mhurhangee/ep-ind-claims huggingface dataset:
An aircraft-landing-assistance method for aligning the aircraft with a given runway, said aircraft being equipped with a radar, said method having at least: - a step of said radar forming a number N of beams (21, 22, 23, 24, 25) that illuminate said runway and a portion of the surroundings of said runway; - a step of dividing the zone illuminated by said beams into distance-angle boxes (51, 52, 53, 54, 55), said beams delineating said boxes anglewise; - a step of measuring backscattered power received by distance-angle boxes, characterised in that, said measurements being carried out for a set of pairs of boxes (52, 54), a pair being composed of two boxes of same distance, one of which, called the right box, crosses the right edge of said runway, and the other one of which, called the left box, crosses the left edge, said method has: - a step of computing, for each pair, the difference in backscattered power between said right box and said left box, said aircraft being aligned with said axis when said difference is zero for at least two pairs of distance-angle boxes. - a step of said radar forming a number N of beams (21, 22, 23, 24, 25) that illuminate said runway and a portion of the surroundings of said runway; - a step of dividing the zone illuminated by said beams into distance-angle boxes (51, 52, 53, 54, 55), said beams delineating said boxes anglewise; - a step of measuring backscattered power received by distance-angle boxes, - a step of computing, for each pair, the difference in backscattered power between said right box and said left box, said aircraft being aligned with said axis when said difference is zero for at least two pairs of distance-angle boxes.
Plate freezer comprising a stack of freezer plates, where at least one freezer plate has a first and a second surface (2,3), first and second end sides (4,5) and first and second long sides (6,7), said surfaces (2,3) and sides (4,5,6,7) surrounding a hollow interior, through which a coolant may be circulated, where each freezer plate is provided with one or more apertures (10,11) in or adjacent the end sides (4,5) of each freezer plate, where one or more continuous rods (12,13) is/are inserted through overlapping apertures (10,11) in the stack of freezer plates, where each rod (10,11) in a first end is provided with actuator means (20,21), and where engagement members are arranged for each freezer plate and are in communication with the one or more rods (12,13), characterised in that each of said engagement members, selectively, may be in a locked position with the rod (12,13) such that the rod (12,13) and engagement members move at the same time when activated by the actuator means (20,21) or an unlocked position where the rod (12,13) when activated by the actuator means (20,21) moves relative to the engagement member.
Dishwasher, in particular a domestic dishwasher, with a dishwasher cavity for accommodating items to be washed and a spray apparatus with a first shaped component having a first edge and a second shaped component having a second edge which corresponds to the first edge, where the first and second shaped components (10, 20) are joined together by a joining seam at a seating face along their edges (11, 21) to form a fluid-tight hollow space, characterised in that the joining seam consists of an additional material and is applied to the seating face using an injection process.
A content processing integrated circuit, comprising: a system-on-a-chip, SoC, comprising: a first processor to receive (601; 701) an authentication request from an external device for authenticating if the SoC is permitted to receive encrypted content from the external device and to receive the encrypted content once the SoC is authenticated; an authentication processor, coupled to the first processor, to authenticate the SoC to the external device when the first processor receives the authentication request, and to generate a decryption key for decrypting the encrypted content once the SoC is authenticated; and a decryption processor coupled to the first processor and the authentication processor to receive the decryption key from the authentication processor and to decrypt the encrypted content with the decryption key. a first processor to receive (601; 701) an authentication request from an external device for authenticating if the SoC is permitted to receive encrypted content from the external device and to receive the encrypted content once the SoC is authenticated; an authentication processor, coupled to the first processor, to authenticate the SoC to the external device when the first processor receives the authentication request, and to generate a decryption key for decrypting the encrypted content once the SoC is authenticated; and a decryption processor coupled to the first processor and the authentication processor to receive the decryption key from the authentication processor and to decrypt the encrypted content with the decryption key.
Lifting hardware for in particular drawers, shelves, pull-out mechanisms and similar components of pieces of furniture such as e.g. kitchen cabinets comprising articulated levers (7, 8) which are attachable to a carcass of the piece of furniture at one end and to the component at the other end and pairs of which form four-bar lever assemblies associated with an outer face of the component, wherein a longitudinal guide comprising abutments for the component is associated with each four-bar lever assembly such that the component can translate relative to the four-bar lever assembly within a movement path delimited by the abutments, wherein a counter-bearing element is provided in each case on one of the articulated levers (7, 8) of the four-bar lever assembly, said counter-bearing element forming a second abutment for the associated longitudinal guide, in that in each case one link member can be arranged on the component at its outer sides, behind said link member the associated counter-bearing element being transferrable, during the pivot movement of the four-bar lever assembly, from the open intermediate position into the pivoted open raised position located in front of the carcass of the piece of furniture and in this pivoted open raised position located in front of the carcass of the piece of furniture forms the second abutment and prevents the component from translating relative to the associated four-bar lever assembly, characterised in that the counter-bearing elements are formed by rotatable rollers.
A composite tack film for use in asphalt applications comprising: a) a first polymer layer comprising a thermally conductive polymer having a melting temperature of less than about 100°C, wherein the first polymer layer comprises a thermally conductive filler; b) a second polymer layer adjacent the first polymer layer, the second polymer layer comprising a visco-elastic, thermally conductive polymer having a melting temperature of less than about 110°C; and c) a third polymer layer adjacent the second polymer layer, the third polymer layer comprising a thermally insulative polymer having a melting temperature of less than about 100°C, wherein the third polymer layer is substantially free of a filler, the content of such filler being less than 0,01 % by total weight of the third polymer layer. a) a first polymer layer comprising a thermally conductive polymer having a melting temperature of less than about 100°C, wherein the first polymer layer comprises a thermally conductive filler; b) a second polymer layer adjacent the first polymer layer, the second polymer layer comprising a visco-elastic, thermally conductive polymer having a melting temperature of less than about 110°C; and c) a third polymer layer adjacent the second polymer layer, the third polymer layer comprising a thermally insulative polymer having a melting temperature of less than about 100°C, wherein the third polymer layer is substantially free of a filler, the content of such filler being less than 0,01 % by total weight of the third polymer layer.
A method comprising: periodically acquiring access information of a plurality of data blocks stored in a plurality ofstorage devices, the plurality of storage devices comprising one or more hard disk drive -type storage devices (202, 202) and one or more solid state drive -type storage devices (204, 204), a respective HDD-type storage device of the one or more HDD-type storage devices comprising a first control unit, and a respective SSD-type storage device of the one or more SSD-type storage devices comprising a second control unit; and adjusting one or more storage locations of one or more data blocks of the plurality of data blocks according to the acquired access information of the plurality of data blocks, wherein adjusting the one or more storage locations of the one or more data blocks comprises: migrating, by the first control unit, a first data block, whose number of accesses exceeds a first predetermined number of times, stored in the respective HDD-type storage device to a randomly selected SSD-type storage device; and/or migrating, by the second control unit, a second data block, whose number of accesses is less than a second predetermined number of times, stored in the respective SSD-type storage device to a randomly selected HDD-type storage device; wherein the first and second control units are different. periodically acquiring access information of a plurality of data blocks stored in a plurality ofstorage devices, the plurality of storage devices comprising one or more hard disk drive -type storage devices (202, 202) and one or more solid state drive -type storage devices (204, 204), a respective HDD-type storage device of the one or more HDD-type storage devices comprising a first control unit, and a respective SSD-type storage device of the one or more SSD-type storage devices comprising a second control unit; and adjusting one or more storage locations of one or more data blocks of the plurality of data blocks according to the acquired access information of the plurality of data blocks, wherein adjusting the one or more storage locations of the one or more data blocks comprises: migrating, by the first control unit, a first data block, whose number of accesses exceeds a first predetermined number of times, stored in the respective HDD-type storage device to a randomly selected SSD-type storage device; and/or migrating, by the second control unit, a second data block, whose number of accesses is less than a second predetermined number of times, stored in the respective SSD-type storage device to a randomly selected HDD-type storage device; wherein the first and second control units are different. migrating, by the first control unit, a first data block, whose number of accesses exceeds a first predetermined number of times, stored in the respective HDD-type storage device to a randomly selected SSD-type storage device; and/or migrating, by the second control unit, a second data block, whose number of accesses is less than a second predetermined number of times, stored in the respective SSD-type storage device to a randomly selected HDD-type storage device; wherein the first and second control units are different.
A method for recovering performance in high humidity conditions of a fuel cell stack, comprising: 1) a first pulse operation process including i) generating a hydrogen pumping reaction in a cathode by applying a current to the cathode after a supply of air to the cathode stops; and ii) maintaining an OCV (open circuit voltage) by again supplying air to the cathode after the hydrogen pumping is performed; 2) a pole substitution process of substituting a pole of the fuel cell stack; and 3) a second pulse operation process including iii) generating the hydrogen pumping reaction in the cathode after the pole substitution by applying a current to the cathode after the supply of air to the cathode stops after the pole substitution; and iv) maintaining the OCV (open circuit voltage) by supplying air to the cathode after the pole substitution after the hydrogen pumping is performed. 1) a first pulse operation process including i) generating a hydrogen pumping reaction in a cathode by applying a current to the cathode after a supply of air to the cathode stops; and ii) maintaining an OCV (open circuit voltage) by again supplying air to the cathode after the hydrogen pumping is performed; i) generating a hydrogen pumping reaction in a cathode by applying a current to the cathode after a supply of air to the cathode stops; and ii) maintaining an OCV (open circuit voltage) by again supplying air to the cathode after the hydrogen pumping is performed; 2) a pole substitution process of substituting a pole of the fuel cell stack; and 3) a second pulse operation process including iii) generating the hydrogen pumping reaction in the cathode after the pole substitution by applying a current to the cathode after the supply of air to the cathode stops after the pole substitution; and iv) maintaining the OCV (open circuit voltage) by supplying air to the cathode after the pole substitution after the hydrogen pumping is performed. iii) generating the hydrogen pumping reaction in the cathode after the pole substitution by applying a current to the cathode after the supply of air to the cathode stops after the pole substitution; and iv) maintaining the OCV (open circuit voltage) by supplying air to the cathode after the pole substitution after the hydrogen pumping is performed.
A wall mounted acoustic structure containing wall panels, mounting frame comprising vertical profiles and horizontal angle bars and sound-insulating material placed between the wall and the panel, wherein between the panels there are dilatation gaps and the elements of the sound-insulating material are placed between the vertical profiles and the horizontal angle bars while each of the wall panels is hanged on at least two horizontal angle bars by use of hanger plates provided with fixing tongues inserted into horizontal slots positioned in the angle bars, characterized in that the rear face of the panels is provided with stress-relieving grooves and the front face of the panels is undulated and provided with pyramids, where each of the walls of each of the pyramids has a step-changing angle of inclination, and additionally, the horizontal angle bars are fixed in a dismountable way by direct connection to the vertical profiles provided with slanted keyways.
A physical quantity sensor comprising: a base unit; a wiring that is disposed in the base unit; a support unit that includes a first bond portion bonded to the base unit and a second bond portion bonded to the wiring; a suspension portion that is connected to the support unit; and an electrode finger (611, 621) that is supported by the suspension portion, wherein the support unit is located between the first bond portion and the suspension portion in a plan view and includes a first overhang portion separated from the base unit, wherein the support unit includes a second overhang portion that is located opposite to the first overhang portion with respect to the first bond portion and is separated from the base unit in the plan view, characterized in that: a length of the first overhang portion is longer than a length of the second overhang portion in a direction in which the first and second overhang portions (511c, 511d) are aligned in the plan view, and the first bond portion includes a notch portion, and wherein the second bond portion is disposed in the notch portion in the plan view. a base unit; a wiring that is disposed in the base unit; a support unit that includes a first bond portion bonded to the base unit and a second bond portion bonded to the wiring; a suspension portion that is connected to the support unit; and an electrode finger (611, 621) that is supported by the suspension portion, wherein the support unit is located between the first bond portion and the suspension portion in a plan view and includes a first overhang portion separated from the base unit, wherein the support unit includes a second overhang portion that is located opposite to the first overhang portion with respect to the first bond portion and is separated from the base unit in the plan view, characterized in that: a length of the first overhang portion is longer than a length of the second overhang portion in a direction in which the first and second overhang portions (511c, 511d) are aligned in the plan view, and the first bond portion includes a notch portion, and a length of the first overhang portion is longer than a length of the second overhang portion in a direction in which the first and second overhang portions (511c, 511d) are aligned in the plan view, and the first bond portion includes a notch portion, and wherein the second bond portion is disposed in the notch portion in the plan view.
Apparatus arranged to determine an interface between two components (10, 20), comprising: a reference electrode (E1, E6) arranged to be connected to a constant voltage supply or ground; a measurement electrode (E2 - E5), and a field generating device arranged to establish an electric field in at least one of the components; wherein the measurement electrode (E2 - E5) extends across the interface and wherein the field generating device is configured to establish the electric field across the measurement electrode (E2 - E5), and the apparatus is configured to measure a potential difference between the measurement electrode (E2 - E5) and the reference electrode (E1, E6), the potential difference between the measurement electrode (E2 - E5) and the reference electrode (E1, E6) being indicative of the interface between the components (10, 20). a reference electrode (E1, E6) arranged to be connected to a constant voltage supply or ground; a measurement electrode (E2 - E5), and a field generating device arranged to establish an electric field in at least one of the components; wherein the measurement electrode (E2 - E5) extends across the interface and wherein the field generating device is configured to establish the electric field across the measurement electrode (E2 - E5), and the apparatus is configured to measure a potential difference between the measurement electrode (E2 - E5) and the reference electrode (E1, E6), the potential difference between the measurement electrode (E2 - E5) and the reference electrode (E1, E6) being indicative of the interface between the components (10, 20).
An interlocking protective device to protect a portion of a wearer's anatomy, the interlocking protective structure comprising: a first component that extends in three dimensions and is configured to conform to a first sub-portion of the portion of the wearer's anatomy, the first component having at least a first interlocking edge having a first plurality of tabs and notches and having tab backers positioned in the notches and between the tabs of the first interlocking edge, whereby the tab backers need not be present for all of the notches of the first interlocking edge; and a second component that extends in three dimensions and is configured to conform to a second sub-portion of the portion of the wearer's anatomy, the second component having at least a second interlocking edge having a second plurality of tabs and notches that interlocks with the first plurality of tabs and notches to form an interlocking edge connection retaining the second component to the first component, such that the first component and the second component are configured to conform to the first sub-portion and the second sub-portion of the portion of the wearer's anatomy when the interlocking protective device is worn; and wherein the tabs of the second interlocking edge mate in the notches and between the tabs of the first interlocking edge and engage with the tab backers. a first component that extends in three dimensions and is configured to conform to a first sub-portion of the portion of the wearer's anatomy, the first component having at least a first interlocking edge having a first plurality of tabs and notches and having tab backers positioned in the notches and between the tabs of the first interlocking edge, whereby the tab backers need not be present for all of the notches of the first interlocking edge; and a second component that extends in three dimensions and is configured to conform to a second sub-portion of the portion of the wearer's anatomy, the second component having at least a second interlocking edge having a second plurality of tabs and notches that interlocks with the first plurality of tabs and notches to form an interlocking edge connection retaining the second component to the first component, such that the first component and the second component are configured to conform to the first sub-portion and the second sub-portion of the portion of the wearer's anatomy when the interlocking protective device is worn; and wherein the tabs of the second interlocking edge mate in the notches and between the tabs of the first interlocking edge and engage with the tab backers.
A method for wireless communication by a user equipment, UE, comprising: receiving a grant indicating a beginning transmission time interval, TTI, of a set of consecutive TTIs and allocation of resources within each TTI of the set of consecutive TTIs; receiving an indicator of a feedback window that is offset relative to the beginning TTI of the set of consecutive TTIs, the feedback window comprising a plurality of control channel occasions interspersed within a duration of the set of consecutive TTIs; receiving a transport block within a first TTI of the set of consecutive TTIs; and transmitting, within a first control channel occasion of the plurality of control channel occasions, feedback to indicate whether the transport block was successfully received. receiving a grant indicating a beginning transmission time interval, TTI, of a set of consecutive TTIs and allocation of resources within each TTI of the set of consecutive TTIs; receiving an indicator of a feedback window that is offset relative to the beginning TTI of the set of consecutive TTIs, the feedback window comprising a plurality of control channel occasions interspersed within a duration of the set of consecutive TTIs; receiving a transport block within a first TTI of the set of consecutive TTIs; and transmitting, within a first control channel occasion of the plurality of control channel occasions, feedback to indicate whether the transport block was successfully received.