized in that the first cut out region has a first area, and a first perimeter, and the second cut out region has a second area and a second perimeter that are greater than the first area and the first perimeter, respectively, wherein the plug (34, 434) has a perimeter larger than a perimeter of the IC module. a metal layer having a first surface and a second surface extending parallel to each other; an opening (36, 420) in said metal layer configured to receive a plug (34, 434) formed of non-RF-impeding material and a dual-interface integrated circuit module, the dual-interface IC module having contacts and including RF transmission means for enabling contact and contactless operation of the card; and at least one additional layer (42, 44, 46, 48, 52) stacked relative to the plug (34, 434), wherein the opening is defined by a first cut out region in said first surface, the first cut out region configured to receive the IC module, and a second cut out region extending from said second surface and extending vertically from the first surface and symmetrical with respect to the first cut out region, the second cut out region configured to receive the plug, characterized in that the first cut out region has a first area, and a first perimeter, and the second cut out region has a second area and a second perimeter that are greater than the first area and the first perimeter, respectively, wherein the plug (34, 434) has a perimeter larger than a perimeter of the IC module.
A vehicle display device comprising: a display (110, 210) configured to display an image showing a plurality of vehicle operation functions; a knob (120, 220) electrically coupled to the display and configured to be laterally movable by a vehicle driver to select one of the plurality of vehicle operation functions displayed on the display; and a guide rail configured to provide a lateral movement path for the knob (120, 220), the guide rail being divided into a plurality of functional areas respectively associated with the plurality of vehicle operation functions displayed on the display, characterized by a guide part (140, 240) including a plurality of first magnets having a first polarity, each first magnet being arranged at each of the functional areas of the guide rail, and a plurality of second magnets having a second polarity different from the first polarity of the first magnets, each second magnet being disposed near the first magnet, further characterized in that the first and second magnets are alternately arranged in a lengthwise direction of the guide rail, and the knob (120, 220) includes a magnetic body configured to contact the guide part (140, 240) and having the second polarity. a display (110, 210) configured to display an image showing a plurality of vehicle operation functions; a knob (120, 220) electrically coupled to the display and configured to be laterally movable by a vehicle driver to select one of the plurality of vehicle operation functions displayed on the display; and a guide rail configured to provide a lateral movement path for the knob (120, 220), the guide rail being divided into a plurality of functional areas respectively associated with the plurality of vehicle operation functions displayed on the display, characterized by a guide part (140, 240) including a plurality of first magnets having a first polarity, each first magnet being arranged at each of the functional areas of the guide rail, and a plurality of second magnets having a second polarity different from the first polarity of the first magnets, each second magnet being disposed near the first magnet, further characterized in that the first and second magnets are alternately arranged in a lengthwise direction of the guide rail, and the knob (120, 220) includes a magnetic body configured to contact the guide part (140, 240) and having the second polarity.
A method of changing a content screen of a portable apparatus, the method comprising: displaying content; receiving bio-information comprising an electroencephalogram, EEG, of the user from a wearable apparatus while the content is displayed; calculating a visual fatigue based on the bio-information of the user; determining whether the visual fatigue has increased above a threshold value; receiving an input to change a displayed page from the user; displaying other content comprising an ocular movement guide (763, 764) in response to the increase in visual fatigue and the input to change the displayed page; detecting, by a camera, whether an ocular movement of the user corresponds to the ocular movement guide; and changing the displayed page if the ocular movement of the user corresponds to the ocular movement guide, or keeping the displayed page otherwise. displaying content; receiving bio-information comprising an electroencephalogram, EEG, of the user from a wearable apparatus while the content is displayed; calculating a visual fatigue based on the bio-information of the user; determining whether the visual fatigue has increased above a threshold value; receiving an input to change a displayed page from the user; displaying other content comprising an ocular movement guide (763, 764) in response to the increase in visual fatigue and the input to change the displayed page; detecting, by a camera, whether an ocular movement of the user corresponds to the ocular movement guide; and changing the displayed page if the ocular movement of the user corresponds to the ocular movement guide, or keeping the displayed page otherwise.
Method for adapting a displayed view of a digital mirror system of a vehicle, the method comprising the following steps: - providing a vehicle with a digital mirror system comprising: - at least one camera to capture a video feed from outside the vehicle, the video feed being composed by a sequence of images comprising an image content; and - at least one display displaying at least a portion of the image content of each image in the video feed, the display comprising an upper border, a lower border and two opposite lateral borders; - providing the vehicle with an eye tracking unit to track a viewing direction of a driver's eyes; - capturing the video feed and displaying one portion of the video feed's image content on the display; - identifying a change of the viewing direction of the driver's eyes; - shifting the portion of the video feed's image content according to the driver's eyes' changed viewing direction, characterized by the step that, the portion of the video feed's image content is only shifted if the viewing direction points towards a block at the display's borders (50, 52, 54) for a predefined time span. - providing a vehicle with a digital mirror system comprising: - at least one camera to capture a video feed from outside the vehicle, the video feed being composed by a sequence of images comprising an image content; and - at least one display displaying at least a portion of the image content of each image in the video feed, the display comprising an upper border, a lower border and two opposite lateral borders; - providing the vehicle with an eye tracking unit to track a viewing direction of a driver's eyes; - capturing the video feed and displaying one portion of the video feed's image content on the display; - identifying a change of the viewing direction of the driver's eyes; - shifting the portion of the video feed's image content according to the driver's eyes' changed viewing direction,
A peptide having an activity to stimulate hair production, the peptide consisting of the amino acid sequence selected from the group consisting of SEQ ID NO: 1 to SEQ ID NO: 3.