mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first network node of a wireless communication system for handling of a UE connected to the first network node , wherein the first network node provides radio coverage in a first geographical cell using a first access technology, and a second network node of the communication system has a first transmission resource for wireless transmission using the first access technology and a second transmission resource for wireless transmission using a second access technology, the first and the second transmission resources being collocated, signifying that antenna or antennas of the second network node used for transmission for the first and the second access technologies are mounted on the same mast and pointing in roughly the same direction, and the first and the second access technologies are mutually different wireless transmission technologies, the UE having capabilities for transmitting signals using both the first and the second radio access technology, the method comprising: instructing the UE to perform measurements on the first radio access technology at which it is already receiving data from the first network node; receiving , from the UE , an identity of the second network node , and an indication of a fulfilled transmission condition for transmission from the second transmission resource to the UE , the indication being based on a transmission quality measurement performed by the UE on a wireless signal transmitted by the first transmission resource , determining , based on the received second network node identity and on the received indication, whether the UE is to be served by the second access technology transmission resource of the second network node , and; based on the result of the determining, sending an instruction to the UE to prepare for receiving data in a carrier bandwidth of the second access technology, and sending an instruction to the second network node to prepare for transmitting data from the second access technology transmission resource at the carrier bandwidth of the second access technology. instructing the UE to perform measurements on the first radio access technology at which it is already receiving data from the first network node; receiving , from the UE , an identity of the second network node , and an indication of a fulfilled transmission condition for transmission from the second transmission resource to the UE , the indication being based on a transmission quality measurement performed by the UE on a wireless signal transmitted by the first transmission resource , determining , based on the received second network node identity and on the received indication, whether the UE is to be served by the second access technology transmission resource of the second network node , and; based on the result of the determining, sending an instruction to the UE to prepare for receiving data in a carrier bandwidth of the second access technology, and sending an instruction to the second network node to prepare for transmitting data from the second access technology transmission resource at the carrier bandwidth of the second access technology.
An analysis device for quantifying an analyte, comprising: a sample introduction unit configured to introduce a sample into the analysis device and including a sample introduction valve ; a liquid feeding unit including a sample introduction pump connected to the sample introduction valve; a treatment unit configured to treat the sample introduced into the analysis device at the sample introduction unit and including an elution valve and a cleaning valve , wherein the elution valve and the cleaning valve are connected to each other via a flow path pipe; a detection unit configured to analyze the sample treated by the treatment unit; and a control unit configured to control the sample introduction unit, the liquid feeding unit, the treatment unit, and the detection unit, wherein the control unit is adapted to control the sample introduction valve such as to feed the sample to the elution valve through the cleaning valve, and the detection unit is adapted to analyze the sample which flew thereto via the sample introduction valve, the cleaning valve, and the elution valve in the order stated, characterized in that the liquid feeding unit includes a cleaning pump connected to the cleaning valve and an elution pump connected to the elution valve, and the control unit is adapted to perform a control for switching positions of the cleaning valve and the elution valve for cleaning the treatment unit by feeding a solution from the sample introduction pump, the cleaning pump and the elution pump, even while the sample is being introduced into the analysis device by the sample introduction unit. a sample introduction unit configured to introduce a sample into the analysis device and including a sample introduction valve ; a liquid feeding unit including a sample introduction pump connected to the sample introduction valve; a treatment unit configured to treat the sample introduced into the analysis device at the sample introduction unit and including an elution valve and a cleaning valve , wherein the elution valve and the cleaning valve are connected to each other via a flow path pipe; a detection unit configured to analyze the sample treated by the treatment unit; and a control unit configured to control the sample introduction unit, the liquid feeding unit, the treatment unit, and the detection unit, wherein the control unit is adapted to control the sample introduction valve such as to feed the sample to the elution valve through the cleaning valve, and the detection unit is adapted to analyze the sample which flew thereto via the sample introduction valve, the cleaning valve, and the elution valve in the order stated, characterized in that the liquid feeding unit includes a cleaning pump connected to the cleaning valve and an elution pump connected to the elution valve, and the control unit is adapted to perform a control for switching positions of the cleaning valve and the elution valve for cleaning the treatment unit by feeding a solution from the sample introduction pump, the cleaning pump and the elution pump, even while the sample is being introduced into the analysis device by the sample introduction unit.
A rotor of an electric motor with a rotor housing and a permanent magnet that is arranged on the inside of the rotor housing in a form-fitting manner without adhesion, wherein the rotor housing has at least one axially open side via which the permanent magnet can be inserted into the rotor housing , wherein a functional element that is to be driven via the rotor is arranged on the outside of the rotor housing and, on the at least one axially open side of the rotor housing , has at least one fixing lug that extends in the radial direction relative to an axis of rotation (RA) of the rotor , locally reduces an inner diameter of the rotor housing and, as seen in axial projection, extends over the permanent magnet over a fixing length (L), the at least one fixing lug being embodied as an undercut on an axial outer edge of the functional element that is to be driven.
Conductor connection terminal comprising a contact frame and comprising a clamping spring for terminal connection of an electrical conductor, wherein the contact frame has a busbar section , a separating wall and a wall opening , wherein the clamping spring has a clamping limb which is arranged at least partially in the space between the busbar section and the separating wall and has a clamping edge which is aligned with the busbar section , a spring bend and a contact limb , and the clamping edge and the busbar section form a clamping point for the electrical conductor and an actuating section for opening and closing the clamping point is arranged on the clamping limb of the clamping spring , wherein the actuating section projects into the wall opening and, at least in the closed state of the clamping point, extends alongside the separating wall on a side facing away from the clamping point, wherein the contact limb of the clamping spring has at least one curved portion, characterized in that the contact limb does not rest flat on the contact frame owing to the at least one curved portion but rather is supported only at two points of a support surface of the contact frame owing to the at least one curved portion.
A process for the repair and/or modification of the faceplates of lay up tools by depositing a metal on a faceplate of a lay up tool in which the faceplate is formed of a nickel-iron alloy, which process comprises: preparing an area of a surface of the faceplate to effect (i) cleaning and (ii) conditioning of the area to accept and adhere to cold-gas dynamic sprayed particles of metal, and cold-gas dynamic spraying particles of the metal onto the cleaned and conditioned area, wherein the particles of metal are a nickel-iron alloy selected to be compatible with the metal faceplate, which process being characterized in that said preparation includes at least one of: roughening said area of the metal faceplate surface; or forming a repeating pattern of grooves in said area. preparing an area of a surface of the faceplate to effect (i) cleaning and (ii) conditioning of the area to accept and adhere to cold-gas dynamic sprayed particles of metal, and cold-gas dynamic spraying particles of the metal onto the cleaned and conditioned area, wherein the particles of metal are a nickel-iron alloy selected to be compatible with the metal faceplate, which process being characterized in that said preparation includes at least one of: roughening said area of the metal faceplate surface; or forming a repeating pattern of grooves in said area. roughening said area of the metal faceplate surface; or forming a repeating pattern of grooves in said area.
An equalizing apparatus for processing a digital signal, said apparatus comprising: a fast Fourier transformer, FFT, for transforming an input signal into the frequency domain by applying an FFT processing to obtain a transformed input signal; a splitter for separating positive and negative frequency components of said transformed input signal; and first and second parallel branches for separately processing respective ones of the separated positive and negative frequency components in respective digital filters (23-1, 23-2, 24-1, 24-2) to obtain filtered frequency components; characterized by further comprising: a combiner for combining the filtered frequency components in the frequency domain using a down-sampling operation for down-sampling said filtered frequency components from an input number of samples per symbol to a different output number of samples per symbol; and an inverse fast Fourier transformer, IFFT, for converting the combined output components into the time domain by applying an IFFT processing. a fast Fourier transformer, FFT, for transforming an input signal into the frequency domain by applying an FFT processing to obtain a transformed input signal; a splitter for separating positive and negative frequency components of said transformed input signal; and first and second parallel branches for separately processing respective ones of the separated positive and negative frequency components in respective digital filters (23-1, 23-2, 24-1, 24-2) to obtain filtered frequency components; characterized by further comprising: a combiner for combining the filtered frequency components in the frequency domain using a down-sampling operation for down-sampling said filtered frequency components from an input number of samples per symbol to a different output number of samples per symbol; and an inverse fast Fourier transformer, IFFT, for converting the combined output components into the time domain by applying an IFFT processing.
A three-dimensional printing method, adapted for a three-dimensional printing device to print a three-dimensional object, the three-dimensional printing method comprising: providing structure information and coloring information of the three-dimensional object; performing a slicing process on the structure information of the three-dimensional object by a processor to obtain information of a plurality of printing layers ; controlling the coloring information of the three-dimensional object to correspond to the information of the printing layers by the processor to obtain information of a color layer corresponding to each of the printing layers ; and disposing an adhesive layer on each of the printing layers and its corresponding color layer , such that the adhesive layer covers at least a part of the color layer . providing structure information and coloring information of the three-dimensional object; performing a slicing process on the structure information of the three-dimensional object by a processor to obtain information of a plurality of printing layers ; controlling the coloring information of the three-dimensional object to correspond to the information of the printing layers by the processor to obtain information of a color layer corresponding to each of the printing layers ; and disposing an adhesive layer on each of the printing layers and its corresponding color layer , such that the adhesive layer covers at least a part of the color layer .
A system for identifying autonomic nervous system (ANS) tissue within an image of a heart of a patient, the system comprising: a module configured to receive functional imaging modality data from a functional imaging modality configured to image an intrabody volume of a patient containing a heart, wherein the functional imaging modality data reflects a baseline state of the patient who has been injected with an imaging agent having a nervous tissue uptake by an ANS of the heart; a module configured to receive anatomical imaging modality data from an anatomical imaging modality configured to image the intrabody volume of the patient containing the heart; a module configured to locate , based on the functional imaging modality data, at least one ganglionic plexi (GP) innervating the heart and comprised within the ANS; and a module configured to position the located at least one GP on the anatomical imaging modality data. a module configured to receive functional imaging modality data from a functional imaging modality configured to image an intrabody volume of a patient containing a heart, wherein the functional imaging modality data reflects a baseline state of the patient who has been injected with an imaging agent having a nervous tissue uptake by an ANS of the heart; a module configured to receive anatomical imaging modality data from an anatomical imaging modality configured to image the intrabody volume of the patient containing the heart; a module configured to locate , based on the functional imaging modality data, at least one ganglionic plexi (GP) innervating the heart and comprised within the ANS; and a module configured to position the located at least one GP on the anatomical imaging modality data.
An air conditioner which includes an indoor unit and an outdoor unit comprising: in the indoor unit, an indoor air temperature detection unit , provided at a predetermined position of the indoor unit, to detect an indoor air temperature; a floor/wall/ceiling temperature detection unit, provided at a front of the indoor unit, to detect a floor and wall temperature, a ceiling ambient temperature and a skin temperature of a user; and a control device including a microcomputer in which a program relating to control of the air conditioner is embedded, wherein, in heating operation or ventilation operation, the control device is configured to compare a body-sensory temperature felt by the user, which is calculated based on the indoor air temperature and the floor and wall temperature, with an indoor air preset temperature set by the user when the ceiling ambient temperature detected by the floor/wall/ceiling temperature detection unit becomes higher, by a predetermined threshold value or more, than the floor and wall temperature of a place corresponding to the user's feet and height detected by the floor/wall/ceiling temperature detection unit, and only if the body-sensory temperature is higher than the indoor air preset temperature then is configured to perform circulator operation of moving air accumulating near a ceiling to a floor; and wherein the floor/wall/ceiling temperature detection unit uses a thermopile type infrared sensor which includes a plurality of elements. an indoor air temperature detection unit , provided at a predetermined position of the indoor unit, to detect an indoor air temperature; a floor/wall/ceiling temperature detection unit, provided at a front of the indoor unit, to detect a floor and wall temperature, a ceiling ambient temperature and a skin temperature of a user; and a control device including a microcomputer in which a program relating to control of the air conditioner is embedded, wherein, in heating operation or ventilation operation, the control device is configured to compare a body-sensory temperature felt by the user, which is calculated based on the indoor air temperature and the floor and wall temperature, with an indoor air preset temperature set by the user when the ceiling ambient temperature detected by the floor/wall/ceiling temperature detection unit becomes higher, by a predetermined threshold value or more, than the floor and wall temperature of a place corresponding to the user's feet and height detected by the floor/wall/ceiling temperature detection unit, and only if the body-sensory temperature is higher than the indoor air preset temperature then is configured to perform circulator operation of moving air accumulating near a ceiling to a floor; and wherein the floor/wall/ceiling temperature detection unit uses a thermopile type infrared sensor which includes a plurality of elements.
A processing aid for foam molding comprising a copolymer obtained by the polymerization of 30 to 90% by weight of methyl methacrylate, 10 to 70% by weight total of one or more monomers selected from the group consisting of butyl methacrylate, pentyl methacrylate and hexyl methacrylate, and 0 to 20% by weight of other copolymerizable monomers, the copolymer having a reduced viscosity measured according to ASTM D2857 at 1 mg/mL in chloroform at 25°C of greater than 17dL/g.
Process for producing a silicon-carbon composite powder, characterized in that a) a gas stream A containing at least one starting compound of silicon selected from the group consisting of SiH 4 , Si 2 H 6 and Si 3 H 8 , and b) a gas stream B containing at least one starting compound of carbon selected from the group consisting of methane, ethane, propane, ethylene and acetylene are reacted in a hot wall reactor at a temperature of less than 900°C, wherein there is a laminar flow through the hot wall reactor, the reaction mixture is cooled or allowed to cool and the pulverulent reaction product is separated from gaseous materials. a) a gas stream A containing at least one starting compound of silicon selected from the group consisting of SiH 4 , Si 2 H 6 and Si 3 H 8 , and b) a gas stream B containing at least one starting compound of carbon selected from the group consisting of methane, ethane, propane, ethylene and acetylene wherein there is a laminar flow through the hot wall reactor, the reaction mixture is cooled or allowed to cool and the pulverulent reaction product is separated from gaseous materials.
A hand-held controller comprising: a handle extending in a longitudinal direction , the handle shaped and dimensioned to be grasped by a user's hand; and a trigger protruding from an outer surface of the handle and configured to move relative to the handle responsive to pressing of the trigger by a finger of the user's hand, the trigger comprising a touch surface configured to come into contact with the finger of the user's hand to detect sliding of the finger of the user's hand on the touch surface , wherein the touch surface comprises a plurality of segmented tracks configured to generate distinct sensor signals indicating which of the segmented tracks come in contact with the finger; and a sensor interface circuit to receive the distinct sensor signals from the plurality of segmented tracks and process the distinct sensor signals to determine the sliding of the finger based on a sequence in which the distinct sensor signals indicate touching or disengaging of the finger and the segmented tracks. a handle extending in a longitudinal direction , the handle shaped and dimensioned to be grasped by a user's hand; and a trigger protruding from an outer surface of the handle and configured to move relative to the handle responsive to pressing of the trigger by a finger of the user's hand, the trigger comprising a touch surface configured to come into contact with the finger of the user's hand to detect sliding of the finger of the user's hand on the touch surface , wherein the touch surface comprises a plurality of segmented tracks configured to generate distinct sensor signals indicating which of the segmented tracks come in contact with the finger; and a sensor interface circuit to receive the distinct sensor signals from the plurality of segmented tracks and process the distinct sensor signals to determine the sliding of the finger based on a sequence in which the distinct sensor signals indicate touching or disengaging of the finger and the segmented tracks.
Kit for a parapet structure on a building , comprising a number of fastening elements and a number of panel elements , the fastening element having at least one fastening section for fastening to a building and at least one holding section for holding at least one panel element , wherein the holding section is oriented vertically in the mounted state and has a rectangular or T-shaped profile cross-section, wherein a holding plate projecting from the holding section is arranged at an upper end of the holding section on the inside or outside , which holding plate is oriented parallel to the inside or outside of the holding section for supporting a panel element , wherein the support plate has at least one opening (2b'a) for receiving a connecting element for connection to at least one plate element , each plate element having side end faces delimiting the horizontal longitudinal extension of the plate element , characterized in in that each plate element has at least one recess , spaced apart from the side end faces , for the positive reception of a retaining section of a fastening element , the recess passing through the plate element , the recess being widened, for the positive reception of the retaining plate , by a depression formed in a corresponding manner on the surface of the plate element .
A method for attaching a fastener (50;50-1) to a ceramic matrix composite or ceramic body , the method comprising inserting a portion of the fastener (50;50-1) into a compartment of the body , the compartment having a first portion and a second portion , the second portion outboard of and narrower than the first portion , characterised by the method further comprising: delivering a fluid into the fastener (50;50-1) to expand a portion (70;70-1) of the fastener (50;50-1) within the compartment first portion .
A robot protecting jacket (12-14, 22) for a coating robot , in particular a painting robot , with a a) connecting element for form-fittingly fastening the robot protecting jacket (12-14, 22), in particular a1) for fastening the robot protecting jacket (12-14, 22) to the coating robot , or a2) for connecting two adjacent portions of the robot protecting jacket (12-14, 22) to each other, characterised in that b) the connecting element is part of a beaded connection . a) connecting element for form-fittingly fastening the robot protecting jacket (12-14, 22), in particular a1) for fastening the robot protecting jacket (12-14, 22) to the coating robot , or a2) for connecting two adjacent portions of the robot protecting jacket (12-14, 22) to each other, characterised in that a1) for fastening the robot protecting jacket (12-14, 22) to the coating robot , or a2) for connecting two adjacent portions of the robot protecting jacket (12-14, 22) to each other, b) the connecting element is part of a beaded connection .