mhurhangee/patent-ind-claim-en huggingface dataset:
An magnetic resonance examination system comprising - an RF arrangement with an RF antenna formed as an RF receiving coil to acquire magnetic resonance signals from an object to be examined, - a motion sensing arrangement to detect motion information of the obj ect, - a data processor to reconstruct an magnetic resonance image from the magnetic resonance signals, - the RF arrangement being coupled to the data processor to apply the magnetic resonance signals to the data processor , - the motion sensing arrangement being coupled to the data processor to apply the detected motion information to the data processing unit, characterised in that - the RF receiving coil is provided with a flexible receiver element, wherein the motion sensing arrangement is provided with - one or more RF antenna motion sensors mounted on the RF antenna in that the one or more RF antenna motion sensors are integrated in the flexible receiver elements, and - one or more object motion sensors adapted to be attached to the object - an RF arrangement with an RF antenna formed as an RF receiving coil to acquire magnetic resonance signals from an object to be examined, - a motion sensing arrangement to detect motion information of the obj ect, - a data processor to reconstruct an magnetic resonance image from the magnetic resonance signals, - the RF arrangement being coupled to the data processor to apply the magnetic resonance signals to the data processor , - the motion sensing arrangement being coupled to the data processor to apply the detected motion information to the data processing unit, characterised in that - the RF receiving coil is provided with a flexible receiver element, wherein the motion sensing arrangement is provided with - the RF arrangement being coupled to the data processor to apply the magnetic resonance signals to the data processor , - the motion sensing arrangement being coupled to the data processor to apply the detected motion information to the data processing unit, characterised in that - the RF receiving coil is provided with a flexible receiver element, - one or more RF antenna motion sensors mounted on the RF antenna in that the one or more RF antenna motion sensors are integrated in the flexible receiver elements, and - one or more object motion sensors adapted to be attached to the object
A method of forming a gas turbine engine component comprising: forming a plurality of internal channels in a main body between one or more internal ribs ; characterized in the method further comprises: inspecting the one or more internal ribs to define a weld pattern ; forming the weld pattern in an external surface of a cover skin , the weld pattern is based on at least a geometry of the one or more internal ribs ; positioning the cover skin along the main body to enclose the plurality of internal channels ; and welding the cover skin to the main body along the weld pattern subsequent to the positioning step. forming a plurality of internal channels in a main body between one or more internal ribs ; characterized in the method further comprises: inspecting the one or more internal ribs to define a weld pattern ; forming the weld pattern in an external surface of a cover skin , the weld pattern is based on at least a geometry of the one or more internal ribs ; positioning the cover skin along the main body to enclose the plurality of internal channels ; and welding the cover skin to the main body along the weld pattern subsequent to the positioning step. inspecting the one or more internal ribs to define a weld pattern ; forming the weld pattern in an external surface of a cover skin , the weld pattern is based on at least a geometry of the one or more internal ribs ; positioning the cover skin along the main body to enclose the plurality of internal channels ; and welding the cover skin to the main body along the weld pattern subsequent to the positioning step.
An iris expansion ring for cataract surgery without injector, the ring having a predominantly circular shape and comprising an opening in one of its sections sided by hook-shaped support points , wherein the ring comprises three inferior structures for fitting below the iris, the inferior structures being triangular-shaped and comprising an orifice for ring manipulation, the ring further comprising four superior structures for fitting on top of the iris so that i the iris is able to connect like a wave on the ring , the superior structures being rectangular-shaped and comprising an orifice for ring manipulation and the superior structures alternating along the circumference of the ring with the inferior structures , which have a smaller area than the superior structures , wherein a plane contains the superior structures and a plane contains the inferior structures , wherein said planes are parallel, and wherein the superior structures are distanced from the inferior structures along a direction perpendicular to the planes to create a socket for iris accommodation, the internal diameter of the ring being 6,3 mm and its thickness being 0,6 mm.
A kit for providing a kitchen appliance having a rotational drive system in a base unit thereof with a spiralizing function which enables slicing of a foodstuff into at least one strip, the kit comprising: a foodstuff engagement member adapted to engage with both the drive system and the foodstuff so as to enable the foodstuff to be rotated by the drive system; and a utensil for pressing onto the foodstuff as the foodstuff is being rotated, the utensil comprising: a housing having an inner surface defining a cavity for receiving the rotating foodstuff, and a graspable outer surface; and a cutter , the cutter being arranged to contact the foodstuff when the utensil is being pressed onto the rotating foodstuff so as to enable slicing of the foodstuff into said at least one strip, characterized in that the utensil is handheld, and in that the cutter is mounted in the cavity. a foodstuff engagement member adapted to engage with both the drive system and the foodstuff so as to enable the foodstuff to be rotated by the drive system; and a utensil for pressing onto the foodstuff as the foodstuff is being rotated, the utensil comprising: a housing having an inner surface defining a cavity for receiving the rotating foodstuff, and a graspable outer surface; and a cutter , the cutter being arranged to contact the foodstuff when the utensil is being pressed onto the rotating foodstuff so as to enable slicing of the foodstuff into said at least one strip, a housing having an inner surface defining a cavity for receiving the rotating foodstuff, and a graspable outer surface; and a cutter , the cutter being arranged to contact the foodstuff when the utensil is being pressed onto the rotating foodstuff so as to enable slicing of the foodstuff into said at least one strip, characterized in that the utensil is handheld, and in that the cutter is mounted in the cavity.
An illumination device, comprising: a substrate comprising a plurality of microLEDs; a film comprising a plurality of quantum dots; and a beam splitter comprising a plurality of layers, wherein the beam splitter is disposed between the substrate and the film as a continuous layer on and in contact with the substrate and the plurality of microLEDs. a substrate comprising a plurality of microLEDs; a film comprising a plurality of quantum dots; and a beam splitter comprising a plurality of layers, wherein the beam splitter is disposed between the substrate and the film as a continuous layer on and in contact with the substrate and the plurality of microLEDs.
A composite material, comprising-a porous structure, wherein a poly(propylenimine) (PPI) sorbent is present in a plurality of pores of the porous structure, where the PPI is physically impregnated in the internal volume of the porous structure and not covalently bonded to the internal surface of the porous structure, wherein the PPI is a linear PPI, the linear PPI including only secondary amines, or both primary amines and secondary amines, wherein the PPI has a loading of 10 % to 75 % by weight of the composite material. wherein a poly(propylenimine) (PPI) sorbent is present in a plurality of pores of the porous structure, where the PPI is physically impregnated in the internal volume of the porous structure and not covalently bonded to the internal surface of the porous structure, wherein the PPI is a linear PPI, the linear PPI including only secondary amines, or both primary amines and secondary amines, wherein the PPI has a loading of 10 % to 75 % by weight of the composite material.
A system for monitoring a pressure change within at least one compartment of an aircraft and operating a pyrotechnic device associated with a door latch , comprising: a door latch structured and arranged in an aircraft door that comprises a pyrotechnic actuator and a latch bolt ; the pyrotechnic actuator configured to move the latch bolt when the pyrotechnic actuator is actuated; a pressure sensor configured to provide a pressure signal corresponding to a pressure within a compartment of an aircraft ; a controller responsive to the pressure signal corresponding to the pressure within a compartment of an aircraft from the pressure sensor ; the controller further configured to determine a decompression event based on the pressure signal corresponding to the pressure within a compartment of an aircraft from the pressure sensor ; and an output driver configured to generate an output driver signal to actuate the pyrotechnic actuator when the controller determines the decompression event based on the pressure signal corresponding to the pressure within the compartment of the aircraft from the pressure sensor ; and the system characterized in that the pyrotechnic actuator is mounted on a housing that surrounds the latch bolt . a door latch structured and arranged in an aircraft door that comprises a pyrotechnic actuator and a latch bolt ; the pyrotechnic actuator configured to move the latch bolt when the pyrotechnic actuator is actuated; a pressure sensor configured to provide a pressure signal corresponding to a pressure within a compartment of an aircraft ; a controller responsive to the pressure signal corresponding to the pressure within a compartment of an aircraft from the pressure sensor ; the controller further configured to determine a decompression event based on the pressure signal corresponding to the pressure within a compartment of an aircraft from the pressure sensor ; and an output driver configured to generate an output driver signal to actuate the pyrotechnic actuator when the controller determines the decompression event based on the pressure signal corresponding to the pressure within the compartment of the aircraft from the pressure sensor ; and the system characterized in that the pyrotechnic actuator is mounted on a housing that surrounds the latch bolt .
A system for processing fruit or vegetable products of the type of blueberries and the like, characterized in that it comprises a first unit , which comprises in series at least one loading station , at least one pre-sizing station , configured for mechanically applying a preliminary sizing, at least one pre-selection station and at least one first alignment station , and a second unit , which comprises in series at least one second alignment station , at least one optical sizing station and at least one distribution station , each one of said units having dimensions and space occupation being compatible with its accommodation and transport in a single container, parallelepiped in shape and with internationally-standardized measurements, said first alignment station and said second alignment station comprising quick mutual coupling means, which can be actuated selectively during the installation of said units following their juxtaposition, said means comprising brackets and pins for the coupling of said first alignment station with said second alignment station .
A medical device for creating a region of heated tissue using temperature to monitor a desired profile of the region, the medical device, comprising: a shaft coupled to a handle , where the handle includes a connector for electrically coupling to a source of energy; a first temperature detecting element spaced axially and proximally along the shaft from a proximal end of an energy transfer portion located at a working end of the shaft; a second temperature detecting element spaced proximally from the first temperature detecting element; where the first and second temperature detecting elements are configured to independently and respectively provide a first and a second actual temperature measurement; and an energy controller capable of delivering energy from the source of energy to the energy transfer portion, the energy controller configured to control the delivering of the energy in response to comparing at least the first or second actual temperature measurements to at least one associated temperature, where the associated temperature correlates to a previously measured region of heated tissue having a known profile. a shaft coupled to a handle , where the handle includes a connector for electrically coupling to a source of energy; a first temperature detecting element spaced axially and proximally along the shaft from a proximal end of an energy transfer portion located at a working end of the shaft; a second temperature detecting element spaced proximally from the first temperature detecting element; where the first and second temperature detecting elements are configured to independently and respectively provide a first and a second actual temperature measurement; and an energy controller capable of delivering energy from the source of energy to the energy transfer portion, the energy controller configured to control the delivering of the energy in response to comparing at least the first or second actual temperature measurements to at least one associated temperature, where the associated temperature correlates to a previously measured region of heated tissue having a known profile.
Method for the formation of contacts of a vacuum switching device , having the following steps: S1) generating an electric arc between the surfaces of the contacts by means of a direct current source for a first period of time, characterized by S2) extinguishing the electric arc by reducing the current strength of the direct current source or by adjusting a distance between the contacts to zero; and S3) subsequently applying an AC voltage to the contacts for a second period of time. S1) generating an electric arc between the surfaces of the contacts by means of a direct current source for a first period of time, characterized by S2) extinguishing the electric arc by reducing the current strength of the direct current source or by adjusting a distance between the contacts to zero; and S3) subsequently applying an AC voltage to the contacts for a second period of time.
A control device comprising: a control unit configured to perform division processing of dividing a first frequency band indicated by a frequency supervising database as a frequency band that can be used by at least one communication node , into a plurality of second frequency bands, on a basis of capability information of the communication node and information indicating a measurement result by the communication node , wherein, as the division processing, the control unit is configured to determine a maximum allowable transmission power associated with each of the second frequency bands. a control unit configured to perform division processing of dividing a first frequency band indicated by a frequency supervising database as a frequency band that can be used by at least one communication node , into a plurality of second frequency bands, on a basis of capability information of the communication node and information indicating a measurement result by the communication node , wherein, as the division processing, the control unit is configured to determine a maximum allowable transmission power associated with each of the second frequency bands.
A light source plate structure of a ceiling light, comprising a fixed top cover and a light source plate , the light source plate being detachably mounted at a lower end of the fixed top cover , the light source plate structure comprises a pivot shaft disposed at one end of the light source plate and a pivot seat arranged at one end of the fixed top cover , wherein the light source plate is configured to be pivotally connected to the fixed top cover when the pivot shaft is mounted to the pivot seat , wherein the pivot seat is provided with a sinking platform and pivot holes , the pivot holes are disposed on both sides of the sinking platform , wherein the light source plate is provided with a pivot shaft mounting member that is mounted to the sinking platform , wherein the pivot shaft is mounted at both ends of the pivot shaft mounting member and inserted in the pivot holes , and the pivot shaft at at least one end of the pivot shaft mounting member is movably mounted on the pivot shaft mounting member , wherein the pivot shaft movably mounted on the pivot shaft mounting member is a movable shaft, characterized in that the pivot shaft mounting member comprises a chamber , the movable pivot shaft is movably inserted into the chamber , the pivot shaft mounting member comprises a guide groove which is disposed on a side wall of the chamber , and the movable shaft is provided with a guide post which is movably disposed in the guide groove .
A treated, particulate inorganic pigment, comprising: a plurality of pigment particles; and a trimethylolpropane ester deposited on the surfaces of said pigment particles, wherein said trimethylolpropane ester is obtainable by reacting at least one fatty acid with trimethylolpropane, said fatty acid(s) being selected from saturated, straight chain fatty acids and saturated, branched chain fatty acids, said fatty acid fully esterifying the trimethylolpropane to form a trimethylolpropane ester. a plurality of pigment particles; and a trimethylolpropane ester deposited on the surfaces of said pigment particles, wherein said trimethylolpropane ester is obtainable by reacting at least one fatty acid with trimethylolpropane, said fatty acid(s) being selected from saturated, straight chain fatty acids and saturated, branched chain fatty acids, said fatty acid fully esterifying the trimethylolpropane to form a trimethylolpropane ester.
Microelectrode (1, 11, 21, 31, 41, 51, 80, 90, 100, 134, 134', 134", 134′′′, 150, 150', 150ʺ, 150′′′, 150′′′, 230, 231, 232, 233, 234, 234', A, A', A", B, C, E, F, G, H, H', Hʺ H′′′ Hʺʺ, h, h', h" , h"', hʺʺ) for implantation into soft tissue, in particular nervous or endocrine tissue, comprising an oblong electrode body of electrically conducting material having a proximal end and a distal end, the body comprising insulated distal and proximal sections extending from the distal and proximal ends, the distal section optionally comprising a bulb at its distal end; wherein the distal and proximal sections are separated by an annular section (5, 15, 25, 35, 45, 55, 85, 95, 105, 125, 125', 125", 145, 225, 325, 425), wherein the proximal section is covered by a layer of first insulating material and wherein the electrode comprises a blunt distal terminal bulge (4, 4', 4", 14, 24, 34, 44, 54, 84, 94, 104, 124, 124', 124", 144, 229+223', 229+223'+224, 229+224, 329+321, 429+421) formed by one of: - layer of first insulating material on the distal section; - layer of first insulating material on the distal section covered or fully or partly substituted by a layer of a second insulating material ; - when the distal section comprises the bulb-layer of first insulating material and/or second insulating material on the bulb ; characterized in that the bulge (4, 4', 4", 14, 24, 34, 44, 54, 84, 94, 104, 124, 124', 124", 144, 229+223', 229+223'+224, 229+224, 329+321, 429+421) has a radial extension substantially greater than that of the proximal section covered by the layer of first insulating material . - layer of first insulating material on the distal section; - layer of first insulating material on the distal section covered or fully or partly substituted by a layer of a second insulating material ; - when the distal section comprises the bulb-layer of first insulating material and/or second insulating material on the bulb ;
Apparatus for extinguishing fires installable on heavy goods industrial vehicles, in particular trucks, comprising a device for the formation of extinguishing liquid, at least two hose reels for the delivering of said extinguishing liquid, each placed in a case provided with means for the activation of said device, characterized in that the device for the formation of the extinguishing liquid is a compact, modular, standardizable device equipped with: - at least one substantially toroidal-shaped tank containing a solution of water and foaming agent and delimiting a compartment ; - at least one pressurization box containing pressurization means ; - at least one mixing chamber in which a solution composed by water and foaming agent, coming from the tank , and nitrogen/air, coming from the pressurization box , is formed, said compartment being bounded by the tank which hosts at least one pressurization box containing said pressurization means and at least one mixing chamber and said components being operatively interconnected by connecting means between the pressurization box and the mixing chamber , connecting means between the mixing chamber and the tank and connecting means between the mixing chamber and at least two hose reels . - at least one substantially toroidal-shaped tank containing a solution of water and foaming agent and delimiting a compartment ; - at least one pressurization box containing pressurization means ; - at least one mixing chamber in which a solution composed by water and foaming agent, coming from the tank , and nitrogen/air, coming from the pressurization box , is formed,