mhurhangee/ep-ind-claims huggingface dataset:
Vacuum cleaner for cleaning and maintaining floor surfaces, comprising a housing and a fan which is arranged in the housing and is intended for generating a vacuum for picking up dirt by means of an air flow, the fan being accommodated in a fan chamber formed in the housing, the fan being mounted in the fan chamber via at least one support part (5, 6) suspended in the housing, characterised in that the support part (5, 6) is suspended in the housing via catch hooks.
High density optical fiber distribution sub-rack comprising: - a chassis for housing a plurality of shelves, said chassis comprising at least two shelf storage areas (12, 13) placed side by side with each other, - at least one shelf housed in one of the at least two shelf storage areas (12, 13) of the chassis, said at least one shelf having an internal hollow seat for connection modules, said at least one shelf comprising one or more connection modules having a plurality of adapters for interconnection optical fibers, said one or more connection modules being arranged in the internal hollow seat of the at least one shelf at a frontal face of the at least one shelf, wherein the at least one shelf is guided so as to be movable towards the external of the chassis by the succession of a translation movement and a rotation movement of the at least one shelf, wherein the rotation movement occurs around an axis orthogonal to the bottom wall of the chassis and wherein the at least one shelf is guided by a guiding pin that cooperates with a guiding slot, the guiding pin being fixed to the chassis inside the shelf storage areas (12, 13) where the at least one shelf is housed and the guiding slot being made in the at least one shelf. - a chassis for housing a plurality of shelves, said chassis comprising at least two shelf storage areas (12, 13) placed side by side with each other, - at least one shelf housed in one of the at least two shelf storage areas (12, 13) of the chassis, said at least one shelf having an internal hollow seat for connection modules, said at least one shelf comprising one or more connection modules having a plurality of adapters for interconnection optical fibers, said one or more connection modules being arranged in the internal hollow seat of the at least one shelf at a frontal face of the at least one shelf, wherein the at least one shelf is guided so as to be movable towards the external of the chassis by the succession of a translation movement and a rotation movement of the at least one shelf, wherein the rotation movement occurs around an axis orthogonal to the bottom wall of the chassis and wherein the at least one shelf is guided by a guiding pin that cooperates with a guiding slot, the guiding pin being fixed to the chassis inside the shelf storage areas (12, 13) where the at least one shelf is housed and the guiding slot being made in the at least one shelf.
Method for detecting a hard landing in order to detect if a hard landing has occurred during a landing phase (PHASATT) carried out by an aircraft, the aircraft being provided with at least one landing gear comprising a contact member coming into contact with the ground during a landing manoeuvre and at least two connectors connected to a structure of the aircraft, said landing gear comprising at least one shock absorber containing at least one fluid, characterised in that the method for detecting a hard landing comprises carrying out a series of successive monitoring cycles, each monitoring cycle comprising the following steps: - determining, using a controller, three ground components (FSX, FSY, FSZ) of a ground reaction force at an interface between the ground and the contact member and along three separate and non-coplanar reference axes (AX, AY, AZ) respectively, and determining, for each connector, three attachment components (FAX, FAY, FAY) of a force applied to this connector along said three reference axes (AX, AY, AZ) respectively, - determining, using the controller, whether a ground stress point (PSOL) defined by the three ground components (FSX, FSY, FSZ) lies within or outside a ground volume delimited by a ground dimensioning envelope in a three-dimensional ground diagram, and, for each connector, whether an attachment stress point (PATT) defined by the three corresponding attachment components (FAX, FAY, FAY) lies within or outside an attachment volume delimited by an attachment dimensioning envelope in a three-dimensional attachment diagram specific to it, - and determining that a hard landing has occurred when at least the ground stress point (PSOL) lies outside the ground dimensioning envelope or at least one attachment stress point (PATT) lies outside the corresponding attachment dimensioning envelope. - determining, using a controller, three ground components (FSX, FSY, FSZ) of a ground reaction force at an interface between the ground and the contact member and along three separate and non-coplanar reference axes (AX, AY, AZ) respectively, and determining, for each connector, three attachment components (FAX, FAY, FAY) of a force applied to this connector along said three reference axes (AX, AY, AZ) respectively, - determining, using the controller, whether a ground stress point (PSOL) defined by the three ground components (FSX, FSY, FSZ) lies within or outside a ground volume delimited by a ground dimensioning envelope in a three-dimensional ground diagram, and, for each connector, whether an attachment stress point (PATT) defined by the three corresponding attachment components (FAX, FAY, FAY) lies within or outside an attachment volume delimited by an attachment dimensioning envelope in a three-dimensional attachment diagram specific to it, - and determining that a hard landing has occurred when at least the ground stress point (PSOL) lies outside the ground dimensioning envelope or at least one attachment stress point (PATT) lies outside the corresponding attachment dimensioning envelope.
A Neisserial bleb preparation derived from a neisserial strain with an L2 LOS immunotype or a neisserial strain with an L3 LOS immunotype and wherein the strain is lgtB -; or a Neisserial bleb preparation comprising a combination of blebs derived from a neisserial strain with an L2 LOS immunotype and a neisserial strain with an L3 LOS immunotype, wherein each strain is lgtB -.
A device for dispensing a material under pressure, comprising: a) a flexible bag for containing said material and a valve positioned at a first extremity of said bag and operable to control exit of said material from said bag; said valve being held by a valve assembly structure; wherein said valve assembly structure contains said valve and connects said valve to said bag; and b) an elastic sleeve which comprises a lumen, said sleeve being fitted over said bag and containing said bag within said lumen; said sleeve and said bag being sized and positioned so that elastic contraction forces in said sleeve exert compressive pressure on said bag, wherein pressure exerted by said sleeve on said bag is at least 6 bar when said bag is full, and at least 2 bar when said bag is empty, wherein a first end of said sleeve having an opening surrounds a portion of said valve assembly structure, and compressive forces exerted by said sleeve on said valve assembly structure anchor said first open end of said sleeve to said valve assembly structure, said device being characterized in that: said valve assembly structure possesses a surface which comes in contact with a top end region of sleeve, such that pressure applied by said sleeve end portion on said valve assembly structure, and induced friction between said sleeve and said valve assembly structure suffice to hold said sleeve and said valve assembly structure together without gluing, welding, snapping, screwing and crimping, while allowing movement during construction and operation. a) a flexible bag for containing said material and a valve positioned at a first extremity of said bag and operable to control exit of said material from said bag; said valve being held by a valve assembly structure; wherein said valve assembly structure contains said valve and connects said valve to said bag; and b) an elastic sleeve which comprises a lumen, said sleeve being fitted over said bag and containing said bag within said lumen; said valve assembly structure possesses a surface which comes in contact with a top end region of sleeve, such that pressure applied by said sleeve end portion on said valve assembly structure, and induced friction between said sleeve and said valve assembly structure suffice to hold said sleeve and said valve assembly structure together without gluing, welding, snapping, screwing and crimping, while allowing movement during construction and operation.
Propeller-type propulsion system for an aircraft, comprising: - a propeller; - a plurality of electric motors comprising respective nested coaxial driveshafts (222, 223, 224); and - a gearbox having an output shaft onto which the propeller is mechanically coupled, and an input shaft to which the coaxial driveshafts (222, 223, 224) of said electric motors are mechanically coupled, characterized in that the axis of rotation of the coaxial driveshafts (222, 223, 224) is off-centre with respect to the axis of rotation of the output shaft and further comprises a housing that includes a mechanism for controlling the orientation of the blades of the propeller and is placed in continuity with the output shaft, on the opposite side of the gearbox from the propeller. - a propeller; - a plurality of electric motors comprising respective nested coaxial driveshafts (222, 223, 224); and - a gearbox having an output shaft onto which the propeller is mechanically coupled, and an input shaft to which the coaxial driveshafts (222, 223, 224) of said electric motors are mechanically coupled,
A radio receiver apparatus comprising: radio circuitry (4, 4') for receiving a sequence of radio data packets, transmitted at regular intervals, the sequence of radio data packets encoding a digital audio stream, wherein each radio data packet encodes a respective number of audio samples from the digital audio stream; a digital audio interface for outputting audio samples from the received digital audio stream; and a controllable oscillator arranged to control an output rate at which the audio samples are output from the digital audio interface; characterised in that the radio receiver apparatus further comprises: a timer; and control logic configured to use the timer to measure an interval between receiving each of a pair of the radio data packets, and to control the oscillator to vary said output rate incrementally, in a number of steps, while outputting the audio samples from one radio data packet, wherein the number of steps, or the size of each step, or both, depends on said measured interval. radio circuitry (4, 4') for receiving a sequence of radio data packets, transmitted at regular intervals, the sequence of radio data packets encoding a digital audio stream, wherein each radio data packet encodes a respective number of audio samples from the digital audio stream; a digital audio interface for outputting audio samples from the received digital audio stream; and a controllable oscillator arranged to control an output rate at which the audio samples are output from the digital audio interface; a timer; and control logic configured to use the timer to measure an interval between receiving each of a pair of the radio data packets, and to control the oscillator to vary said output rate incrementally, in a number of steps, while outputting the audio samples from one radio data packet, wherein the number of steps, or the size of each step, or both, depends on said measured interval.
A method comprising: creating a copy of an original packet of a traffic flow at an ingress leaf node of a cloud switch; forwarding, by the ingress leaf node, the original packet along a less-specific path through the cloud switch, the less-specific path based on a domain index of an egress domain for the original packet; modifying the copy of the original packet to create more a specific path learn request packet; forwarding, by the ingress leaf node, the more specific path learn request packet along the less-specific path through the cloud switch; receiving, at the ingress leaf node, a more specific path learn request reply packet that includes an indication of a fabric system port; and programming a forwarding table based on the indication of the fabric system port, to have subsequent packets of the traffic flow forwarded along a more-specific path defined by the fabric system port (570, 580). creating a copy of an original packet of a traffic flow at an ingress leaf node of a cloud switch; forwarding, by the ingress leaf node, the original packet along a less-specific path through the cloud switch, the less-specific path based on a domain index of an egress domain for the original packet; modifying the copy of the original packet to create more a specific path learn request packet; forwarding, by the ingress leaf node, the more specific path learn request packet along the less-specific path through the cloud switch; receiving, at the ingress leaf node, a more specific path learn request reply packet that includes an indication of a fabric system port; and programming a forwarding table based on the indication of the fabric system port, to have subsequent packets of the traffic flow forwarded along a more-specific path defined by the fabric system port (570, 580).
A towable device for towing behind a watercraft comprising: a bridle having a front for connecting to a first tow cable and back for connecting to a second tow cable; and a tow body rotatably coupled to the bridle at a single pivot connection between the front and back of the bridle, the tow body rotatable about the single pivot point relative to the bridle between a position in line with the front of the bridle and the back of the bridle for recovery and an approximately vertical position in use. a bridle having a front for connecting to a first tow cable and back for connecting to a second tow cable; and a tow body rotatably coupled to the bridle at a single pivot connection between the front and back of the bridle, the tow body rotatable about the single pivot point relative to the bridle between a position in line with the front of the bridle and the back of the bridle for recovery and an approximately vertical position in use.
A high-strength aluminum-based alloy comprising zinc, magnesium, nickel, iron, copper, and zirconium, and additionally comprising at least one metal selected from the group including titanium, scandium, and chromium, with the following ratios, wt.%: Zinc 3.8-7.4 Magnesium 1.2-2.6 Nickel 0.5-2.5 Iron 0.3-1.0 Copper 0.001-0.25 Zirconium 0.05-0.2 Titanium 0.01-0.05 Scandium 0.05-0.10 Chromium 0.04-0.15 Aluminum the rest, wherein iron and nickel create aluminides of the Al 9 FeNi eutectic phase the volume fraction of which is no less than 2 vol.%, said eutectic aluminides having the particle size no more than 2 μm.
Method for providing a succinic acid solution, comprising the steps of - providing a first magnesium succinate containing medium with a magnesium succinate concentration of 18-23 wt.% to a first acidification reactor where it is contacted with hydrogen chloride to form a solution of succinic acid, magnesium chloride and hydrogen chloride, - providing a second magnesium succinate containing medium with a magnesium succinate concentration of 25-50 wt.%, and contacting it in a second acidification reactor with the solution of succinic acid, magnesium chloride and hydrogen chloride withdrawn from the first acidification reactor, to form an aqueous mixture comprising magnesium chloride and succinic acid with a succinic acid concentration of at least 18 wt.%. - providing a first magnesium succinate containing medium with a magnesium succinate concentration of 18-23 wt.% to a first acidification reactor where it is contacted with hydrogen chloride to form a solution of succinic acid, magnesium chloride and hydrogen chloride, - providing a second magnesium succinate containing medium with a magnesium succinate concentration of 25-50 wt.%, and contacting it in a second acidification reactor with the solution of succinic acid, magnesium chloride and hydrogen chloride withdrawn from the first acidification reactor, to form an aqueous mixture comprising magnesium chloride and succinic acid with a succinic acid concentration of at least 18 wt.%.
A memory device, comprising: a plurality of wordlines connected to a plurality of memory cells, wherein the memory cells are static random-access memory (SRAM) cells; wordline logic connected between the plurality of wordlines and a plurality of driver interconnects; power logic connected to a voltage source and the plurality of driver interconnects, characterised in that the power logic includes a network of interconnects that electrically connect the plurality of driver interconnects together to form a virtual power network, wherein, in response to a memory request, the power logic is configured to connect the voltage source with the virtual power network to store an electric charge within the virtual power network by using a capacitance of the network of interconnects and the plurality of driver interconnects that form the virtual power network, and wherein the wordline logic is configured to under-drive a requested wordline of the plurality of wordlines associated with the memory request by connecting the requested wordline with the virtual power network to share the electric charge stored in the virtual power network with the requested wordline, and wherein the wordline logic is configured to under-drive a voltage of the requested wordline to be lower than a source voltage provided by the voltage source. a plurality of wordlines connected to a plurality of memory cells, wherein the memory cells are static random-access memory (SRAM) cells; wordline logic connected between the plurality of wordlines and a plurality of driver interconnects; power logic connected to a voltage source and the plurality of driver interconnects, characterised in that the power logic includes a network of interconnects that electrically connect the plurality of driver interconnects together to form a virtual power network, wherein, in response to a memory request, the power logic is configured to connect the voltage source with the virtual power network to store an electric charge within the virtual power network by using a capacitance of the network of interconnects and the plurality of driver interconnects that form the virtual power network, and wherein the wordline logic is configured to under-drive a requested wordline of the plurality of wordlines associated with the memory request by connecting the requested wordline with the virtual power network to share the electric charge stored in the virtual power network with the requested wordline, and wherein the wordline logic is configured to under-drive a voltage of the requested wordline to be lower than a source voltage provided by the voltage source.
A method, comprising: at an electronic device with one or more cameras and a touch-sensitive display: displaying, on the touch-sensitive display, a still image camera interface, wherein the still image camera interface includes a first camera preview and a first capture affordance for capturing, with the one or more cameras, one or more still images of one or more objects in a field of view of the one or more cameras; while displaying the still image camera interface on the touch-sensitive display, detecting a swipe input that includes movement of a contact across the first camera preview on the touch-sensitive display without interacting with a camera interface-switching affordance; and in response to detecting the swipe input that includes movement of the contact across the first camera preview on the touch-sensitive display, replacing display of the still image camera interface that includes the first camera preview with a video camera interface, wherein the video camera interface includes a second camera preview and a second capture affordance for initiating capture, with the one or more cameras, of video content of the one or more objects in the field of view of the one or more cameras. displaying, on the touch-sensitive display, a still image camera interface, wherein the still image camera interface includes a first camera preview and a first capture affordance for capturing, with the one or more cameras, one or more still images of one or more objects in a field of view of the one or more cameras; while displaying the still image camera interface on the touch-sensitive display, detecting a swipe input that includes movement of a contact across the first camera preview on the touch-sensitive display without interacting with a camera interface-switching affordance; and in response to detecting the swipe input that includes movement of the contact across the first camera preview on the touch-sensitive display, replacing display of the still image camera interface that includes the first camera preview with a video camera interface, wherein the video camera interface includes a second camera preview and a second capture affordance for initiating capture, with the one or more cameras, of video content of the one or more objects in the field of view of the one or more cameras.
Vehicle component having a structural reinforcement part, wherein the vehicle component has an outer side and an inner side, which is the side of the vehicle component that, in its fitted position in a vehicle, is remote from an impact, wherein the structural reinforcement part has an outer side and an inner side and is arranged with its outer side on the inner side of the vehicle component and is connected thereto, and wherein the structural reinforcement part comprises fibres embedded in plastics material for absorbing tensile and/or compressive forces or tensile (F Z) and/or compressive stresses, wherein the structural reinforcement part is provided with at least one stiffening element, in particular at least one fin (20, 21), wherein the at least one stiffening element (20, 21) is arranged facing the vehicle component on the side of the structural reinforcement part that faces and is connected to the vehicle component and/or facing an acting intrusion force, wherein a force acting on the vehicle component leads to deformation thereof and the deformed regions are supported in a form-fitting manner against the stiffening elements (20, 21) of the structural reinforcement part, characterised in that - the fibres in the structural reinforcement part are embedded in the plastics material in a pre-stressed state or a tensile association in pre-stressed form of the embedded fibres is provided, wherein - the fibres are so oriented that, when the vehicle component is subjected to the force that occurs, deformation of the profile of the vehicle component, in particular a tendency thereof to open and/or buckling thereof, is counteracted. - the fibres in the structural reinforcement part are embedded in the plastics material in a pre-stressed state or a tensile association in pre-stressed form of the embedded fibres is provided, wherein - the fibres are so oriented that, when the vehicle component is subjected to the force that occurs, deformation of the profile of the vehicle component, in particular a tendency thereof to open and/or buckling thereof, is counteracted.
A deicing/anti-icing fluid comprising: a biobased freezing point depressant; a vinylpyrrolidone polymer having a molecular weight between about 10,000 and about 700,000; and water, wherein the biobased freezing point depressant is one or more polyols having 3 to 8 carbon atoms. a biobased freezing point depressant; a vinylpyrrolidone polymer having a molecular weight between about 10,000 and about 700,000; and water, wherein the biobased freezing point depressant is one or more polyols having 3 to 8 carbon atoms.