mhurhangee/patent-ind-claim-en huggingface dataset:
Circular loom for weaving a weaving core with at least one shuttle , which has a weft thread spool and is movable along a circular orbit path around the weaving core , with at least one stationarily arranged warp spool device , which has a warp thread spool which is arranged essentially in a lengthening of the radial extent of the circular orbit path , where at least one guide device , designed to guide at least one warp thread provided from a warp thread spool of a warp spool device is provided, which is movably arranged or designed outside a track plane enclosed by the outer circumference of the circular orbit path and has at least one positioning part , movably arranged or designed parallel to the weaving axis of the circular loom, with at least one thread guide element , where the warp thread spool of the warp spool device is arranged essentially in a straight and hence deflection-free extension of the running path of the warp thread through the thread guide element and where only the guided warp thread , crossing the track plane , passes through a recess in the circular orbit path .
Method of identifying, from a number of ultrasound images acquired during an ultrasound examination of a subject, the ultrasound image best suited to analyze a pre-determined anatomical structure of the subject, the method comprising the steps of providing a number of ultrasound images acquired during an ultrasound examination of the subject; providing at least one biometric parameter related to the anatomical structure , the biometric parameter being derived from a physical examination of the subject, and/or from the subject's medical history; retrieving a reference image from a database , the reference image showing a target view of the anatomical structure ; for each of the number of ultrasound images , calculating an image similarity index between the ultrasound image and the reference image ; for at least the ultrasound image(s) having an image similarity index above a certain threshold, or having the best image similarity index, determining a biometric parameter from the ultrasound image, and calculating a biometric similarity index, which is a measure of the agreement between the biometric parameter, as determined from the ultrasound image, and the corresponding biometric parameter as derived from the physical examination and/or the subject's medical history; based on the biometric similarity index, and optionally on the image similarity index, selecting an ultrasound image as being best suited to analyze the anatomical structure . providing a number of ultrasound images acquired during an ultrasound examination of the subject; providing at least one biometric parameter related to the anatomical structure , the biometric parameter being derived from a physical examination of the subject, and/or from the subject's medical history; retrieving a reference image from a database , the reference image showing a target view of the anatomical structure ; for each of the number of ultrasound images , calculating an image similarity index between the ultrasound image and the reference image ; for at least the ultrasound image(s) having an image similarity index above a certain threshold, or having the best image similarity index, determining a biometric parameter from the ultrasound image, and calculating a biometric similarity index, which is a measure of the agreement between the biometric parameter, as determined from the ultrasound image, and the corresponding biometric parameter as derived from the physical examination and/or the subject's medical history; based on the biometric similarity index, and optionally on the image similarity index, selecting an ultrasound image as being best suited to analyze the anatomical structure .
Water-soluble granules for the preparation of a drinking solution consisting of a concentrated extract of red vine leaves, a water-soluble carrier material, an acidifying agent, a flow regulator, a sweetening agent and optionally a flavouring, characterized in that the water-soluble carrier material is maltodextrin and in that the granules contain 45 to 60 percent by weight of the extract of red vine leaves, where the constituents together amount to 100 percent by weight, and in that the weight ratio between the dried, aqueous extract of red vine leaves and maltodextrin is 0.8:1.0 to 1.2:1.0.
Positioning device for an ophthalmological laser therapy system comprising an optical opening allowing light from a laser source to exit the ophthalmological laser therapy system, for positioning a patient's eye vis-à-vis the optical opening, the positioning device comprising - a first recording unit designed to provide first recording data of the eye from a first recording direction, - a second recording unit designed to provide second recording data of the eye from a second recording direction, the second recording direction differing from the first recording direction, - a third recording unit designed to provide third recording data from a third recording direction, the third recording direction differing from the first and second recording directions, - a displacement unit designed to displace the relative position of the eye vis-à-vis the optical opening on the basis of control commands, and - a control unit designed to generate control commands on the basis of the first, second and third recording data and provide these control commands to the displacement unit . - a first recording unit designed to provide first recording data of the eye from a first recording direction, - a second recording unit designed to provide second recording data of the eye from a second recording direction, the second recording direction differing from the first recording direction, - a third recording unit designed to provide third recording data from a third recording direction, the third recording direction differing from the first and second recording directions, - a displacement unit designed to displace the relative position of the eye vis-à-vis the optical opening on the basis of control commands, and - a control unit designed to generate control commands on the basis of the first, second and third recording data and provide these control commands to the displacement unit .
Molding unit for the production of sanitary wares, comprising at least one support frame , at least one first portion and one second portion , associated with said frame , bearing respectively at least one first molding component and one second molding component selectively connectable to each other, so as to define at least one molding cavity adapted to receive the casting of at least one pressurized fluid mixture which, once solidified, forms at least one sanitary ware , said first portion and second portion being connected to said frame according to a hanging configuration and being able to be selectively and mutually approached in a closed configuration, so as to bring into mutual contact said molds to define said at least one molding cavity , and mutually movable away from each other in an open configuration to allow the removal of the sanitary ware once formed within said cavity , wherein at least said first portion comprises clamping means selectively movable from an inactive position, corresponding to said open configuration, to an operating position, corresponding to said closed configuration, in which they act on at least one abutment zone of said second portion and corresponding to at least one junction surface between said first molding component and said second molding component in said closed configuration, wherein said clamping means comprise at least one housing provided in said first portion and at least one pressing member which defines at least one of the inner surfaces of said housing , said abutment zone of said second portion , in said closed configuration of said molding unit , being at least partially engaged in said housing , wherein said housing is defined by said pressing member and by a portion of the perimeter surface of said first molding component coupled with said first portion , said first portion comprising at least one support reinforcement , said pressing member comprising at least one cross member , which can be moved from said inactive position to said operating position, having at least one pressure surface adapted to act on said abutment zone , and which defines at least one of the inner surfaces of said housing , and at least one linear actuator to operate in translation said at least one first cross member , said linear actuator comprising at least one part rigidly connected to said reinforcement , characterised in that said linear actuator comprises one cylinder and one stem which selectively comes out of said cylinder , said first cross member being rigidly connected to said cylinder , being provided with at least one rod which connects, in a coaxial manner, said stem to said reinforcement so that, during the translation from said inactive position to said operating position of said first cross member , the operation of said linear actuator determines the translation of said first cross member towards said reinforcement , and thereby towards said first molding component .
A method performed by an alignment system for aligning tethers of a drop stitch fabric prior to feeding the drop stitch fabric to a drop stitch fabric processing machine , the method comprising: determining an offset between the first layer and the second layer in a running direction of the drop stitch fabric ; and feeding a drop stitch fabric having a first layer and a second layer tethered by drop stitch tethers , wherein the first layer is moving with a first velocity and the second layer is moving with a second velocity . determining an offset between the first layer and the second layer in a running direction of the drop stitch fabric ; and feeding a drop stitch fabric having a first layer and a second layer tethered by drop stitch tethers , wherein the first layer is moving with a first velocity and the second layer is moving with a second velocity .
A grating for covering shafts or gutters, comprising • edge rails , • cross girders of sheet metal portions and connected to the edge rails , • longitudinal girders connected to the cross girders and including U-shaped cross sections having upper tread surfaces and legs attached within the cross girders , characterized in that the longitudinal girders are attached to the cross girders such that the upper tread surfaces of the longitudinal girders extend to tread portions of upper edges of the cross girders to be recessed, these tread portions thus protruding upwards above the tread surfaces . • edge rails , • cross girders of sheet metal portions and connected to the edge rails , • longitudinal girders connected to the cross girders and including U-shaped cross sections having upper tread surfaces and legs attached within the cross girders ,
A device for thermolysis comprising means of thermal energy input, at a temperature between 80°C and 700°C, capable of regulating the temperature inside a chamber having a supply of raw material, an outlet of gas thermolysis and an outlet of solid or liquid products of the reaction from the thermolysis, said chamber enclosing at least one tray separating said chamber into an upper portion and a lower portion and at least one transfer member , characterized in that said transfer member and/or the tray is rotatably mounted around an axis, said raw material supply is placed over said tray, defining a first drop point of raw material thereon, said tray comprises a drain hole communicating between said upper portion and said bottom portion and arranged angularly after the first drop point of the raw material in the direction of relative rotation and in that said transfer member extends radially from the centre of said tray towards the wall of said chamber above said tray and in that said device further comprises at least one presser member extending above said tray between the centre of said tray and the wall of said chamber , and in that said presser member defines an air gap decreasing from the front to the rear of said air gap.
A femoral drill guide comprising: an alignment tool ; a body comprising: a hole extending therethrough for guiding a drill, a femoral intramedullary rod ; the alignment tool comprising a first arm , a second arm , and a handle , the first and second arms are pivotably mounted on the handle such that the distance between the first and second arms can be altered, the first arm being operable to connect the alignment tool to the body , and the second arm being operable to connect the alignment tool to the femoral intramedullary rod such that the orientation of the body is fixable with respect to the femoral intramedullary rod in the anteroposterior plane and in a transverse plane, characterised in that the body further comprises first and second mounting holes for receiving the alignment tool and for use of the drill guide on a left or right knee, the first mounting hole being angled to the left lateral side of the body and the second mounting hole being angled to the right lateral side of the body ; the first arm being configured to be received within each of the mounting holes . an alignment tool ; a body comprising: a hole extending therethrough for guiding a drill, a femoral intramedullary rod ; the alignment tool comprising a first arm , a second arm , and a handle , the first and second arms are pivotably mounted on the handle such that the distance between the first and second arms can be altered, the first arm being operable to connect the alignment tool to the body , and the second arm being operable to connect the alignment tool to the femoral intramedullary rod such that the orientation of the body is fixable with respect to the femoral intramedullary rod in the anteroposterior plane and in a transverse plane, characterised in that the body further comprises first and second mounting holes for receiving the alignment tool and for use of the drill guide on a left or right knee, the first mounting hole being angled to the left lateral side of the body and the second mounting hole being angled to the right lateral side of the body ; the first arm being configured to be received within each of the mounting holes . a hole extending therethrough for guiding a drill, a femoral intramedullary rod ; the alignment tool comprising a first arm , a second arm , and a handle , the first and second arms are pivotably mounted on the handle such that the distance between the first and second arms can be altered, the first arm being operable to connect the alignment tool to the body , and the second arm being operable to connect the alignment tool to the femoral intramedullary rod such that the orientation of the body is fixable with respect to the femoral intramedullary rod in the anteroposterior plane and in a transverse plane, characterised in that the body further comprises first and second mounting holes for receiving the alignment tool and for use of the drill guide on a left or right knee, the first mounting hole being angled to the left lateral side of the body and the second mounting hole being angled to the right lateral side of the body ; the first arm being configured to be received within each of the mounting holes .
Magnetic field sensor device (10;10') with - at least two pulse wires (12a-c), - a coil arrangement (13;13') which radially surrounds the at least two pulse wires (12a-c), the coil arrangement (13;13') comprising • a sensor element (14;14') and • a feedback element (16;16') by means of which an auxiliary magnetic field can be generated, - an energy storage , which is electrically connected to the coil arrangement (13;13'), and - a switching element which is electrically connected to the energy storage and to the feedback element (16;16'), characterized in that a control unit for electrically driving the switching element is provided, wherein the control unit is provided with a state-of-charge detection module by means of which a current state of charge of the energy storage can be detected, and wherein the control unit is configured to control the switching element in dependence on the state of charge that is detected by the state-of-charge detection module , and wherein the control unit is configured to trigger the switching element if a detected state of charge is below a state-of-charge threshold value. - at least two pulse wires (12a-c), - a coil arrangement (13;13') which radially surrounds the at least two pulse wires (12a-c), the coil arrangement (13;13') comprising • a sensor element (14;14') and • a feedback element (16;16') by means of which an auxiliary magnetic field can be generated, • a sensor element (14;14') and • a feedback element (16;16') by means of which an auxiliary magnetic field can be generated, - an energy storage , which is electrically connected to the coil arrangement (13;13'), and - a switching element which is electrically connected to the energy storage and to the feedback element (16;16'), a control unit for electrically driving the switching element is provided, wherein the control unit is provided with a state-of-charge detection module by means of which a current state of charge of the energy storage can be detected, and wherein the control unit is configured to control the switching element in dependence on the state of charge that is detected by the state-of-charge detection module , and wherein the control unit is configured to trigger the switching element if a detected state of charge is below a state-of-charge threshold value.
A method for beam failure recovery in user equipment, comprising: detecting a beam failure event between the user equipment and a base station; sending a first beam failure recovery request, BFRQ, to the base station upon detection of the beam failure event; and searching for a beam failure recovery response, BFRP, within a first response time window; wherein sending the BFRQ is carried out in the physical layer of the user equipment; wherein the sending the BFRQ is carried out in the physical layer of the user equipment comprises sending the first BFRQ using one of a physical uplink channel, PUCCH, or a beam failure random access channel, PRACH, for beam failure recovery; wherein the PUCCH-BFRQ opportunity is expected to arrive at a first time and the PRACH-BFRQ opportunity is expected to arrive at a second time, the first time being before the second time, and the PUCCH-BFRQ is sent at the first time when a PUCCH-BFRQ response is expected before the PRACH-BFRQ opportunity at the second time, otherwise the PRACH-BFRQ is sent at the second time. detecting a beam failure event between the user equipment and a base station; sending a first beam failure recovery request, BFRQ, to the base station upon detection of the beam failure event; and searching for a beam failure recovery response, BFRP, within a first response time window; wherein sending the BFRQ is carried out in the physical layer of the user equipment; wherein the sending the BFRQ is carried out in the physical layer of the user equipment comprises sending the first BFRQ using one of a physical uplink channel, PUCCH, or a beam failure random access channel, PRACH, for beam failure recovery; wherein the PUCCH-BFRQ opportunity is expected to arrive at a first time and the PRACH-BFRQ opportunity is expected to arrive at a second time, the first time being before the second time, and the PUCCH-BFRQ is sent at the first time when a PUCCH-BFRQ response is expected before the PRACH-BFRQ opportunity at the second time, otherwise the PRACH-BFRQ is sent at the second time.
A lithium battery comprising: (a) a separator/cathode assembly , wherein said separator/cathode assembly comprises a cathode current collector layer interposed between a first cathode layer and a second cathode layer and a coated porous separator layer on a side of said first cathode layer opposite to said cathode current collector layer , said coated porous separator layer comprising inorganic oxide particles, (b) a separator/anode assembly , wherein said separator/anode assembly comprises an anode layer and a porous separator layer on one side of said anode layer , and (c) an electrolyte, wherein said battery comprises alternating layers of said separator/cathode assembly and said separator/anode assembly; characterized in that the separator layer has no pores larger than 0.2 micron in diameter, the first cathode layer is coated directly on the porous separator layer from a pigment dispersion comprising an organic solvent, an electroactive material in a pigment form, an organic polymer and carbon black pigments or other electrically conductive particles, and the anode layer is coated directly on the porous separator layer . (a) a separator/cathode assembly , wherein said separator/cathode assembly comprises a cathode current collector layer interposed between a first cathode layer and a second cathode layer and a coated porous separator layer on a side of said first cathode layer opposite to said cathode current collector layer , said coated porous separator layer comprising inorganic oxide particles, (b) a separator/anode assembly , wherein said separator/anode assembly comprises an anode layer and a porous separator layer on one side of said anode layer , and (c) an electrolyte,
A method of manufacturing a phase-change memory, comprising: - forming a first insulating layer in cavities located vertically in line with strips of phase-change material ; and - anisotropically etching portions of the first insulating layer located at the bottom of the cavities wherein each strip of phase-change material is covered with a conductive strip , Characterized in that the thickness of the first insulating layer is greater than the thickness of the conductive strips . - forming a first insulating layer in cavities located vertically in line with strips of phase-change material ; and - anisotropically etching portions of the first insulating layer located at the bottom of the cavities wherein each strip of phase-change material is covered with a conductive strip , Characterized in that the thickness of the first insulating layer is greater than the thickness of the conductive strips .
A light spreading complex lens through which light is irradiated and transmitted from a rear side toward a front side, comprising: a main body having a predetermined thickness and formed with an aperture penetrated in a vertical direction; and a refraction lens part that protrudes toward the rear side of the lens from a first surface proximate to the front side of the lens in the inner surfaces of the aperture; a serration part including a plurality of protruding parts that protrude toward the front side of the lens from a second surface proximate to the rear side of the lens in the inner surfaces of the aperture, characterized in that the protruding part protrudes in a triangular shape when viewed from a top direction, wherein the protruding part satisfies: 0.375 < h / p < 0.5 wherein, h is a length of from the second surface to an apex of the protruding part and p is a length of a base line of the protruding part.