mhurhangee/patent-ind-claim-en huggingface dataset:
A sports equipment comprising a cable to which a mechanical tension is applied, and which ensures the stability or the rigidity of said sports equipment, characterised in that it includes a measuring apparatus which is fastened to said cable so that the tension of the cable tension is applied thereto, said measuring apparatus comprising: - a sensor adapted to output an electrical signal corresponding to information representative of the tension of the cable; and - a processing device adapted to read said electrical signal of the sensor so as to generate an output signal, the output signal being received by a display integrated into or communicating with the measuring apparatus and configured to indicate said information representative of the tension in the cable. - a sensor adapted to output an electrical signal corresponding to information representative of the tension of the cable; and - a processing device adapted to read said electrical signal of the sensor so as to generate an output signal, the output signal being received by a display integrated into or communicating with the measuring apparatus and configured to indicate said information representative of the tension in the cable.
A machine tool for machining workpieces , comprising: - a spindle receptacle with at least one tool spindle which can be rotatably driven with respect to a spindle axis , wherein the tool spindle is displaceable at least along a horizontal X-axis and along a horizontal Z-axis perpendicular to the X-axis , wherein the spindle axis runs parallel to the Z-axis ; - a machine bed with a swivel bridge , which is mounted such that it can be pivotably driven about an A-axis parallel to the X-axis , wherein the swivel bridge is designed to receive a pallet for at least one of the workpieces to be machined; - a processing space , which is formed in the region of the swivel bridge and which is accessible by a processing tool accommodated in the spindle receptacle ; characterized in that a pallet store is formed, which is arranged in the Z-axis at a distance from the swivel bridge , wherein a plurality of pallet receiving compartments , which are arranged one above the other in a Y-axis and which serve to receive pallets , are formed in the pallet store , wherein at least one of the pallet receiving compartments has a horizontal extension system , by means of which a pallet received in the associated pallet receiving compartment can be displaced along the Z-axis into the processing space , whereby the pallet can be provided for transfer to the swivel bridge , wherein the swivel bridge is designed to be displaceable along the vertical Y-axis relative to the pallet receiving compartments and the pallet receiving compartments are not displaceable along the vertical Y-axis . - a spindle receptacle with at least one tool spindle which can be rotatably driven with respect to a spindle axis , wherein the tool spindle is displaceable at least along a horizontal X-axis and along a horizontal Z-axis perpendicular to the X-axis , wherein the spindle axis runs parallel to the Z-axis ; - a machine bed with a swivel bridge , which is mounted such that it can be pivotably driven about an A-axis parallel to the X-axis , wherein the swivel bridge is designed to receive a pallet for at least one of the workpieces to be machined; - a processing space , which is formed in the region of the swivel bridge and which is accessible by a processing tool accommodated in the spindle receptacle ; a pallet store is formed, which is arranged in the Z-axis at a distance from the swivel bridge , wherein a plurality of pallet receiving compartments , which are arranged one above the other in a Y-axis and which serve to receive pallets , are formed in the pallet store , wherein at least one of the pallet receiving compartments has a horizontal extension system , by means of which a pallet received in the associated pallet receiving compartment can be displaced along the Z-axis into the processing space , whereby the pallet can be provided for transfer to the swivel bridge , wherein the swivel bridge is designed to be displaceable along the vertical Y-axis relative to the pallet receiving compartments and the pallet receiving compartments are not displaceable along the vertical Y-axis .
A catalyst admixture of catalyst 2 particles comprising an acidic alumina silicate zeolite with an SiO 2 :Al 2 O 3 molar ratio of from 10 to 1500:1, 10 to 90 weight% of at least one binder material and 0.01 to 20 weight% of copper, based on the total weight of catalyst 2 particles, which is 100 weight%, and catalyst 1 particles comprising 5 to 80 weight% CuO besides ZnO, Al 2 O 3 and optionally ZrO 2 .
Façade system for forming a thermal insulation composite façade having a plurality of façade plates which are arranged next to each other and one above the other and can be attached to a building wall via spacers and to which in particular an insulation is allocated on the spacer-side, wherein the façade plates comprise grooves on each at least two of their four end faces which are opposite each other in pairs, wherein the grooves proceed from the end face and are engaged by a spring-like holding projection associated with the façade plate-side spacer end of a spacer , a web protruding transversely from the holding projection being placed against said holding projection, characterised in that a spacer plate is placed against the web of a façade plate-side façade holder of the spacer , which spacer plate is placed against a web of a building wall-side façade holder in the region of the end face remote from the façade plate , wherein the web of the façade plate-side façade holder becomes a U-shaped receptacle which consists of two parallel webs , into which the spacer plate is inserted, secured by means of at least one connecting means connecting the two parallel webs of the U-shaped receptacle and the spacer plate , wherein the building wall-side façade holder comprises a U-shaped receptacle , into which the spacer plate is inserted, secured by means of at least one connecting means connecting the two parallel webs of the U-shaped receptacle and the spacer plate , and wherein the connecting means is preferably a screw.
A rod comprising a first sheet of a first tobacco material and a second sheet formed of a second tobacco material , wherein the second sheet is gathered together with the first sheet of the first tobacco material and circumscribed by a wrapper , wherein the first sheet of the first tobacco material and the second sheet of the second tobacco material have been disposed in overlapping relationship prior to being gathered together, the first tobacco material and the second tobacco material being homogenised tobacco material, the second tobacco material being chemically different to the first tobacco material , wherein the first tobacco material comprises aerosol-forming compounds that form an aerosol at a lower temperature than aerosol-forming compounds of the second tobacco material .
A preloaded ball bearing assembly comprising: a primary bearing assembly disposed between a rotating component and a static structure ; a preload bearing assembly disposed in contact with the rotating component; a flexible support (100; 200; 300) disposed between the primary bearing assembly and the preload bearing assembly; and a flange extending from the static structure and in contact with the primary bearing assembly to axially position the primary bearing assembly, wherein the flexible support is integrally formed with the preload bearing assembly, wherein the rotating component comprises a shaft, and wherein the preload bearing assembly comprises a preload bearing ball , a preload bearing outer ring , and a preload bearing inner ring , the preload bearing inner ring in contact with the shaft, the preload bearing outer ring in contact with the flexible support, and wherein the preload bearing outer ring and the static structure define a radial clearance therebetween, the flexible support disposed within the radial clearance, characterized in that the primary bearing assembly comprises a primary bearing ball , a primary bearing outer ring , and a primary bearing inner ring , the primary bearing inner ring in contact with the shaft, the primary bearing outer ring in contact with the static structure and the flange. a primary bearing assembly disposed between a rotating component and a static structure ; a preload bearing assembly disposed in contact with the rotating component; a flexible support (100; 200; 300) disposed between the primary bearing assembly and the preload bearing assembly; and a flange extending from the static structure and in contact with the primary bearing assembly to axially position the primary bearing assembly, wherein the flexible support is integrally formed with the preload bearing assembly, wherein the rotating component comprises a shaft, and wherein the preload bearing assembly comprises a preload bearing ball , a preload bearing outer ring , and a preload bearing inner ring , the preload bearing inner ring in contact with the shaft, the preload bearing outer ring in contact with the flexible support, and wherein the preload bearing outer ring and the static structure define a radial clearance therebetween, the flexible support disposed within the radial clearance, characterized in that the primary bearing assembly comprises a primary bearing ball , a primary bearing outer ring , and a primary bearing inner ring , the primary bearing inner ring in contact with the shaft, the primary bearing outer ring in contact with the static structure and the flange.
A method for simulating film grain in an input image block, comprising: a) computing an average value of the pixel intensities for the block; and b) selecting a film grain block from at least one previously established pool of film grain blocks whose associated block intensity level for which the film grain block was generated most closely matches the average value of the pixel intensities of the input image block, the pool being organized based on image intensities, and c) blending the selected film grain block with the input image block. a) computing an average value of the pixel intensities for the block; and b) selecting a film grain block from at least one previously established pool of film grain blocks whose associated block intensity level for which the film grain block was generated most closely matches the average value of the pixel intensities of the input image block, the pool being organized based on image intensities, and c) blending the selected film grain block with the input image block.
Sensor arrangement comprising a radar module configured to transmit a first signal, wherein the first signal is a radar signal, and to receive a reflection of the first signal; a sensor module configured to transmit and/or receive a second signal different to a radar signal; and a deflector that is transparent for radar signals and deflective for the second signal, wherein the deflector is arranged in a first beam path of the first signal in a predetermined angle; and configured to deflect a second beam path of the second signal into the first beam path of the first signal, wherein the deflector comprises a semiconductor coating or a dielectric coating. a radar module configured to transmit a first signal, wherein the first signal is a radar signal, and to receive a reflection of the first signal; a sensor module configured to transmit and/or receive a second signal different to a radar signal; and a deflector that is transparent for radar signals and deflective for the second signal, wherein the deflector is arranged in a first beam path of the first signal in a predetermined angle; and configured to deflect a second beam path of the second signal into the first beam path of the first signal, wherein the deflector comprises a semiconductor coating or a dielectric coating.
Line retraction system for an industrial robot for tightening at least one feed arrangement guided along a robot arm, in particular a feed hose and/or a feed line and/or a line package for length compensation as a result of a movement of the robot arm, having two guide rods on or at which a carriage is mounted and can be adjusted along the guide rods against the prestress of at least one spring , the guide rods being fastened to holders , the carriage being guided between the holders , wherein a fastening arrangement for the feed arrangement is fastened to the carriage , wherein a covering is held on the holders for covering the carriage at least in regions, the covering being formed by a cover , the cover having a top wall to which two side walls are connected, wherein the side walls each have a passage , and wherein the fastening arrangement is mounted on a bracket-shaped support , the bracket-shaped support having a retaining portion which supports the fastening arrangement and retains it above the top wall . wherein a fastening arrangement for the feed arrangement is fastened to the carriage , wherein a covering is held on the holders for covering the carriage at least in regions, the covering being formed by a cover , the cover having a top wall to which two side walls are connected, wherein the side walls each have a passage , and wherein the fastening arrangement is mounted on a bracket-shaped support , the bracket-shaped support having a retaining portion which supports the fastening arrangement and retains it above the top wall .
1. Apparatus for the production of foamed building materials, comprising • a gas supply unit which is configured to supply gas to the apparatus , • a suspension supply unit (20, 150 - 156) which is configured to supply suspension to the apparatus , and • a mixing chamber which is configured to mix the gas supplied by the gas supply unit and the suspension supplied by the suspension supply unit (20, 150 - 156) to form a dispersion, characterized in that the apparatus further comprises a control and/or regulating unit which has means for supplying values of a plurality of input parameters, based on which at least a temperature (T) of the dispersion and an air pressure (P) in an environment of the apparatus is inferable, wherein the control and/or regulating unit is further configured, based on the values of the input parameters supplied to it, to influence at least one output parameter (Q, m), by means of which the ratio of the volumes and/or masses and/or densities of gas and suspension supplied per unit of time is adjustable. • a gas supply unit which is configured to supply gas to the apparatus , • a suspension supply unit (20, 150 - 156) which is configured to supply suspension to the apparatus , and • a mixing chamber which is configured to mix the gas supplied by the gas supply unit and the suspension supplied by the suspension supply unit (20, 150 - 156) to form a dispersion,
A process for producing bisphenol-A, the process comprising: (a) reacting acetone and phenol in the presence of a catalyst system comprising an acidic heterogeneous catalyst and a catalyst promoter comprising at least one organic sulfur-containing compound to produce a reaction effluent comprising bisphenol-A, water, unreacted acetone, unreacted phenol and at least part of the catalyst promoter; (b) distilling at least part of the reaction effluent to remove water, catalyst promoter and unreacted acetone, and leave a residual stream containing bisphenol A; (c) contacting at least part of the residual stream with a basic anion exchange resin to produce a purified stream; and (d) recovering bisphenol-A from the purified stream. (a) reacting acetone and phenol in the presence of a catalyst system comprising an acidic heterogeneous catalyst and a catalyst promoter comprising at least one organic sulfur-containing compound to produce a reaction effluent comprising bisphenol-A, water, unreacted acetone, unreacted phenol and at least part of the catalyst promoter; (b) distilling at least part of the reaction effluent to remove water, catalyst promoter and unreacted acetone, and leave a residual stream containing bisphenol A; (c) contacting at least part of the residual stream with a basic anion exchange resin to produce a purified stream; and (d) recovering bisphenol-A from the purified stream.
A filter assembly comprising: a back wall comprising filter media and located on a downstream side; a first aperture formed on an upstream side , the first aperture having a cross-sectional dimension; opposing sidewalls comprising filter media , the opposing sidewalls extending between the back wall and the first aperture , wherein the back wall has a cross-sectional dimension; a second aperture positioned between the first aperture and the back wall , the second aperture having a cross-sectional dimension, wherein the cross-sectional dimension of the second aperture is smaller than the cross-sectional dimension of the first aperture and the cross-sectional dimension of the back wall ; characterised in that at least one fastener extends through and fastens the opposing sidewalls to form the cross-sectional dimension of the second aperture . a back wall comprising filter media and located on a downstream side; a first aperture formed on an upstream side , the first aperture having a cross-sectional dimension; opposing sidewalls comprising filter media , the opposing sidewalls extending between the back wall and the first aperture , wherein the back wall has a cross-sectional dimension; a second aperture positioned between the first aperture and the back wall , the second aperture having a cross-sectional dimension, wherein the cross-sectional dimension of the second aperture is smaller than the cross-sectional dimension of the first aperture and the cross-sectional dimension of the back wall ; characterised in that at least one fastener extends through and fastens the opposing sidewalls to form the cross-sectional dimension of the second aperture .
A bracket adapted to be mounted to a pane of a motor vehicle, said bracket comprising a base part and at least one fixation arrangement configured to fixate a camera carrier carrying at least one camera to the bracket , wherein each of said at least one fixation arrangement comprises a holder and a spring element configured to exert an elastic locking force on a pin of the camera carrier , wherein the spring element comprises a base element configured to be held in said holder , wherein the spring element comprises a fixation tongue bendably connected to the base element at one end and adapted to exert said elastic locking force on the pin of the camera carrier , characterized in that the base element comprises a central opening surrounding the fixation tongue in a plane view on the spring element .
A rosin press for pressing and collecting extracted rosin, comprising: a) A lower platen having a flat and rectangular pressing area on the top surface of the lower platen ; and b) the lower platen having a rosin collection area surrounding the pressing area , characterised in that the rosin collection area comprises a series of peaks (66a-d) and, extending from each side of each of the peaks, sloping rails (68a-h) that are at a lower depth relative to the pressing area and configured such that extracted rosin flows into the rosin collection area during pressing. a) A lower platen having a flat and rectangular pressing area on the top surface of the lower platen ; and b) the lower platen having a rosin collection area surrounding the pressing area , characterised in that the rosin collection area comprises a series of peaks (66a-d) and, extending from each side of each of the peaks, sloping rails (68a-h) that are at a lower depth relative to the pressing area and configured such that extracted rosin flows into the rosin collection area during pressing.
A computer-implemented method for a training of a process for generating an image of an object from measurement data, wherein the measurement data were obtained by an imaging modality using ionizing radiation, wherein the measurement data were modified by scatter radiation, wherein the method comprises the steps of: a) providing at least two individual sets of measured data, wherein each of the sets of the measured data is provided as a matrix having a plurality of matrix elements , wherein each of the matrix elements corresponds to at least one individual detector element designated for detecting ionizing radiation, wherein a signal measured by the individual detector element in an energy bin is assigned as a value for each matrix element , wherein the individual sets of the measured data differ with respect to each other by their corresponding energy bin ; b) using the at least two individual sets of measured data and a template image as an input to a procedure for determining a correction image for a correction of a modification of the measured data by the scatter radiation, whereby the process is trained by adjusting a preliminary image obtained by using the at least two individual sets of measured data in the procedure to the template image , wherein the procedure comprises taking into account a neighborhood of each matrix element ; and c) repeating steps a) and b) until a deviation between the preliminary image obtained by the process and the template image is below a threshold, whereby the procedure for determining the correction image for the correction of the modification of the measured data by the scatter radiation is obtained and applicable in the process for generating an image of an object from measurement data. a) providing at least two individual sets of measured data, wherein each of the sets of the measured data is provided as a matrix having a plurality of matrix elements , wherein each of the matrix elements corresponds to at least one individual detector element designated for detecting ionizing radiation, wherein a signal measured by the individual detector element in an energy bin is assigned as a value for each matrix element , wherein the individual sets of the measured data differ with respect to each other by their corresponding energy bin ; b) using the at least two individual sets of measured data and a template image as an input to a procedure for determining a correction image for a correction of a modification of the measured data by the scatter radiation, whereby the process is trained by adjusting a preliminary image obtained by using the at least two individual sets of measured data in the procedure to the template image , wherein the procedure comprises taking into account a neighborhood of each matrix element ; and c) repeating steps a) and b) until a deviation between the preliminary image obtained by the process and the template image is below a threshold, whereby the procedure for determining the correction image for the correction of the modification of the measured data by the scatter radiation is obtained and applicable in the process for generating an image of an object from measurement data.
Aircraft propelled by a turbine engine having contra-rotating fans , the turbine engine being integrated at the rear of a fuselage of the aircraft, in the continuation of the fuselage, and comprising at least two gas generators which feed a power turbine through a common central flow duct , said turbine comprising two contra-rotating rotors for driving two fans arranged downstream of the gas generators , characterized in that the aircraft comprises separating means arranged so as to separate the gas flow in the power turbine into at least two concentric flow ducts and a device comprising first distribution means for distributing the gas flow between these at least two flow ducts from the central flow duct , said first distribution means being designed to be able to open or close the feed of at least one flow duct , referred to as the concealable flow duct, from among the at least two concentric flow ducts of the power turbine .