mhurhangee/patent-ind-claim-en huggingface dataset:
Homogenization device for homogenization of a magnetic field, having a non-magnetic carrier and compensation elements consisting at least partially of a magnetic material and being arranged on the carrier, wherein the carrier has a carrier wall and the carrier wall surrounds a carrier interior , wherein recesses are provided in the carrier wall and at least one of the compensation elements can be inserted and removed directly in each of the recesses, wherein at least one of the recesses has a recess axis , and wherein the homogenization device is designed to homogenize a magnetic field that penetrates the carrier wall into the carrier interior through a first carrier region and penetrates the carrier wall out of the carrier interior through a second carrier region , wherein each of the compensation elements arranged on the carrier contributes to the homogenization of the magnetic field at least in the carrier interior , and wherein at least one of the compensation elements is insertable solely by movement along the recess axis and the sole remaining translational freedom of the compensation element inserted in the recess is along the recess axis .
Method for grinding of a workpiece with a grinding worm , wherein the workpiece comprises an axis (a) and is supplied with a profiling along its circumference, wherein the grinding worm comprises an axis (b) and is supplied with a machining surface , wherein a grinding process of the profiling is carried out at simultaneous synchronized rotation of the workpiece around its axis (a) and of the grinding worm around its axis (b) with given meshing of the machining surface into the profiling by moving the grinding worm in the direction of the axis (a) of the workpiece and wherein a shift movement is superposed to the grinding worm in the direction of the axis (b) of the grinding worm during the grinding process, characterized in that the shift movement consists of at least one first section at which the grinding worm is moved in one of the directions (R1) of its axis (b) and consists of at least one second section at which the grinding worm is moved in the other of its directions (R2) of its axis (b), wherein within the first and second sections the shift movements are linear or sinusoidal runs of the movement in the direction of the axis (b) of the grinding worm over the run of the axis (a) of the workpiece .
Hydraulic binder composition comprising: a) at least 50% by weight, with respect to the weight of the hydraulic binder composition, of a ground granulated blast furnace slag, b) at least calcium sulphate, c) at least one product chosen from a source of Portland clinker and lime, d) at least one aluminium derivative chosen from an alumina having a BET specific surface determined by nitrogen adsorption, in accordance with Standard ISO 9277:2010, ranging from 100 to 400 m 2 /g, a monocalcium aluminate and a calcium sulphoaluminate, and e) at least one alkali metal or alkaline earth metal salt chosen from chloride salts, bromide salts, silicate salts, nitrate salts or carboxylic acid salts, such as C 1 -C 4 monocarboxylic acid salts, - the total content of calcium sulphate, expressed as SO 3 equivalent content, being at least 5% by weight, with respect to the weight of the hydraulic binder composition, - the sum of the contents of the products cited in points c) and e) being less than 10% by weight, with respect to the weight of the hydraulic binder composition. a) at least 50% by weight, with respect to the weight of the hydraulic binder composition, of a ground granulated blast furnace slag, b) at least calcium sulphate, c) at least one product chosen from a source of Portland clinker and lime, d) at least one aluminium derivative chosen from an alumina having a BET specific surface determined by nitrogen adsorption, in accordance with Standard ISO 9277:2010, ranging from 100 to 400 m 2 /g, a monocalcium aluminate and a calcium sulphoaluminate, and e) at least one alkali metal or alkaline earth metal salt chosen from chloride salts, bromide salts, silicate salts, nitrate salts or carboxylic acid salts, such as C 1 -C 4 monocarboxylic acid salts, - the total content of calcium sulphate, expressed as SO 3 equivalent content, being at least 5% by weight, with respect to the weight of the hydraulic binder composition, - the sum of the contents of the products cited in points c) and e) being less than 10% by weight, with respect to the weight of the hydraulic binder composition. - the total content of calcium sulphate, expressed as SO 3 equivalent content, being at least 5% by weight, with respect to the weight of the hydraulic binder composition, - the sum of the contents of the products cited in points c) and e) being less than 10% by weight, with respect to the weight of the hydraulic binder composition.
An exhaust gas treatment assembly for an exhaust system of an internal combustion engine, comprising a housing having a circumferential wall which is elongate in the direction of a housing longitudinal axis (L), and at least one base wall which in an external circumferential region is connected to the circumferential wall , wherein in a housing interior space , which is defined by the circumferential wall and the at least one base wall , at least one exhaust gas treatment unit is positioned so as to be removable from the housing ; wherein at least one base wall is an interchangeable base wall which by means of a connection assembly is releasably connected to the circumferential wall ; wherein the connection assembly on the circumferential wall comprises a first connection portion which extends substantially in the direction of the housing longitudinal axis (L), and a first axial support portion which in terms of the first connection portion extends radially inward, and on the interchangeable base wall comprises a second connection portion which, radially adjacent to the first connection portion , extends substantially in the direction of the housing longitudinal axis (L) and by means of at least one connection member is releasably connected to the first connection portion , and a second axial support portion which in relation to the second connection portion extends radially inward and is supported on the first axial support portion in the direction of the housing longitudinal axis (L), wherein a plurality of first connection-member penetration openings which are disposed so as to be mutually spaced apart in the circumferential direction about the housing longitudinal axis (L) or/and in the direction of the housing longitudinal axis (L) are provided in the first connection portion ; wherein a plurality of second connection-member penetration openings which are disposed so as to be mutually spaced apart in the circumferential direction about the housing longitudinal axis (L) or/and in the direction of the housing longitudinal axis (L) are provided in the second connection portion ; and wherein in the case of an interchangeable base wall that is connected to the circumferential wall a plurality of pairs of in each case one first connection-member penetration opening and one second connection-member penetration opening are in each case penetrated by one connection member .
A hearing aid for use in a binaural system comprising a hearing aid at a left ear of a user and a hearing aid at the right ear of the user, wherein the hearing aid is configured to be worn by a user at an ear, wherein the hearing aid is configured to communicate with the hearing aid of the contralateral side when used in the binaural system, wherein said hearing aid comprises - an input transducer for receiving a sound signal from the environment and for generating an electrical signal from the received sound signal, and - a signal processing unit, wherein the signal processing unit comprises a processing unit for processing the higher frequency part of said electrical signal with a processing filter prior to transmission of said part of the electrical signal to another hearing aid worn by the user at the other ear, wherein the hearing aid is configured to communicate with an external unit, the external unit comprising a user interface and wherein the user interface is configured to allow the user to select a hearing direction relative to the hearing aids of the binaural hearing system, and the hearing aid is configured to receive said hearing direction from said external unit wherein the processing unit applies a head related transfer function in accordance with said hearing direction selected by the user, the transfer function simulating a head shadowing effect corresponding to transmission of the sound signal from ipsilateral side of the head to the contralateral side of the head wherein the processing filter is a low-pass filter, and said processing unit further comprises a time delay unit configured to delay the output of said processing filter in time. - an input transducer for receiving a sound signal from the environment and for generating an electrical signal from the received sound signal, and - a signal processing unit,
A system for containing fluidic media, the system comprising: a reservoir body having at least one wall defining an interior volume for containing fluidic media, the wall comprising a cyclic olefin copolymer, the wall for substantially preventing light from passing through the reservoir body ; wherein the wall of the reservoir body comprises at least one window for allowing light to pass into the interior volume of the reservoir body ; and wherein the wall has a light transmission at 400 nm of less than 25%. a reservoir body having at least one wall defining an interior volume for containing fluidic media, the wall comprising a cyclic olefin copolymer, the wall for substantially preventing light from passing through the reservoir body ; wherein the wall of the reservoir body comprises at least one window for allowing light to pass into the interior volume of the reservoir body ; and wherein the wall has a light transmission at 400 nm of less than 25%.
A composition comprising a cerium oxide and a metal (M) oxide, wherein metal (M) is an element selected from alkali metal elements, alkaline earth metal elements, rare earth elements, actinide elements, transition metal elements and post transition metal elements, and metal (M) oxide/cerium oxide molar ratio is comprised between 0.1 and 15 %; said composition exhibits: - a specific surface area, after calcination at 300°C for 4 hours, comprised between 20 and 100 m 2 /g, and - a decrease ratio of specific surface area, after calcination at 800°C for 4 hours, comprised between 1 and 60 %. - a specific surface area, after calcination at 300°C for 4 hours, comprised between 20 and 100 m 2 /g, and - a decrease ratio of specific surface area, after calcination at 800°C for 4 hours, comprised between 1 and 60 %.
Climate chamber , comprising - a housing, comprising at least one door , having an inner chamber which can be closed by means of the at least one door , - wherein the at least one door comprises an inner wall and an outer wall , - wherein the inner wall is formed from a single-piece, flexible basic body which comprises a polygonal wall section surrounded by lateral regions, characterized in that - one free end of a tab protrudes from each of the lateral regions, - wherein a first edge of the tab is folded from the wall section into a first section in order to form a basin , - wherein the free end of the tab is folded back through a second edge into a second section in order to form a sealing holder , into which a sealing can be inserted, and - wherein the basin is arranged on the side facing an outer side in order to receive one or more thermally insulating layers and the sealing holder is arranged on a side facing the inner side for the sealing of the door. - a housing, comprising at least one door , having an inner chamber which can be closed by means of the at least one door , - wherein the at least one door comprises an inner wall and an outer wall , - wherein the inner wall is formed from a single-piece, flexible basic body which comprises a polygonal wall section surrounded by lateral regions, - one free end of a tab protrudes from each of the lateral regions, - wherein a first edge of the tab is folded from the wall section into a first section in order to form a basin , - wherein the free end of the tab is folded back through a second edge into a second section in order to form a sealing holder , into which a sealing can be inserted, and - wherein the basin is arranged on the side facing an outer side in order to receive one or more thermally insulating layers and the sealing holder is arranged on a side facing the inner side for the sealing of the door.
A filament, in particular an X-ray cathode filament, which has at least one emitter filament or heating filament (4; 4') produced from a W-based material with protruding wire end sections (6, 8; 6') and mounting pins (12, 14; 12') produced from a high melting point metal or a high melting point metal alloy associated with the respective wire end sections (6, 8; 6') in order to fix the wire end sections (6, 8; 6') and produce an electrical contact, wherein the end face of at least one mounting pin (12, 14; 12') has a receptacle (18; 18') in which a wire end section (6, 8; 6') is accommodated, and the wire end section is metallurgically bonded to the mounting pin (12, 14; 12') within the receptacle (18; 18'), wherein in the axial direction of the relevant mounting pin (12, 14; 12'), a region is provided where the receptacle (18; 18') is overlapped with the relevant wire end section (6, 8; 6') and the relevant wire end section (6, 8; 6') is surrounded by the receptacle (18; 18') on both sides with respect to at least one radial direction which runs perpendicular to the axial direction, characterized in that the metallurgical bond is produced via a filler material produced from V or a V-based alloy which is metallurgically bonded to the wire end section (6, 8; 6') as well as metallurgically bonded to the mounting pin (12, 14; 12').
A method of determining the error in the period of one or more teeth of a rotating toothed wheel having N teeth comprising: i) generating a periodic signal corresponding to the tooth periods of said teeth passing a point; ii) in respect of each tooth period Ti, for each tooth i, determining the value of the centered sum Ti (N-1) of the flanking N-1 periods; iii) determining a measure of the local gradient ΔT i N-1 of each centered sum Ti (N-1) ; iv) computing the mean value of gradient ΔT i N-1 with respect to all centred sums Ti (N-1) v) computing an error value τ in respect of tooth angle period based on the difference between said mean value of gradient ΔT i N-1 and the local gradient ΔT i N-1 calculated with respect of the tooth in step iii) i) generating a periodic signal corresponding to the tooth periods of said teeth passing a point; ii) in respect of each tooth period Ti, for each tooth i, determining the value of the centered sum Ti (N-1) of the flanking N-1 periods; iii) determining a measure of the local gradient ΔT i N-1 of each centered sum Ti (N-1) ; iv) computing the mean value of gradient ΔT i N-1 with respect to all centred sums Ti (N-1) v) computing an error value τ in respect of tooth angle period based on the difference between said mean value of gradient ΔT i N-1 and the local gradient ΔT i N-1 calculated with respect of the tooth in step iii)
A package for active electronics, comprising: a housing structure configured to house the active electronics; a connector element comprising a spacer portion and a connector portion ; and an interposer element comprising a tie point between the housing structure and the spacer portion of the connector element such that the tie point is remote from respective edges of the housing structure and the connector element, characterized in that the tie point is configured for fastening the spacer portion to the interposer element by a rivet through a hollow section in the spacer portion . a housing structure configured to house the active electronics; a connector element comprising a spacer portion and a connector portion ; and an interposer element comprising a tie point between the housing structure and the spacer portion of the connector element such that the tie point is remote from respective edges of the housing structure and the connector element, characterized in that the tie point is configured for fastening the spacer portion to the interposer element by a rivet through a hollow section in the spacer portion .
A medical image processing apparatus comprising: an emphasis processing unit that emphasizes a region of interest included in a time-series medical image at a set emphasis degree; a total-time measuring unit that measures a total time during which the region of interest is emphasized; an emphasis-degree setting unit that sets the emphasis degree to a relatively larger value as the total time is relatively longer; a feature quantity calculating unit that calculates a feature quantity of the region of interest; a region-of-interest storage unit that stores the feature quantity and the total time of the region of interest in association with each other; and an identical-region-of-interest determining unit that determines, from a similarity degree between a feature quantity of a first region of interest included in a first medical image and a feature quantity of a second region of interest emphasized in a second medical image preceding the first medical image in time series, the feature quantity being stored in the region-of-interest storage unit, whether the first region of interest is identical with the second region of interest, wherein, if it is determined that the first region of interest is identical with the second region of interest, the total-time measuring unit measures a total time of the first region of interest by taking over a total time of the second region of interest. an emphasis processing unit that emphasizes a region of interest included in a time-series medical image at a set emphasis degree; a total-time measuring unit that measures a total time during which the region of interest is emphasized; an emphasis-degree setting unit that sets the emphasis degree to a relatively larger value as the total time is relatively longer; a feature quantity calculating unit that calculates a feature quantity of the region of interest; a region-of-interest storage unit that stores the feature quantity and the total time of the region of interest in association with each other; and an identical-region-of-interest determining unit that determines, from a similarity degree between a feature quantity of a first region of interest included in a first medical image and a feature quantity of a second region of interest emphasized in a second medical image preceding the first medical image in time series, the feature quantity being stored in the region-of-interest storage unit, whether the first region of interest is identical with the second region of interest, wherein, if it is determined that the first region of interest is identical with the second region of interest, the total-time measuring unit measures a total time of the first region of interest by taking over a total time of the second region of interest.
A method of configuring a physical layer in magnetic field-based low-frequency wireless communication, wherein a data rate and coding method of a payload field included in each of request and response frames exchanged between a master and a slave can be varied depending on a surrounding communication environment within a predetermined range, wherein the coding method uses a NRZ-L coding when the communication environment is determined as good, and uses Manchester coding when the communication environment is determined as poor, wherein the request and response frames are configured in an identical format, wherein the request and response frames each comprise a preamble field, a header field, and a payload field, wherein the preamble field is subjected to Manchester coding at a data rate of 1kbps and then BPSK modulation, wherein the header field comprises an area indicative of data rate and said coding method of the payload field, an area indicative of data length of the payload field, and a header check sequence (HCS), wherein the header field is subjected to Manchester coding at a data rate of 1kbps and then binary phase shift keying (BPSK) modulation.
A combination product comprising a Bcl-2 inhibitor and an MDM2 inhibitor, wherein the Bcl-2 inhibitor is the following compound or a pharmaceutically acceptable salt or solvate thereof: wherein the MDM2 inhibitor is APG-115 or a pharmaceutically acceptable salt or solvate thereof, having the following structure:
A rubber composition for a tire, comprising: a polybutadiene (i) which has: (A) a Mooney viscosity (ML 1+4,100°C ) being 43 to 70, wherein the ML 1+4,100°C is measured according to JIS-K6300; (B) a ratio (Tcp/ML 1+4,100°C ) of 5 wt% toluene solution viscosity (Tcp) to Mooney viscosity (ML 1+4,100°C ) being 0.9 to 2.3, wherein the Tcp is measured by using a Cannon-Fenske viscometer No. 400 at 25°C after dissolving 2.28 g of the polymer in 50 ml of toluene; (C) a stress relaxation time (T80) being 10.0 to 40.0 seconds, which is a time until a torque is attenuated by 80% when the torque at the end of ML 1+4,100°C measurement is 100%, wherein the T80 is measured according to ASTM D1646-7; and (D) a molecular weight distribution (Mw/Mn) being 2.50 to 4.00, wherein the Mw and the Mn are calculated by GPC method; another rubber (ii); and a rubber reinforcing material (iii). a polybutadiene (i) which has: (A) a Mooney viscosity (ML 1+4,100°C ) being 43 to 70, wherein the ML 1+4,100°C is measured according to JIS-K6300; (B) a ratio (Tcp/ML 1+4,100°C ) of 5 wt% toluene solution viscosity (Tcp) to Mooney viscosity (ML 1+4,100°C ) being 0.9 to 2.3, wherein the Tcp is measured by using a Cannon-Fenske viscometer No. 400 at 25°C after dissolving 2.28 g of the polymer in 50 ml of toluene; (C) a stress relaxation time (T80) being 10.0 to 40.0 seconds, which is a time until a torque is attenuated by 80% when the torque at the end of ML 1+4,100°C measurement is 100%, wherein the T80 is measured according to ASTM D1646-7; and (D) a molecular weight distribution (Mw/Mn) being 2.50 to 4.00, wherein the Mw and the Mn are calculated by GPC method; (A) a Mooney viscosity (ML 1+4,100°C ) being 43 to 70, wherein the ML 1+4,100°C is measured according to JIS-K6300; (B) a ratio (Tcp/ML 1+4,100°C ) of 5 wt% toluene solution viscosity (Tcp) to Mooney viscosity (ML 1+4,100°C ) being 0.9 to 2.3, wherein the Tcp is measured by using a Cannon-Fenske viscometer No. 400 at 25°C after dissolving 2.28 g of the polymer in 50 ml of toluene; (C) a stress relaxation time (T80) being 10.0 to 40.0 seconds, which is a time until a torque is attenuated by 80% when the torque at the end of ML 1+4,100°C measurement is 100%, wherein the T80 is measured according to ASTM D1646-7; and (D) a molecular weight distribution (Mw/Mn) being 2.50 to 4.00, wherein the Mw and the Mn are calculated by GPC method; another rubber (ii); and a rubber reinforcing material (iii).
Combined machine for working a wire rod of any type or shape in long bars, in order to obtain metal products with at least a curved shape, comprising a support bench configured to support and guide, along an axis of movement (X), at least one mobile slider , comprising a work plane on which at least one curving unit is operative, said combined machine having vise means in the support bench , characterized in that said at least one slider also comprises, on the work plane , a bending unit associated with the at least one curving unit and said vise means being positionable in a direction orthogonal to the axis of movement (X).