mhurhangee/patent-ind-claim-en huggingface dataset:
Mammography installation for radiographic and ultrasonic imaging of a breast (B) of a patient, comprising - a first compression device , - a second compression device , - a support device , - an X-ray emitter , - an integrated X-ray detector and - an integrated ultrasound transducer which is designed as an even layer, - wherein the second compression device comprises the integrated X-ray detector , - wherein the support device is arranged at the first compression device or at the second compression device and - wherein a breast locating region is provided between the support device and the compression device that is situated opposite the compression device at which the support device is arranged, and the breast (B) of the patient can be positioned in the breast locating region , - wherein the support device comprises the integrated ultrasound transducer , and - wherein the integrated ultrasound transducer is oriented in the direction of the breast locating region , characterised in that the support device and the integrated ultrasound transducer are designed to be deformable such that they can be moulded to the breast (B) of the patient, wherein the integrated ultrasound transducer is arranged on an elastic substrate. - a first compression device , - a second compression device , - a support device , - an X-ray emitter , - an integrated X-ray detector and - an integrated ultrasound transducer which is designed as an even layer, - wherein the second compression device comprises the integrated X-ray detector , - wherein the support device is arranged at the first compression device or at the second compression device and - wherein a breast locating region is provided between the support device and the compression device that is situated opposite the compression device at which the support device is arranged, and the breast (B) of the patient can be positioned in the breast locating region , - wherein the support device comprises the integrated ultrasound transducer , and - wherein the integrated ultrasound transducer is oriented in the direction of the breast locating region ,
A method for controlling an electromagnetic released brake , comprising a coil carrier having an internal pole and an external pole , a solenoid and at least one further force-exerting element; - The inner pole and the external pole of the coil carrier each have a surface with a varying gradient, and - An armature disc which has an internal pole and an external pole ; wherein the surfaces of the internal pole and the external pole of the armature disk each complement the surfaces of the respective interal pole and external pole of the coil carrier , as well as to form an air gap which varies in size between a basic air gap and a nominal air gap and forms a stroke region ; - wherein the solinoid generates a magnetic force when excited and the force-exerting element generates a second force opposite to the magnetic force of the solinoid , characterized in that: the ratio of the magnetic force of the solinoid and the second force of the force-exerting element varies at least once between greater than and smaller than one during the movement of the armature disc in the stroke region owing to the variation of the excitation of the solenoid . - The inner pole and the external pole of the coil carrier each have a surface with a varying gradient, and - An armature disc which has an internal pole and an external pole ; wherein the surfaces of the internal pole and the external pole of the armature disk each complement the surfaces of the respective interal pole and external pole of the coil carrier , as well as to form an air gap which varies in size between a basic air gap and a nominal air gap and forms a stroke region ; - wherein the solinoid generates a magnetic force when excited and the force-exerting element generates a second force opposite to the magnetic force of the solinoid ,
A storage system comprising: a first set of parallel rails or tracks and a second set of parallel rails or tracks extending transverse to the first set in a substantially horizontal plane to form a grid comprising a plurality of grid spaces; a set of uprights , the uprights and rails or tracks together defining a framework ; a plurality of storage containers arranged in stacks , located beneath the rails or tracks and within the framework ; at least one load handling device disposed above and operable on the rails or tracks , arranged to move laterally above the stacks on the rails ortracks , the load handling device comprising a lifting device arranged to lift one or more containers , or parts thereof, from a stack ; characterised in that the system comprises deployable partition means , the deployable partition means being positioned beneath, substantially just below, the level of the grid and acting to divide the storage system into separately sealable portions, wherein the deployable partition means being activated in response to a predetermined event. a first set of parallel rails or tracks and a second set of parallel rails or tracks extending transverse to the first set in a substantially horizontal plane to form a grid comprising a plurality of grid spaces; a set of uprights , the uprights and rails or tracks together defining a framework ; a plurality of storage containers arranged in stacks , located beneath the rails or tracks and within the framework ; at least one load handling device disposed above and operable on the rails or tracks , arranged to move laterally above the stacks on the rails ortracks , the load handling device comprising a lifting device arranged to lift one or more containers , or parts thereof, from a stack ; characterised in that the system comprises deployable partition means , the deployable partition means being positioned beneath, substantially just below, the level of the grid and acting to divide the storage system into separately sealable portions, wherein the deployable partition means being activated in response to a predetermined event.
Gas humidifier/medical ventilator assembly comprising a ventilator equipped with an electric micro-fan and a gas humidifier comprising a removable tank and a cap , the tank comprising a water container and a cover arranged on the container so as to form a roof covering said container ; - the cover of the tank comprising a gas inlet orifice , a gas outlet orifice , a flat roof portion contained in a plane (P), a first inclined roof portion carrying the gas inlet orifice and forming a first angle (α) with the plane (P), where the first angle (α) is of between 15° and 30°, and a second inclined roof portion carrying the gas outlet orifice and forming a second angle (P) with the plane (P), where the second angle (β) is of between 30° and 50°, - the water container comprising a bottom equipped with a metal plate and a peripheral wall being projected towards the top from said bottom , said cover being integral with the peripheral wall of said container , - and the cap comprising a humidified gas evacuation conduit in fluid communication with the gas outlet orifice of the cover of the tank . - the cover of the tank comprising a gas inlet orifice , a gas outlet orifice , a flat roof portion contained in a plane (P), a first inclined roof portion carrying the gas inlet orifice and forming a first angle (α) with the plane (P), where the first angle (α) is of between 15° and 30°, and a second inclined roof portion carrying the gas outlet orifice and forming a second angle (P) with the plane (P), where the second angle (β) is of between 30° and 50°, - the water container comprising a bottom equipped with a metal plate and a peripheral wall being projected towards the top from said bottom , said cover being integral with the peripheral wall of said container , - and the cap comprising a humidified gas evacuation conduit in fluid communication with the gas outlet orifice of the cover of the tank .
Method for producing a knitted article from at least one stitch-forming knitted fabric thread and at least one elastic weft thread on a knitting machine having a first and a second needle bed , having the following steps: a) knitting at least one stitch course with a right-right pattern on both needle beds with the knitted fabric thread , b) introducing the elastic weft thread , c) casting off the stitches on the first needle bed with the knitted fabric thread with a right-left pattern, d) transferring the stitches located on the first needle bed onto the second needle bed , e) casting off the stitches on the second needle bed with the knitted fabric thread with a right-left pattern, f) knitting at least one stitch course with a right-right pattern on both needle beds with the knitted fabric thread , g) introducing the elastic weft thread , h) casting off the stitches on the second needle bed with the knitted fabric thread with a right-left pattern, i) transferring the stitches located on the second needle bed onto the first needle bed , j) casting off the stitches on the first needle bed with the knitted fabric thread with a right-left pattern, k) repeating steps a)-j) as many times as desired. a) knitting at least one stitch course with a right-right pattern on both needle beds with the knitted fabric thread , b) introducing the elastic weft thread , c) casting off the stitches on the first needle bed with the knitted fabric thread with a right-left pattern, d) transferring the stitches located on the first needle bed onto the second needle bed , e) casting off the stitches on the second needle bed with the knitted fabric thread with a right-left pattern, f) knitting at least one stitch course with a right-right pattern on both needle beds with the knitted fabric thread , g) introducing the elastic weft thread , h) casting off the stitches on the second needle bed with the knitted fabric thread with a right-left pattern, i) transferring the stitches located on the second needle bed onto the first needle bed , j) casting off the stitches on the first needle bed with the knitted fabric thread with a right-left pattern, k) repeating steps a)-j) as many times as desired.
An attachment part for a power tool, which attachment part comprises; an elongate housing including an upper housing part and a lower housing part , interconnection means for interconnecting said upper and lower housing parts, an input gear for connection to an output shaft of a power tool, which input gear is arranged at a first end of the housing, an output gear with an output interface , which output gear is arranged at a second end of the housing, wherein the interconnecting means comprises a sleeve member extending through a first central bore at the first end of the upper housing part, which sleeve member receives the input gear; and a fixation member extending through a second central bore at the first end of the lower housing part and which is arranged to be secured to the sleeve member for clamping the upper and lower housing parts, wherein the sleeve member exhibits an opening arranged to allow the input gear to mesh with the output gear or with an auxiliary gear arranged between the input gear and the output gear . an elongate housing including an upper housing part and a lower housing part , interconnection means for interconnecting said upper and lower housing parts, an input gear for connection to an output shaft of a power tool, which input gear is arranged at a first end of the housing, an output gear with an output interface , which output gear is arranged at a second end of the housing, wherein the interconnecting means comprises a sleeve member extending through a first central bore at the first end of the upper housing part, which sleeve member receives the input gear; and a fixation member extending through a second central bore at the first end of the lower housing part and which is arranged to be secured to the sleeve member for clamping the upper and lower housing parts, wherein the sleeve member exhibits an opening arranged to allow the input gear to mesh with the output gear or with an auxiliary gear arranged between the input gear and the output gear .
A needle comprising: an elongate member having a distal end and comprising a lumen configured to accept a radiofrequency probe; a tip coupled to the distal end of the elongate member, the tip comprising a bevel portion comprising a point on a side of the elongate member , wherein the lumen is further configured such that, when the radiofrequency probe is accepted within the lumen , an end of the radiofrequency probe is proximate the tip ; and a plurality of filaments movable between a first position at least partially in the elongate member and a second position at least partially out and to the side of the elongate member , the plurality of filaments and the tip configured to transmit radio frequency energy from the radiofrequency probe, when the radiofrequency probe is accepted within the lumen of the elongate member , to operate as a monopolar electrode. an elongate member having a distal end and comprising a lumen configured to accept a radiofrequency probe; a tip coupled to the distal end of the elongate member, the tip comprising a bevel portion comprising a point on a side of the elongate member , wherein the lumen is further configured such that, when the radiofrequency probe is accepted within the lumen , an end of the radiofrequency probe is proximate the tip ; and a plurality of filaments movable between a first position at least partially in the elongate member and a second position at least partially out and to the side of the elongate member , the plurality of filaments and the tip configured to transmit radio frequency energy from the radiofrequency probe, when the radiofrequency probe is accepted within the lumen of the elongate member , to operate as a monopolar electrode.
A method for quantitatively measuring internal defects in an as-cast steel product , comprising: optically scanning at least a portion of a surface of the steel product with a scanning device to create a digital image thereof; thresholding the image in a thresholding engine to isolate internal defects within the image; analyzing the thresholded image to determine an internal defect area, wherein the internal defect area comprises an area of at least a portion of the thresholded image that is occupied by the internal defects; determining an overall area of the portion of the thresholded image; calculating a fraction of the internal defect area relative to the overall area; and calculating an equivalent Mannesmann scale rating of the internal defects in the steel product based on the fraction. optically scanning at least a portion of a surface of the steel product with a scanning device to create a digital image thereof; thresholding the image in a thresholding engine to isolate internal defects within the image; analyzing the thresholded image to determine an internal defect area, wherein the internal defect area comprises an area of at least a portion of the thresholded image that is occupied by the internal defects; determining an overall area of the portion of the thresholded image; calculating a fraction of the internal defect area relative to the overall area; and calculating an equivalent Mannesmann scale rating of the internal defects in the steel product based on the fraction.
Insertion device for a chip card reader , having a slide element which receives a chip card and which is arranged so as to be movable back and forth between a moved-in state and a moved-out state, the chip card not being removable in the moved-in state of the slide element , and the slide element having a sealing element , characterized in that , in a plane perpendicular to the back-and-forth movement direction of the slide element , the sealing element has both at least one region with a sealing lip and at least one region without a sealing lip.
An inorganic fiber molded body comprising: an alumina fiber; an inorganic porous filler; and a colloidal silica, wherein a ratio of crystalline minerals in the alumina fiber is 30% by mass or more and 80% by mass or less, the inorganic porous filler contains CaO·6Al 2 O 3 in which a particle diameter D95, which has a cumulative value of 95% in a volume frequency particle size distribution, is 300 um or less, and in 100% by mass of the inorganic fiber molded body, a content of the alumina fiber is 15% by mass or more and 70% by mass or less, a content of the inorganic porous filler is 20% by mass or more and 79% by mass or less, and a content of the colloidal silica is 2% by mass or more and 8% by mass or less. an alumina fiber; an inorganic porous filler; and a colloidal silica, wherein a ratio of crystalline minerals in the alumina fiber is 30% by mass or more and 80% by mass or less, the inorganic porous filler contains CaO·6Al 2 O 3 in which a particle diameter D95, which has a cumulative value of 95% in a volume frequency particle size distribution, is 300 um or less, and in 100% by mass of the inorganic fiber molded body, a content of the alumina fiber is 15% by mass or more and 70% by mass or less, a content of the inorganic porous filler is 20% by mass or more and 79% by mass or less, and a content of the colloidal silica is 2% by mass or more and 8% by mass or less.
Method for producing a collar on a workpiece, comprising the steps: - preforming a region of the workpiece to form a material reserve for a collar drawing operation, - drawing the workpiece to form a collar, wherein the drawn workpiece comprises a flange region and a drawn region adjoining the flange region, wherein the drawn region comprises a wall region and a drawn base adjoining the wall region, and wherein at least some of the material from the region of the material reserve serves for forming the wall region, - punching the drawn base located in the drawn region of the workpiece, such that an opening is made in the drawn base and the wall region is adjoined by a drawn base subregion, and - widening the drawn base subregion. - preforming a region of the workpiece to form a material reserve for a collar drawing operation, - drawing the workpiece to form a collar, wherein the drawn workpiece comprises a flange region and a drawn region adjoining the flange region, wherein the drawn region comprises a wall region and a drawn base adjoining the wall region, and wherein at least some of the material from the region of the material reserve serves for forming the wall region, - punching the drawn base located in the drawn region of the workpiece, such that an opening is made in the drawn base and the wall region is adjoined by a drawn base subregion, and - widening the drawn base subregion.
A safety stirrup comprising: a first portion adapted to rest against an animal to be ridden; a second portion adapted to support a rider's foot in use; and biasing means arranged to reduce an angle formed between the first portion and the second portion so as to bias the safety stirrup from an open configuration, wherein the second portion is positioned to project outwardly from the animal to be ridden so as to be suitable for supporting the rider's foot in use, towards a closed configuration, wherein the second portion is positioned so as to be unsuitable for supporting the rider's foot and the extent by which the stirrup projects outwardly from the animal is reduced, such that, when a rider's foot is removed from the second portion, the second portion automatically moves to the closed configuration, characterised in that in the closed configuration, the second portion lies flush against the first portion. a first portion adapted to rest against an animal to be ridden; a second portion adapted to support a rider's foot in use; and biasing means arranged to reduce an angle formed between the first portion and the second portion so as to bias the safety stirrup from an open configuration, wherein the second portion is positioned to project outwardly from the animal to be ridden so as to be suitable for supporting the rider's foot in use, towards a closed configuration, wherein the second portion is positioned so as to be unsuitable for supporting the rider's foot and the extent by which the stirrup projects outwardly from the animal is reduced, such that, when a rider's foot is removed from the second portion, the second portion automatically moves to the closed configuration, characterised in that in the closed configuration, the second portion lies flush against the first portion.
Method of identifying a water surface in a synthetic aperture radar (SAR) image, comprising the steps of: (a) dividing the image in sub-images; (b) analysing , based on backscatter values of the synthetic aperture radar, SAR, image, the sub-images for identifying the water surface; (c) subdividing in sub-images each of the sub-images of the preceding step where the water surface is not identified; (d) analysing the sub-images of step (c) for identifying the water surface; (e) iterating steps (c) and (d); wherein the analysis for identifying the water surface is based on the parametrization of two distributions of the number of pixels of the sub-image as a function of their backscatter values, characterized in that the water surface is identified when the two distributions can be parametrized. (a) dividing the image in sub-images; (b) analysing , based on backscatter values of the synthetic aperture radar, SAR, image, the sub-images for identifying the water surface; (c) subdividing in sub-images each of the sub-images of the preceding step where the water surface is not identified; (d) analysing the sub-images of step (c) for identifying the water surface; (e) iterating steps (c) and (d); wherein the analysis for identifying the water surface is based on the parametrization of two distributions of the number of pixels of the sub-image as a function of their backscatter values, characterized in that the water surface is identified when the two distributions can be parametrized.