mhurhangee/ep-ind-claims huggingface dataset:
An airframe handling apparatus comprising: a jig that is removably attachable to an aircraft fuselage at a wing attachment structure of an aircraft; and, a fuselage transport mechanism (16, 18) configured to support the jig on the fuselage transport mechanism (16, 18), wherein: the fuselage transport mechanism (16, 18) being a pair of fuselage transport mechanisms (16, 18), the pair of fuselage transport mechanisms (16, 18) being configured to removably attach to the jig on opposite sides of the jig, the pair of fuselage transport mechanisms (16, 18) being operable to move the jig horizontally in multiple directions and to selectively raise and lower the jig vertically, the airframe handling apparatus further comprising a jig transport mechanism that is configured to support the jig on the jig transport mechanism, the jig transport mechanism being operable to move and transport the jig, the pair of fuselage transport mechanisms (16, 18) being separate from the jig transport mechanism. a jig that is removably attachable to an aircraft fuselage at a wing attachment structure of an aircraft; and, a fuselage transport mechanism (16, 18) configured to support the jig on the fuselage transport mechanism (16, 18), wherein: the fuselage transport mechanism (16, 18) being a pair of fuselage transport mechanisms (16, 18), the pair of fuselage transport mechanisms (16, 18) being configured to removably attach to the jig on opposite sides of the jig, the pair of fuselage transport mechanisms (16, 18) being operable to move the jig horizontally in multiple directions and to selectively raise and lower the jig vertically, the airframe handling apparatus further comprising a jig transport mechanism that is configured to support the jig on the jig transport mechanism, the jig transport mechanism being operable to move and transport the jig, the pair of fuselage transport mechanisms (16, 18) being separate from the jig transport mechanism. the fuselage transport mechanism (16, 18) being a pair of fuselage transport mechanisms (16, 18), the pair of fuselage transport mechanisms (16, 18) being configured to removably attach to the jig on opposite sides of the jig, the pair of fuselage transport mechanisms (16, 18) being operable to move the jig horizontally in multiple directions and to selectively raise and lower the jig vertically, the airframe handling apparatus further comprising a jig transport mechanism that is configured to support the jig on the jig transport mechanism, the jig transport mechanism being operable to move and transport the jig, the pair of fuselage transport mechanisms (16, 18) being separate from the jig transport mechanism.
A digital device, comprising: a digital function having adjustable power and speed parameters, the adjustable power and speed parameters being selectable for operating the digital function over a plurality of different clock frequency ranges; logic circuits having adjustable power and speed parameters, the adjustable power and speed parameters being selectable for operating the logic circuits over the plurality of different clock frequency ranges; and a configuration register for storing programmable configuration bits used for selecting the adjustable power and speed parameters of the digital function and logic circuits to optimize power utilization when operating at a clock frequency within a corresponding one of the plurality of different clock frequency ranges; wherein the programmable configuration bits define one of a plurality of different frequency ranges, wherein a chosen clock frequency of said digital device lies within said programmed frequency range. a digital function having adjustable power and speed parameters, the adjustable power and speed parameters being selectable for operating the digital function over a plurality of different clock frequency ranges; logic circuits having adjustable power and speed parameters, the adjustable power and speed parameters being selectable for operating the logic circuits over the plurality of different clock frequency ranges; and a configuration register for storing programmable configuration bits used for selecting the adjustable power and speed parameters of the digital function and logic circuits to optimize power utilization when operating at a clock frequency within a corresponding one of the plurality of different clock frequency ranges; wherein the programmable configuration bits define one of a plurality of different frequency ranges, wherein a chosen clock frequency of said digital device lies within said programmed frequency range.
A bed comprising agglomerated ion exchange particles, said bed being suitable for use as chromatographic packing and comprising: (a) component A comprising substrate particles and polymer chains of one charge, positive or negative, bound to said substrate particles, wherein said component A polymer chains are formed by at least first and second condensation polymer reaction products of an amine and a polyfunctional compound, said first reaction product being attached to said component A substrate particles and comprising the reaction product of an amine and a polyfunctional compound, and said second reaction product being bound to said first reaction products, and (b) component B comprising substrate particles having external surfaces of opposite charge to that of said charged polymer chains, at least some of said component A and component B being bound at least in part by electrostatic forces between said component A charged polymer chains and said component B external surfaces forming, in composite, an agglomerated bed of ion exchange particles, wherein the ratio of particle diameters of component A and component B is between 0.2:1 and 5:1. (a) component A comprising substrate particles and polymer chains of one charge, positive or negative, bound to said substrate particles, wherein said component A polymer chains are formed by at least first and second condensation polymer reaction products of an amine and a polyfunctional compound, said first reaction product being attached to said component A substrate particles and comprising the reaction product of an amine and a polyfunctional compound, and said second reaction product being bound to said first reaction products, and (b) component B comprising substrate particles having external surfaces of opposite charge to that of said charged polymer chains, at least some of said component A and component B being bound at least in part by electrostatic forces between said component A charged polymer chains and said component B external surfaces forming, in composite, an agglomerated bed of ion exchange particles,
Implant in silicone or any other supple, light and flexible biocompatible material, with an oval egg-shaped design, truncated from its superolateral third along an oblique axis from top to bottom., characterised in that it comprises a convex outer side in all orientations, a concave inner side and a profiled peripheral edge the thickness of which increases towards the bottom.
A method for increasing resistance of a food product subjected to cooking or freezing, the method comprising the steps of: (a) coating said food product with a polysaccharide solution comprising at least one polysaccharide selected from the group consisting of carrageenan, gellan, alginate, pectin, cellulose derivatives and starch derivatives, to cover the surface of said food product; and (b) cross-linking said polysaccharide with a cross-linking agent solution comprising between 0.5% to 50% w/w calcium ascorbate, to obtain a cross-linked polysaccharide layer covering said surface of said food product; (c) subjecting the coated food product to cooking or freezing; wherein said increased resistance is at least one of a conservation of the cell's physical structure, a conservation of the physical integrity, a conservation of the firmness and/or a conservation of the appearance of the food product. (a) coating said food product with a polysaccharide solution comprising at least one polysaccharide selected from the group consisting of carrageenan, gellan, alginate, pectin, cellulose derivatives and starch derivatives, to cover the surface of said food product; and (b) cross-linking said polysaccharide with a cross-linking agent solution comprising between 0.5% to 50% w/w calcium ascorbate, to obtain a cross-linked polysaccharide layer covering said surface of said food product; (c) subjecting the coated food product to cooking or freezing;
A handheld landmark identifier for use in a surgical targeting system, the landmark identifier comprising; an electromagnetic field generator and a mounting structure comprising elements that are configured to receive components of the electromagnetic field generator, the elements disposed on the mounting structure at locations and orientations relative to each other; and at least one covering formed over the mounting structure, wherein the locations and orientations of the elements relative to each other remain substantially unaltered after exposure to one or more sterilization processes and the landmark identifier further comprises a removable drill sleeve and/or removable drill sleeve attachment having a longitudinal axis aligned with the center of gravity. an electromagnetic field generator and a mounting structure comprising elements that are configured to receive components of the electromagnetic field generator, the elements disposed on the mounting structure at locations and orientations relative to each other; and at least one covering formed over the mounting structure, wherein the locations and orientations of the elements relative to each other remain substantially unaltered after exposure to one or more sterilization processes and the landmark identifier further comprises a removable drill sleeve and/or removable drill sleeve attachment having a longitudinal axis aligned with the center of gravity.
A mobile communication system for realizing single radio voice call continuity 'SRVCC' the mobile communication system comprising: a LTE radio access system; a 2G/3G radio access system; an enhanced MSC/MGW; a gateway; and an IMS 'IP Multimedia subsystem' wherein the gateway is configured to switch a path for voice communications between a first mobile station (UE#1) and a second mobile station (UE#2), from a path through the LTE radio access system to a path through the 2G/3G radio access system in a visited network of the first mobile station, wherein the path through the 2G/3G radio access system includes a circuit-switched signal exchanged between the first mobile station and the enhanced MSC/MGW via the 2G/3G radio access system and a VoIP media signal and a VoIP control signal exchanged between the enhanced MSC/MGW and the second mobile station, and characterised by the enhanced MSC/MGW is configured to convert the circuit-switched signal to the VoIP media signal and the VoIP control signal. a LTE radio access system; a 2G/3G radio access system; an enhanced MSC/MGW; a gateway; and an IMS 'IP Multimedia subsystem'
An antenna comprising: a ground structure; a radiating element extending along a longitudinal axis substantially orthogonally from said ground structure; an electrically conductive sleeve extending along said longitudinal axis and at least partially enclosing the radiating element, thereby forming a space between said at least partially enclosed radiating element and said sleeve; and a dielectric material at least partially filling the space; characterized in that it further comprises one or more filtering elements in the space between said sleeve and said radiating element, wherein each of the one or more filtering elements includes a printed circuit board having a dielectric base layer and a conductive layer on top of the dielectric layer, said conductive layer forming a metallic H-shape layer. a ground structure; a radiating element extending along a longitudinal axis substantially orthogonally from said ground structure; an electrically conductive sleeve extending along said longitudinal axis and at least partially enclosing the radiating element, thereby forming a space between said at least partially enclosed radiating element and said sleeve; and a dielectric material at least partially filling the space; characterized in that it further comprises one or more filtering elements in the space between said sleeve and said radiating element, wherein each of the one or more filtering elements includes a printed circuit board having a dielectric base layer and a conductive layer on top of the dielectric layer, said conductive layer forming a metallic H-shape layer.
Refrigerator having a refrigerator door on which at least one height-adjustably arranged door tray is provided, which is releasably attached to the inside of the door by means of a latching device for height adjustment, wherein the door tray has a first actuatable latching means which forms the latching device with a second latching means, characterised in that the latching means and the door tray are made of different material, and that the latching means is connectively arranged on the door tray by means of two- or multi-component technology.
An electric motor, comprising: a casing; a stator supported by the casing, the stator comprising a stator yoke and stator teeth, and a winding being wound around the stator teeth and generating a magnetic field when energized; and a rotor (24; 241) which rotates under the action of the magnetic field and which comprises an inner ring disposed on an inner side of the stator, an outer ring disposed on an outer side of the stator, and a connection portion connected between the inner ring and the outer ring; wherein at least a portion of the stator yoke is formed as a moving plate (3; 31, 31', 3"; 31") which is movable between a first position and a second position; wherein when the winding is energized, the moving plate (3; 31, 31', 3"; 31") is capable of moving from the first position to the second position under the action of the magnetic field, and wherein in the second position, the moving plate (3; 31, 31', 3"; 31") is separated from the rotor; and wherein after the winding is de-energized, the moving plate (3; 31, 31', 3"; 31") is moved from the second position to the first position under the action of a spring force generated by the moving plate (3; 31, 31', 3"; 31") itself or by a spring member (33, 32"), so that the moving plate (3; 31, 31', 3"; 31") comes into contact with the rotor (24; 241) to provide a braking force to the rotor (24; 241). a casing; a stator supported by the casing, the stator comprising a stator yoke and stator teeth, and a winding being wound around the stator teeth and generating a magnetic field when energized; and a rotor (24; 241) which rotates under the action of the magnetic field and which comprises an inner ring disposed on an inner side of the stator, an outer ring disposed on an outer side of the stator, and a connection portion connected between the inner ring and the outer ring; wherein at least a portion of the stator yoke is formed as a moving plate (3; 31, 31', 3"; 31") which is movable between a first position and a second position; wherein when the winding is energized, the moving plate (3; 31, 31', 3"; 31") is capable of moving from the first position to the second position under the action of the magnetic field, and wherein in the second position, the moving plate (3; 31, 31', 3"; 31") is separated from the rotor; and wherein after the winding is de-energized, the moving plate (3; 31, 31', 3"; 31") is moved from the second position to the first position under the action of a spring force generated by the moving plate (3; 31, 31', 3"; 31") itself or by a spring member (33, 32"), so that the moving plate (3; 31, 31', 3"; 31") comes into contact with the rotor (24; 241) to provide a braking force to the rotor (24; 241).
A touch input device comprising: a touch panel including a sensor pattern and an operation surface arranged above the sensor pattern, wherein the sensor pattern includes first electrodes and second electrodes insulated from one another and arranged in a grid; a controller configured to apply a drive pulse signal to the sensor pattern and detect a touch location where the operation surface of the touch panel is touched based on changes in capacitance of the sensor pattern; and a cancellation electrode to which a cancellation pulse signal is applied during application of the drive pulse signal, wherein the cancellation pulse signal has a phase inverted from that of the drive pulse signal, characterized in that the cancellation electrode is discrete from the first and second electrodes (12, 13), and the cancellation electrode is formed from a strip of conductive material and is arranged in the touch panel adjacent to the sensor pattern below the operation surface, and the cancellation electrode is arranged parallel to the first electrodes. a touch panel including a sensor pattern and an operation surface arranged above the sensor pattern, wherein the sensor pattern includes first electrodes and second electrodes insulated from one another and arranged in a grid; a controller configured to apply a drive pulse signal to the sensor pattern and detect a touch location where the operation surface of the touch panel is touched based on changes in capacitance of the sensor pattern; and a cancellation electrode to which a cancellation pulse signal is applied during application of the drive pulse signal, wherein the cancellation pulse signal has a phase inverted from that of the drive pulse signal,
Method for navigating an automated vehicle, the automated vehicle comprising a human interface device comprising an interior display, wherein the method comprises: - determining a target position of a predefined infrastructure element in an environment of the automated vehicle using map data and an actual position of the automated vehicle, - checking the presence of the infrastructure element at the target position using a sensor system of the automated vehicle and an object detection algorithm configured to detect the predefined infrastructure element based on sensor data captured by the sensor system, - if a result of checking the presence of the predefined infrastructure element is positive, creating a map based on the map data where the predefined infrastructure element is included, - displaying the map using the interior display to a user of the automated vehicle, - determining a presence of a predefined user input at a user input unit comprised by the human interface device in response to displaying the map to the user, and - if the presence of the predefined user input is determined, navigating the automated vehicle automatically to the predefined infrastructure element, characterized in that the method further comprises, during navigating to the predefined infrastructure element, sending a request from the automated vehicle to the predefined infrastructure element to establish a communication with the predefined infrastructure element when a distance between the automated vehicle and the predefined infrastructure element is below a predefined threshold to check if the predefined infrastructure element is working and/or available. - determining a target position of a predefined infrastructure element in an environment of the automated vehicle using map data and an actual position of the automated vehicle, - checking the presence of the infrastructure element at the target position using a sensor system of the automated vehicle and an object detection algorithm configured to detect the predefined infrastructure element based on sensor data captured by the sensor system, - if a result of checking the presence of the predefined infrastructure element is positive, creating a map based on the map data where the predefined infrastructure element is included, - displaying the map using the interior display to a user of the automated vehicle, - determining a presence of a predefined user input at a user input unit comprised by the human interface device in response to displaying the map to the user, and - if the presence of the predefined user input is determined, navigating the automated vehicle automatically to the predefined infrastructure element,
A particulate material for powder bed fusion, comprising, based on the total weight of the particulate material, 97.4 to 99.98 weight percent of a thermoplastic selected from the group consisting of semicrystalline polycarbonates and semicrystalline polyetherimides; and 0.02 to 0.6 weight percent of a sulfonate salt having the structure wherein Z is a phosphorus atom or a nitrogen atom; each occurrence of X is independently halogen or hydrogen provided that at least one X is halogen; b, d, and e are integers from zero to 12; c is 0 or 1 provided that when c is 1, d and e are not both zero; R 11 -R 13 are each independently C 1 -C 12 hydrocarbyl; R 14 is C 1 -C 18 hydrocarbyl; and Y is selected from wherein R 15 is hydrogen or C 1 -C 12 hydrocarbyl; wherein the particulate material comprises particles characterized by a volume-based distribution of equivalent spherical diameters determined by laser diffraction according to ISO 13320:2009, and the distribution exhibits a Dv50 value in a range of 20 to 200 micrometers, wherein Dv50 is defined as the median equivalent spherical diameter. 97.4 to 99.98 weight percent of a thermoplastic selected from the group consisting of semicrystalline polycarbonates and semicrystalline polyetherimides; and 0.02 to 0.6 weight percent of a sulfonate salt having the structure wherein Z is a phosphorus atom or a nitrogen atom; each occurrence of X is independently halogen or hydrogen provided that at least one X is halogen; b, d, and e are integers from zero to 12; c is 0 or 1 provided that when c is 1, d and e are not both zero; R 11 -R 13 are each independently C 1 -C 12 hydrocarbyl; R 14 is C 1 -C 18 hydrocarbyl; and Y is selected from wherein R 15 is hydrogen or C 1 -C 12 hydrocarbyl; wherein the particulate material comprises particles characterized by a volume-based distribution of equivalent spherical diameters determined by laser diffraction according to ISO 13320:2009, and the distribution exhibits a Dv50 value in a range of 20 to 200 micrometers, wherein Dv50 is defined as the median equivalent spherical diameter.