mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a User Equipment (121 - 125), UE, configured to perform reselection between cells according to a priority-based reselection, PBR, algorithm using priority information, the method comprising: receiving an incoming message from a source Radio Access Technologies, RAT; the incoming message including priority information associated with frequencies of a different RAT and specific to the UE; storing the received priority information in memory ; the method characterized in that : in response to a determination that the received priority information exceeds defined limits, the defined limits comprising: i) a first number of UMTS Terrestrial Radio Access Network, UTRAN, Frequency-Division Duplex, FDD, frequencies; ii) a second number of UTRAN Time-Division Duplex, TDD, frequencies; or iii) a third number of Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, frequencies: the method further comprising: i) deleting the stored received priority information; or ii) deleting priority information for any frequencies in excess of said limits. receiving an incoming message from a source Radio Access Technologies, RAT; the incoming message including priority information associated with frequencies of a different RAT and specific to the UE; storing the received priority information in memory ; the method characterized in that : in response to a determination that the received priority information exceeds defined limits, the defined limits comprising: i) a first number of UMTS Terrestrial Radio Access Network, UTRAN, Frequency-Division Duplex, FDD, frequencies; ii) a second number of UTRAN Time-Division Duplex, TDD, frequencies; or iii) a third number of Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, frequencies: the method further comprising: i) deleting the stored received priority information; or ii) deleting priority information for any frequencies in excess of said limits. the method characterized in that : in response to a determination that the received priority information exceeds defined limits, the defined limits comprising: i) a first number of UMTS Terrestrial Radio Access Network, UTRAN, Frequency-Division Duplex, FDD, frequencies; ii) a second number of UTRAN Time-Division Duplex, TDD, frequencies; or iii) a third number of Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, frequencies: i) a first number of UMTS Terrestrial Radio Access Network, UTRAN, Frequency-Division Duplex, FDD, frequencies; ii) a second number of UTRAN Time-Division Duplex, TDD, frequencies; or iii) a third number of Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, frequencies: the method further comprising: i) deleting the stored received priority information; or ii) deleting priority information for any frequencies in excess of said limits. i) deleting the stored received priority information; or ii) deleting priority information for any frequencies in excess of said limits.
A minimally invasive surgical system comprising: an image processor configured to obtain a reduced color image based on light captured by an endoscopic camera in a visible electromagnetic spectrum; obtain a first enhanced image based on light captured by the endoscopic camera outside the visible electromagnetic spectrum; color the first enhanced image with a first visible color to form a first enhanced color image; combine the first enhanced color image and the reduced color image for display on a display device. obtain a reduced color image based on light captured by an endoscopic camera in a visible electromagnetic spectrum; obtain a first enhanced image based on light captured by the endoscopic camera outside the visible electromagnetic spectrum; color the first enhanced image with a first visible color to form a first enhanced color image; combine the first enhanced color image and the reduced color image for display on a display device.
A cartridge for holding a plurality of hollow fiber membranes having an outer diameter which is larger than 3 mm and smaller than 4.5 mm, comprising i) a bottom plate featuring a plurality of parallel notches having a semicircular profile with a diameter matching the diameter of the hollow fiber membranes, the wall of each notch featuring at least one bore connecting the wall of the notch with the underside of the bottom plate ; and ii) a top cover configured to cover the bottom plate and to be attached to the bottom plate , the top cover having a length and width matching the length and width of the bottom plate , the bottom surface of the top cover featuring a plurality of parallel notches having a semicircular profile with a diameter matching the diameter of the hollow fiber membranes, each notch matching a corresponding notch in the bottom plate , the top cover featuring a hinge located near the edge of one of the longitudinal sides of the top cover , and a moveable frame attached to the hinge and rotatable around the hinge to open or close the cartridge , the moveable frame comprising two brackets and a cover plate attached to them, the cover plate featuring a plurality of recesses , each recess surrounding one of the hollow fiber membranes when the cartridge is closed. i) a bottom plate featuring a plurality of parallel notches having a semicircular profile with a diameter matching the diameter of the hollow fiber membranes, the wall of each notch featuring at least one bore connecting the wall of the notch with the underside of the bottom plate ; and ii) a top cover configured to cover the bottom plate and to be attached to the bottom plate , the top cover having a length and width matching the length and width of the bottom plate , the bottom surface of the top cover featuring a plurality of parallel notches having a semicircular profile with a diameter matching the diameter of the hollow fiber membranes, each notch matching a corresponding notch in the bottom plate , the top cover featuring a hinge located near the edge of one of the longitudinal sides of the top cover , and a moveable frame attached to the hinge and rotatable around the hinge to open or close the cartridge , the moveable frame comprising two brackets and a cover plate attached to them, the cover plate featuring a plurality of recesses , each recess surrounding one of the hollow fiber membranes when the cartridge is closed.
A sausage casing pipe for supporting sausage casing, comprising a pipe body , wherein one end of the pipe body is integrated with two arc-shaped pressing pieces at two opposite sides, and the other end of the pipe body is integrated with two square pressing pieces at two opposite sides; each of the square pressing pieces comprises an open/close end at one side and a finger pressing end at the other end , wherein the open/close end of the square pressing piece and the finger pressing end of the square pressing piece are integrally connected; the arc-shaped pressing piece comprises a fixed end at one side and a movable end at the other end , wherein the fixed end of the arc-shaped pressing piece and the movable end of the arc-shaped pressing piece are integrally connected; each of two sides of a connection region between the fixed end of the arc-shaped pressing piece and the movable end of the arc-shaped pressing piece is connected to the pipe body through the first connector ; characterized in that the top end of the fixed end of the arc-shaped pressing piece is connected to the pipe body through a second connector ; the distance between the edge of the movable end of the arc-shaped pressing piece and the pipe body is L1, and a length of the second connector along an axial direction of the pipe body is L2; and the size of the L1 is 0 ≤ L1 ≤ L2.
A method for monitoring the etch uniformity of a plasma etching process for removing a layer of material from a substrate , the method comprising the steps of : - generating a plasma thereby progressively removing material from said layer, said plasma emitting light and wherein no other light source is provided besides said plasma, - measuring one or more spectral components of light by an optical detection means at a lateral location , - detecting oscillations of at least one of said spectral components as a function of time, said oscillations being caused by detected light interference patterns which change due to the progressive removal of material from said layer , characterised in that : • the plasma is generated in an area between said layer and a counter-surface mounted opposite said layer and substantially parallel to said layer , wherein the lateral location is lateral with respect to said area, and wherein said one or more spectral components of light are emitted from said area, • the size and material of the counter surface , the size and material of the substrate and the layer , and the distance between the layer and the counter electrode are configured so that said interference patterns are primarily due to reflections of light beams taking place in said area between the layer and the counter surface , said light beams being directed according to the Brewster angle of the material of the counter surface, • an indication about the etch uniformity is derived from said oscillations. - generating a plasma thereby progressively removing material from said layer, said plasma emitting light and wherein no other light source is provided besides said plasma, - measuring one or more spectral components of light by an optical detection means at a lateral location , - detecting oscillations of at least one of said spectral components as a function of time, said oscillations being caused by detected light interference patterns which change due to the progressive removal of material from said layer , • the plasma is generated in an area between said layer and a counter-surface mounted opposite said layer and substantially parallel to said layer , wherein the lateral location is lateral with respect to said area, and wherein said one or more spectral components of light are emitted from said area, • the size and material of the counter surface , the size and material of the substrate and the layer , and the distance between the layer and the counter electrode are configured so that said interference patterns are primarily due to reflections of light beams taking place in said area between the layer and the counter surface , said light beams being directed according to the Brewster angle of the material of the counter surface, • an indication about the etch uniformity is derived from said oscillations.
A biological information monitoring system for monitoring biological information on subjects on a bed, the system comprising: a plurality of load detectors to be placed in the bed or under legs of the bed, each of the plurality of load detectors being configured to detect loads of the subjects and output the detected loads as a load signal; and a signal separation unit configured to determine a number of the subjects on the bed based on a frequency spectrum of the load signal outputted from each of the plurality of load detectors, and separate, with respect to each of the subjects, components each corresponding to each of a plurality of frequency ranges from the load signal outputted from each of the plurality of load detectors; wherein the signal separation unit is configured to determine that the number of peak frequencies appeared in the frequency spectrum in one of the plurality of frequency ranges is the number of the subjects on the bed; and. wherein the plurality of frequency ranges is a frequency range of respiration and a frequency range of heartbeat. a plurality of load detectors to be placed in the bed or under legs of the bed, each of the plurality of load detectors being configured to detect loads of the subjects and output the detected loads as a load signal; and a signal separation unit configured to determine a number of the subjects on the bed based on a frequency spectrum of the load signal outputted from each of the plurality of load detectors, and separate, with respect to each of the subjects, components each corresponding to each of a plurality of frequency ranges from the load signal outputted from each of the plurality of load detectors;
A heat recovery refrigeration device which includes a compressor , a plurality of heat source side heat exchangers which are able to switch between individually functioning as an evaporator or a radiator for refrigerant, and a plurality of usage side heat exchangers which are able to switch between individually functioning as an evaporator or a radiator for the refrigerant, and which is able to perform heat recovery between the usage side heat exchangers by sending the refrigerant from the usage side heat exchanger which functions as a radiator for the refrigerant to the usage side heat exchanger which functions as an evaporator for the refrigerant, characterized in that the plurality of heat source side heat exchangers have a first heat source side heat exchanger and a second heat source side heat exchanger which has a heat exchange capacity which is 1.8 times to 4.0 times of the first heat source side heat exchanger, wherein a first header , which is configured to perform merging and branching of the refrigerant between a plurality of heat transfer tubes of the first heat source side heat exchanger , is provided on a gas side of the first heat source side heat exchanger, a second header , which is configured to perform merging and branching of the refrigerant between a plurality of heat transfer tubes of the second heat source side heat exchanger , is provided on a gas side of the second heat source side heat exchanger, and a flow path cross sectional area of the second header is larger than a flow path cross sectional area of the first header.
Tipper for motor vehicles, lorries, trailers and semi-trailers comprising: - a first panel constituting the base of said tipper ; - a second panel and a third panel constituting the sidewalls of said tipper ; - a fourth panel constituting the ceiling of said tipper ; - a fifth panel constituting the head of said tipper ; - an openable panel or shutter , opposite to said fifth panel , for closing said tipper , at least said second panel , said third panel and said fourth panel each comprising at least a first polyurethane layer and at least a second aerogel layer , characterized in that, between said at least one second aerogel layer and said at least one first polyurethane layer , there is interposed at least one third fibreglass layer , said at least one first polyurethane layer and said at least one second aerogel layer of said at least second, third and fourth panel alternating with three respective fibreglass layers that are parallel to and spaced apart from each other. - a first panel constituting the base of said tipper ; - a second panel and a third panel constituting the sidewalls of said tipper ; - a fourth panel constituting the ceiling of said tipper ; - a fifth panel constituting the head of said tipper ; - an openable panel or shutter , opposite to said fifth panel , for closing said tipper ,
A flow battery comprising: an electrochemical cell including a first electrode, a second electrode spaced apart from the first electrode, and a separator layer arranged between the first electrode and the second electrode, wherein the separator layer is formed of a polymer having a polymer backbone with aromatic groups that are free of unsaturated nitrogen and one or more polar groups bonded in the polymer backbone, wherein the separator layer has an area specific resistance of less than 425 mΩ ∗ cm 2 , the area specific resistance being measured according to the description, and wherein the polymer includes at least one of adsorbed acid groups or aqueous electrolyte that is non-covalently bonded to the one or more polar groups. an electrochemical cell including a first electrode, a second electrode spaced apart from the first electrode, and a separator layer arranged between the first electrode and the second electrode, wherein the separator layer is formed of a polymer having a polymer backbone with aromatic groups that are free of unsaturated nitrogen and one or more polar groups bonded in the polymer backbone, wherein the separator layer has an area specific resistance of less than 425 mΩ ∗ cm 2 , the area specific resistance being measured according to the description, and wherein the polymer includes at least one of adsorbed acid groups or aqueous electrolyte that is non-covalently bonded to the one or more polar groups.
A device for creating a pattern of zones of coagulative tissue in a dermis of the skin comprising: a treating surface configured to be positioned in contact with tissue adjacent one or more tissue planes; a plurality of electrodes extending outwardly from the treating surface and adapted for imparting simultaneous perforations into one or more tissue layers, an energy source configured to deliver energy to the plurality of electrodes ; wherein the electrodes are provided in a pattern to impart a corresponding pattern of perforations in the one or more tissue layers, characterised in that the energy source is configured to deliver energy to the electrodes to create a pattern of zones of coagulative tissue surrounding each perforation in the dermis. a treating surface configured to be positioned in contact with tissue adjacent one or more tissue planes; a plurality of electrodes extending outwardly from the treating surface and adapted for imparting simultaneous perforations into one or more tissue layers, an energy source configured to deliver energy to the plurality of electrodes ; wherein the electrodes are provided in a pattern to impart a corresponding pattern of perforations in the one or more tissue layers, characterised in that the energy source is configured to deliver energy to the electrodes to create a pattern of zones of coagulative tissue surrounding each perforation in the dermis.
A method of producing power using a fuel cell power system, the method comprising: providing an open cathode PEM fuel cell stack comprising a plurality of fuel cells , each cell having an anode side and a cathode side that enables operation of the cathode side at substantially ambient pressure; feeding water from a water storage to a rotary bed reactor to generate hydrogen by the hydrolysis of a fuel in the reactor; and, routing hydrogen to the anode side of the fuel cell stack at a hydrogen flow rate sufficient for producing power; wherein the rotary bed reactor comprises: an outer stationary housing having a water inlet in fluid communication with a water storage ; a cylindrical insert rotatably disposed within the outer housing and having a plurality of feed openings in fluid communication with the water inlet of the stationary housing; a plurality of slits disposed in the walls of the cylindrical insert; and an outlet for removing hydrogen; and, the fuel provided inside the cylindrical insert in the form of particles, wherein the fuel generates the hydrogen and solid by product by hydrolysis reaction with water from the water storage ; the hydrogen generated is removed from the outlet and routed to the anode side of the fuel cell stack ; and the rotating movement of the cylindrical insert urges preferential removal of a fraction of the reaction solid byproduct through the slits. providing an open cathode PEM fuel cell stack comprising a plurality of fuel cells , each cell having an anode side and a cathode side that enables operation of the cathode side at substantially ambient pressure; feeding water from a water storage to a rotary bed reactor to generate hydrogen by the hydrolysis of a fuel in the reactor; and, routing hydrogen to the anode side of the fuel cell stack at a hydrogen flow rate sufficient for producing power; wherein the rotary bed reactor comprises: an outer stationary housing having a water inlet in fluid communication with a water storage ; a cylindrical insert rotatably disposed within the outer housing and having a plurality of feed openings in fluid communication with the water inlet of the stationary housing; a plurality of slits disposed in the walls of the cylindrical insert; and an outlet for removing hydrogen; and, an outer stationary housing having a water inlet in fluid communication with a water storage ; a cylindrical insert rotatably disposed within the outer housing and having a plurality of feed openings in fluid communication with the water inlet of the stationary housing; a plurality of slits disposed in the walls of the cylindrical insert; and an outlet for removing hydrogen; and, the fuel provided inside the cylindrical insert in the form of particles, wherein the fuel generates the hydrogen and solid by product by hydrolysis reaction with water from the water storage ; the hydrogen generated is removed from the outlet and routed to the anode side of the fuel cell stack ; and the rotating movement of the cylindrical insert urges preferential removal of a fraction of the reaction solid byproduct through the slits.
A backrest for scuba diving comprising a support element , a first strap for constraining said support element to the diver's body and at least a second strap for constraining at least one air cylinder to said support element , said support element having at least first slots for the passage of said first strap and at least second slots for the passage of said second strap , said first slots delimiting a right portion and respectively a left portion of said first strap , independently adjustable over the right shoulder and right side and respectively over the left shoulder and left side of the diver, wherein said support element comprises a support plate , a right angular profile having a first right wing and a second right wing , a right bracket supported by said first right wing of said right angular profile , a left angular profile having a first left wing and a second left wing , a left bracket supported by said first left wing of said left angular profile , said first slots comprising a first lower right slot fashioned on said right bracket and facing said second right wing and a first lower left slot fashioned on said left bracket and facing said second left wing , said right angular profile and respectively said left angular profile extend from a lower right lateral edge (101 A) and respectively from a lower left lateral edge (101 B) of said support plate , characterised in that said first right wing extends substantially orthogonally from said lower right lateral edge (101 A) of said support plate , said first left wing extends substantially orthogonally from said lower left lateral edge (101 B) of said support plate , said second right wing extends rearwardly and substantially orthogonally from said first right wing , and said second left wing extends rearwardly and substantially orthogonally from said first left wing . said support element comprises a support plate , a right angular profile having a first right wing and a second right wing , a right bracket supported by said first right wing of said right angular profile , a left angular profile having a first left wing and a second left wing , a left bracket supported by said first left wing of said left angular profile , said first slots comprising a first lower right slot fashioned on said right bracket and facing said second right wing and a first lower left slot fashioned on said left bracket and facing said second left wing , said right angular profile and respectively said left angular profile extend from a lower right lateral edge (101 A) and respectively from a lower left lateral edge (101 B) of said support plate , characterised in that said first right wing extends substantially orthogonally from said lower right lateral edge (101 A) of said support plate , said first left wing extends substantially orthogonally from said lower left lateral edge (101 B) of said support plate , said second right wing extends rearwardly and substantially orthogonally from said first right wing , and said second left wing extends rearwardly and substantially orthogonally from said first left wing .