mhurhangee/patent-ind-claim-en huggingface dataset:
Method of design and manufacturing concrete structural elements comprising: a. a design phase , including: a.1) specification of mechanical characteristics of a concrete , including at least a fatigue strength value as one of the design parameters of a project; and a.2) definition of dimensions of the concrete structural elements to be manufactured that, in combination with the design parameters specified on step a.1) including said fatigue strength value , allows to withstand expected stresses along the service life of said concrete elements ; b. a manufacturing and control phase , including: b.1) manufacturing said concrete structural elements using a concrete and following the element dimensions defined on step a.2); and b.2) performing quality controls (123 and 124) which includes the extraction of concrete samples during a concrete production phase and the execution of fatigue strength tests over said concrete samples in order to verify that the test results are in accordance with a fatigue strength value that is specified on step a.1) of the project . a. a design phase , including: a.1) specification of mechanical characteristics of a concrete , including at least a fatigue strength value as one of the design parameters of a project; and a.2) definition of dimensions of the concrete structural elements to be manufactured that, in combination with the design parameters specified on step a.1) including said fatigue strength value , allows to withstand expected stresses along the service life of said concrete elements ; a.1) specification of mechanical characteristics of a concrete , including at least a fatigue strength value as one of the design parameters of a project; and a.2) definition of dimensions of the concrete structural elements to be manufactured that, in combination with the design parameters specified on step a.1) including said fatigue strength value , allows to withstand expected stresses along the service life of said concrete elements ; b. a manufacturing and control phase , including: b.1) manufacturing said concrete structural elements using a concrete and following the element dimensions defined on step a.2); and b.2) performing quality controls (123 and 124) which includes the extraction of concrete samples during a concrete production phase and the execution of fatigue strength tests over said concrete samples in order to verify that the test results are in accordance with a fatigue strength value that is specified on step a.1) of the project . b.1) manufacturing said concrete structural elements using a concrete and following the element dimensions defined on step a.2); and b.2) performing quality controls (123 and 124) which includes the extraction of concrete samples during a concrete production phase and the execution of fatigue strength tests over said concrete samples in order to verify that the test results are in accordance with a fatigue strength value that is specified on step a.1) of the project .
A therapeutic combination of at least one androgen receptor (AR) antagonist or inhibitor and at least one anti-cancer agent selected from the group consisting of an alkylating agent and a receptor tyrosine kinase (RTK) inhibitor, for use in treating a glial tumor in a subject in need thereof, wherein the AR antagonist is bicalutamide, the alkylating agent is carmustine or temozolomide and the RTK inhibitor is erlotinib or afatinib, or wherein the AR antagonist is enzalutamide and the RTK inhibitor is afatinib. the AR antagonist is bicalutamide, the alkylating agent is carmustine or temozolomide and the RTK inhibitor is erlotinib or afatinib, or wherein the AR antagonist is enzalutamide and the RTK inhibitor is afatinib.
Cubicle corner profile device for a corner of a cubicle, in particular a shower cubicle corner profile device for a corner of a shower cubicle, wherein the device comprises at least one receiving opening for receiving in a positive-fitting manner at least one edge area of at least one wall element - more particularly of a shower wall element -, wherein at least one - preferably one - corner profile as well as at least one fixing profile fastened to the corner profile is provided, wherein the at least one receiving opening for the wall element is arranged between the corner profile and the fixing profile and, moreover, wherein one cover profile mounted on the fixing profile is provided, wherein the corner profile comprises two corner legs , wherein the cover profile comprises a cover web which is orientated towards the inside of the cubicle or shower cubicle, wherein the corner-side ends of the corner legs are connected to each other by means of a connection crossbar , in that with each of the two corner legs the connection crossbar forms an angle β of 120° to 150°, more particularly of 130° to 140°, preferably of 135° or around 135°, in that the corner profile comprises a connection web which connects the two corner legs of the corner profile to each other, wherein this correction web is arranged between the two corner legs a connecting manner in addition to the connection crossbar and in that the fixing profile is fastened to the connection web .
Laminated glass pane having a first glass layer and a second glass layer bonded by a combination film , wherein at least one first electrically conducting structure and a second electrically conducting structure are arranged between the first glass layer and the second glass layer , wherein the first electrically conducting structure and the second electrically conducting structure are arranged spaced apart from one another, wherein the first electrically conducting structure at least partially overlaps the second electrically conducting structure in a perpendicular orientation relative to the first glass layer , wherein the first electrically conducting structure is associated with a first electrical element, wherein the first electrical element is a capacitive sensor, wherein the first electrically conducting structure and the second electrically conducting structure are arranged on at least one inlet film .
A method of constructing an inflatable irrigated electrode assembly for an electrophysiology catheter , the method comprising: providing a flex circuit having a substrate with a pre-formed aperture within it and a surrounding portion that surrounds the pre-formed aperture , the substrate having a higher heat resistance; providing an inflated balloon member with a flexible membrane , the membrane having a lower heat resistance; affixing the substrate to the membrane with adhesive ; and applying heat through the pre-formed aperture of the substrate , the heat creating a temperature sufficient to melt a portion of membrane and the adhesive without melting the substrate , the portion of the membrane and the adhesive melted forming an aperture in the membrane and adhesive . providing a flex circuit having a substrate with a pre-formed aperture within it and a surrounding portion that surrounds the pre-formed aperture , the substrate having a higher heat resistance; providing an inflated balloon member with a flexible membrane , the membrane having a lower heat resistance; affixing the substrate to the membrane with adhesive ; and applying heat through the pre-formed aperture of the substrate , the heat creating a temperature sufficient to melt a portion of membrane and the adhesive without melting the substrate , the portion of the membrane and the adhesive melted forming an aperture in the membrane and adhesive .
A method of operating an Alkaline Membrane Fuel Cell (AMFC) with direct ammonia feeding, the method comprising: providing AMFC comprising: a solid electrolyte membrane free of aqueous electrolyte, an anode inlet for receiving ammonia and a cathode inlet for receiving oxygen containing gas; operating the AMFC at an operation temperature of above 95 0 C; providing the oxygen containing gas to a cathode of the AMFC at a pressure above the equilibrium vapor pressure of water at the operation temperature, wherein the oxygen containing gas source further comprises a humidifier for providing humidity to the oxygen containing gas; and providing the ammonia to an anode of the AMFC, wherein the ammonia source comprises a humidifier for providing humidity to the ammonia, by providing one of: ammonia in a gas phase at a pressure above the equilibrium vapor pressure of water at the operation temperature; ammonia as an aqueous ammonia solution; and ammonia in a gas phase while adding humidity to the oxygen containing gas. providing AMFC comprising: a solid electrolyte membrane free of aqueous electrolyte, an anode inlet for receiving ammonia and a cathode inlet for receiving oxygen containing gas; operating the AMFC at an operation temperature of above 95 0 C; providing the oxygen containing gas to a cathode of the AMFC at a pressure above the equilibrium vapor pressure of water at the operation temperature, wherein the oxygen containing gas source further comprises a humidifier for providing humidity to the oxygen containing gas; and providing the ammonia to an anode of the AMFC, wherein the ammonia source comprises a humidifier for providing humidity to the ammonia, by providing one of: ammonia in a gas phase at a pressure above the equilibrium vapor pressure of water at the operation temperature; ammonia as an aqueous ammonia solution; and ammonia in a gas phase while adding humidity to the oxygen containing gas. ammonia in a gas phase at a pressure above the equilibrium vapor pressure of water at the operation temperature; ammonia as an aqueous ammonia solution; and ammonia in a gas phase while adding humidity to the oxygen containing gas.
System for recording dental treatment movements by means of a mobile end-user device , comprising a mobile end-user device and a dental treatment means wherein the mobile end-user device is a mobile phone or TabletPC, where the mobile phone or TabletPC has at least or exactly one camera, wherein one or both pupils and the mouth of a person brushing teeth and at least part of the hand guiding the dental treatment means are located within the field of view of the camera, wherein the dental treatment means is a toothbrush, wherein the toothbrush is moved in space and thus relative to the head of a treated person during a dental treatment, wherein the toothbrush comprises at least one guiding support structure, wherein a treatment device for at least indirect contact with a tooth surface and a contact region for holding the toothbrush are arranged or formed on the guiding support structure, wherein an acceleration and/or rotation sensor for detecting movement parameters is physically connected to the guiding support structure at least during use of the toothbrush, wherein the toothbrush is an electric toothbrush and the acceleration and/or rotation sensor is fixedly connected to the electric toothbrush, wherein the electric toothbrush has a communication device for wireless data exchange with the mobile phone or TabletPC, and wherein the electric toothbrush comprises a replacement brush element, wherein the mobile phone or TabletPC uses the sensor data and the camera data to determine movement parameters.
A biopolymer concentration method for concentrating a biopolymer by impregnating a nanostructured substrate with a biopolymer-containing solution while applying electromagnetic waves, wherein the nanostructured substrate comprises a base material, a base group fixed to the base material, and a metal layer group deposited on the base group, the base group is fixed separately to the base material, and the ratio (S A /S B ) of a geometric front area (S A ) in terms of hemisphere on a total emission surface side of the metal layer group and a geometric back area (S B ) on a total light-receiving surface side exceeds 1.
A sliding door suspension device for supporting a door that is displaced in a prescribed opening/closing direction by a drive force from an opening/closing drive mechanism, the sliding door suspension device comprising: a driving-side member which is displaceable in the opening/closing direction by the drive force imparted from the opening/closing drive mechanism; a hanger which is configured to be displaceable in the opening/closing direction in conjunction with a displacement of the driving-side member and which supports the door; an elastic member which allows relative displacements of the driving-side member and the hanger in the opening/closing direction by elastically deforming in accordance with a load in the opening/closing direction that acts between the driving-side member and the hanger ; an adjustment bolt for adjusting an initial value of the load that acts between the driving-side member and the hanger , wherein the adjustment bolt includes a received section that is arranged so that an axial force acting on the adjustment bolt can be received by a prescribed section of the hanger , characterized in that the prescribed section of the hanger includes a notched section formed on the hanger , wherein the notched section has an edge which, in the mounted state of the device, extends in the vertical direction (Z), opposes the received section , which is a head of the adjustment bolt , in the opening/closing direction (X), and receives the received section of the adjustment bolt . a driving-side member which is displaceable in the opening/closing direction by the drive force imparted from the opening/closing drive mechanism; a hanger which is configured to be displaceable in the opening/closing direction in conjunction with a displacement of the driving-side member and which supports the door; an elastic member which allows relative displacements of the driving-side member and the hanger in the opening/closing direction by elastically deforming in accordance with a load in the opening/closing direction that acts between the driving-side member and the hanger ; an adjustment bolt for adjusting an initial value of the load that acts between the driving-side member and the hanger , wherein the adjustment bolt includes a received section that is arranged so that an axial force acting on the adjustment bolt can be received by a prescribed section of the hanger , characterized in that the prescribed section of the hanger includes a notched section formed on the hanger , wherein the notched section has an edge which, in the mounted state of the device, extends in the vertical direction (Z), opposes the received section , which is a head of the adjustment bolt , in the opening/closing direction (X), and receives the received section of the adjustment bolt .
Apparatus for decoding an encoded multichannel audio signal, comprising: a base channel decoder for decoding an encoded base audio channel to obtain a decoded base channel; a decorrelation filter for filtering at least a portion of the decoded base channel to obtain a filling signal; and a multichannel processor for performing a multichannel processing using a spectral representation of the decoded base channel and a spectral representation of the filling signal, wherein the decorrelation filter is a broad band filter and the multichannel processor is configured to apply a narrow band processing to the spectral representation of the decoded base channel and the spectral representation of the filling signal, and wherein the multichannel processor is configured to determine a first upmix channel and a second upmix channel using different weighted combinations of spectral bands of the decoded base channel and corresponding spectral bands of the filling signal, the different weighted combinations depending on a prediction factor and/or a gain factor and/or an envelope or energy normalization factor calculated using a spectral band of the decoded base channel and a corresponding spectral band of the filling signal. a base channel decoder for decoding an encoded base audio channel to obtain a decoded base channel; a decorrelation filter for filtering at least a portion of the decoded base channel to obtain a filling signal; and a multichannel processor for performing a multichannel processing using a spectral representation of the decoded base channel and a spectral representation of the filling signal, wherein the decorrelation filter is a broad band filter and the multichannel processor is configured to apply a narrow band processing to the spectral representation of the decoded base channel and the spectral representation of the filling signal, and wherein the multichannel processor is configured to determine a first upmix channel and a second upmix channel using different weighted combinations of spectral bands of the decoded base channel and corresponding spectral bands of the filling signal, the different weighted combinations depending on a prediction factor and/or a gain factor and/or an envelope or energy normalization factor calculated using a spectral band of the decoded base channel and a corresponding spectral band of the filling signal.
Method for manufacturing a composite airtight layer used in the composition of a tyre, characterized in that : - a film made of thermoplastic material is heated such that the film is able to plastically deform, - the film is deformed with the aid of corrugating means, the thickness of the film being in a range from 0.01 to 0.2 mm, and the film having corrugations with a pitch and amplitude chosen in a range from 0.1 to 10 mm so as to give the film a given elongation capacity, - the film is cooled such that the corrugated film is no longer able to be plastically deformed, - the corrugated film is coated in a matrix of elastomer material, so as to form a composite airtight layer . - a film made of thermoplastic material is heated such that the film is able to plastically deform, - the film is deformed with the aid of corrugating means, the thickness of the film being in a range from 0.01 to 0.2 mm, and the film having corrugations with a pitch and amplitude chosen in a range from 0.1 to 10 mm so as to give the film a given elongation capacity, - the film is cooled such that the corrugated film is no longer able to be plastically deformed, - the corrugated film is coated in a matrix of elastomer material, so as to form a composite airtight layer .
A calibration method , comprising: providing a calibration tube including an imaging surface at an imaging location of an imaging apparatus ; illuminating the imaging surface with light emitted from multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); adjusting a drive current (C 1 , C 2 ) to each of the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C) to establish a substantially uniform intensity of the imaging surface ; recording drive current values (C 1 , C 2 ) for the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); replacing the calibration tube with a calibration tool having a calibration surface (125, 125', 125") of a known reflectance (R1); and measuring target intensity values (I T1 and I T2 or I T1 and I T12 ) of the calibration tool at the respective drive current values (C 1 , C 2 ). providing a calibration tube including an imaging surface at an imaging location of an imaging apparatus ; illuminating the imaging surface with light emitted from multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); adjusting a drive current (C 1 , C 2 ) to each of the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C) to establish a substantially uniform intensity of the imaging surface ; recording drive current values (C 1 , C 2 ) for the multiple front light sources (104B and 104C, 104B and 104A, or 104A and 104C); replacing the calibration tube with a calibration tool having a calibration surface (125, 125', 125") of a known reflectance (R1); and measuring target intensity values (I T1 and I T2 or I T1 and I T12 ) of the calibration tool at the respective drive current values (C 1 , C 2 ).
A cultivation system for cultivating plants from e.g. seeds, seedlings, cuttings, etc. arranged in or onto substrate plugs , in cultivation pots which are part of or are associated with the cultivation system, wherein the cultivation pots are provided with a filling channel extending upwards from a bottom and / or side wall (4a and b, respectively) of the cultivation pot, the filling channel being arranged to cooperate with a filling module which is part of or co-operates with the cultivation system and which has one or more filling connections , each filling connection being arranged to engage with the filling channel of a cultivation pot for supplying the associated cultivation pot with water, further comprising means for measuring the actual quantity of water or the actual water level in each associated cultivation pot and for additional filling of water in dependence thereon.
A method for transmitting control information, comprising: receiving , by a terminal device, downlink control information, DCI, sent by a network device, wherein the DCI comprises an information block, the information block comprises control information of a first cell, the control information of the first cell comprises following information: frequency domain resource indication information, wherein a starting position of the frequency domain resource indication information in the DCI is configured by a high layer configuration parameter; and channel occupation time, COT, length information, wherein the COT length information in the DCI is a number of remaining slots in the COT from a slot when the network device sends the DCI. frequency domain resource indication information, wherein a starting position of the frequency domain resource indication information in the DCI is configured by a high layer configuration parameter; and channel occupation time, COT, length information, wherein the COT length information in the DCI is a number of remaining slots in the COT from a slot when the network device sends the DCI.