mhurhangee/patent-ind-claim-en huggingface dataset:
At a first display device , a method comprising: capturing image data of a physical environment ; identifying in the image data a first shared anchor tag comprising a first object located in the physical environment; identifying in the image data a second shared anchor tag comprising a second object located in the physical environment; transmitting the first shared anchor tag image data to a server computing device ; receiving one or more data packet comprising a shared anchor that is linked to the first and/or second shared anchor tag and associated with a second display device , wherein the shared anchor defines a three-dimensional location in the physical environment wherein the or each data packet comprises data retrieved by the server computing device using at least a portion of the first and/or second shared anchor tag image data; based on identifying the first shared anchor tag and the second shared anchor tag, displaying a first selection indicator at a first location that is associated with the first shared anchor tag and a second selction indicator at a second location that is associated with the second shared anchor tag; receiving a user input selecting one of the first or second selection indicators; and in response to receiving the user input, displaying a hologram at a target location corresponding to the selected selection indicator associated with the relevant anchor point. capturing image data of a physical environment ; identifying in the image data a first shared anchor tag comprising a first object located in the physical environment; identifying in the image data a second shared anchor tag comprising a second object located in the physical environment; transmitting the first shared anchor tag image data to a server computing device ; receiving one or more data packet comprising a shared anchor that is linked to the first and/or second shared anchor tag and associated with a second display device , wherein the shared anchor defines a three-dimensional location in the physical environment wherein the or each data packet comprises data retrieved by the server computing device using at least a portion of the first and/or second shared anchor tag image data; based on identifying the first shared anchor tag and the second shared anchor tag, displaying a first selection indicator at a first location that is associated with the first shared anchor tag and a second selction indicator at a second location that is associated with the second shared anchor tag; receiving a user input selecting one of the first or second selection indicators; and in response to receiving the user input, displaying a hologram at a target location corresponding to the selected selection indicator associated with the relevant anchor point.
A retaining system for a door element on board an aircraft, with: - a support structure with a first retaining area and second retaining area ; - the door element ; - a retaining device ; and - a locking device ; wherein the door element is movably attached to the first retaining area with the retaining device, and wherein the door element can be locked to the second retaining area with the locking device; wherein the locking device comprises at least one movable locking element and at least one locking receptacle ; wherein the door element is a lavatory door; wherein the at least one movable locking element can be moved between an open setting (S OFF ) and a locked setting (S VER ), wherein the at least one movable locking element engages with the locking receptacle in the locked setting, so that the door element is temporarily immovably retained, and allows the door element to move in the open setting; wherein the at least one movable locking element is situated on the second retaining area, and wherein the at least one locking receptacle is situated on the door element; and wherein a temporarily usable seat is attached to the door element, wherein the seat is integrated in the door element. - a support structure with a first retaining area and second retaining area ; - the door element ; - a retaining device ; and - a locking device ; wherein the locking device comprises at least one movable locking element and at least one locking receptacle ; wherein the door element is a lavatory door; wherein the at least one movable locking element can be moved between an open setting (S OFF ) and a locked setting (S VER ), wherein the at least one movable locking element engages with the locking receptacle in the locked setting, so that the door element is temporarily immovably retained, and allows the door element to move in the open setting; wherein the at least one movable locking element is situated on the second retaining area, and wherein the at least one locking receptacle is situated on the door element; and wherein a temporarily usable seat is attached to the door element, wherein the seat is integrated in the door element.
A bearing liner comprising a woven fabric impregnated with a binder , the woven fabric comprising: a bearing element contact surface comprising lubricating fibres , and structural fibres supporting the bearing element contact surface, wherein at least some of the structural fibres comprise a structural component made of a first material and a lubricating component made of a second material. a bearing element contact surface comprising lubricating fibres , and structural fibres supporting the bearing element contact surface,
A terminal comprising: a receiving section configured to receive a higher layer parameter that indicates whether group hopping is to be enabled or disabled; a control section configured to determine, in a case where the group hopping is enabled, a group number of a sequence for a demodulation reference signal for an uplink shared channel based on a symbol index and a slot index; and a transmitting section configured to transmit the demodulation reference signal, characterized by , wherein the control section is configured to determine the group number based on a pseudo-random sequence c(N+i), and wherein the variable N of the pseudo-random sequence c(N+i) is based on the symbol index and the slot index. a receiving section configured to receive a higher layer parameter that indicates whether group hopping is to be enabled or disabled; a control section configured to determine, in a case where the group hopping is enabled, a group number of a sequence for a demodulation reference signal for an uplink shared channel based on a symbol index and a slot index; and a transmitting section configured to transmit the demodulation reference signal, characterized by , wherein the control section is configured to determine the group number based on a pseudo-random sequence c(N+i), and wherein the variable N of the pseudo-random sequence c(N+i) is based on the symbol index and the slot index.
A method for straightening wire or strip material by means of a dressing device comprising straightening rollers engaging on opposite sides of the passing-through material in an offset manner, of which, some are automatically activated according to a model which has been stochastically determined on the basis of input data of the material and data of the material and of the dressing device determined by the dressing device during the passing of the material through the dressing device such that requirements for straightness are met, wherein the position of at least one straightening roller is continuously adapted on the basis of said data recorded during the passage through the dressing device, which data are representative of the target straightness, characterized in that (i) the size and direction of the forces engaging the straightening rollers on the straightening rollers themselves and/or (ii) the temperature of the material before and after passing through the arrangement of straightening rollers and/or (iii) the position of the material subsequent to each of the straightening rollers in the form of the deviation of the material from the pass-through axis in or parallel to the adjusting direction of the straightening rollers is measured and the measured values obtained are entered into the model controlling the adjustment of the adjustable straightening rollers . (i) the size and direction of the forces engaging the straightening rollers on the straightening rollers themselves and/or (ii) the temperature of the material before and after passing through the arrangement of straightening rollers and/or (iii) the position of the material subsequent to each of the straightening rollers in the form of the deviation of the material from the pass-through axis in or parallel to the adjusting direction of the straightening rollers is measured and the measured values obtained are entered into the model controlling the adjustment of the adjustable straightening rollers .
Method for controlling a heat pump having a compressor, a condenser, a throttle and a vaporizer, wherein the temperature of the compressor is sensed and a function of the heat pump is controlled as a function of the temperature of the compressor, characterized in that a start of the compressor is prohibited if the sensed temperature is below a first limiting value.
A method of detecting compromise of at least one analyte reagent upon reaction with a test sample by a reflectance spectroscopic diagnostic instrument, the method comprising the steps of: (a) measuring a reflectance of light across a spectrum of wavelengths for at least one test area on a reagent sample media that has been reacted with a test sample, the reagent sample media having at least one test area disposed thereon, wherein the at least one test area contains an analyte reagent configured to react with the test sample and to change color according to an amount of analyte present in the test sample, and wherein the measurements are performed by a reflectance spectroscopic diagnostic instrument in which the reagent sample media has been disposed and using a color model; (b) analyzing the measurements obtained in (a) to calculate the three factors of color of a three dimensional color space for the at least one test area; (c) comparing the three calculated factors of color for the at least one test area to a known range of expected color results for the at least one test area; and (d) determining that at least one analyte reagent has been compromised by the test sample if at least one calculated factor of the three calculated factors of color for the at least one test area falls outside the known range for said factor; and wherein steps (a)-(d) are performed by the reflectance spectroscopic diagnostic instrument. (a) measuring a reflectance of light across a spectrum of wavelengths for at least one test area on a reagent sample media that has been reacted with a test sample, the reagent sample media having at least one test area disposed thereon, wherein the at least one test area contains an analyte reagent configured to react with the test sample and to change color according to an amount of analyte present in the test sample, and wherein the measurements are performed by a reflectance spectroscopic diagnostic instrument in which the reagent sample media has been disposed and using a color model; (b) analyzing the measurements obtained in (a) to calculate the three factors of color of a three dimensional color space for the at least one test area; (c) comparing the three calculated factors of color for the at least one test area to a known range of expected color results for the at least one test area; and (d) determining that at least one analyte reagent has been compromised by the test sample if at least one calculated factor of the three calculated factors of color for the at least one test area falls outside the known range for said factor; and
A method for preparing silicone-treated films of polyethylene terephthalate (PET), in which the silicone treatment occurs simultaneously with the extrusion of the films, which comprises the steps of: (i) longitudinal stretching of a casting of melted PET; (ii) cooling to ambient temperature of the film obtained in step (i); (iii) spreading, on the cooled film, a silicone mixture; (iv) heating the PET film coated with the silicone mixture to a temperature comprised between 20°C and 70°C for a time comprised between 1 and 15 seconds; (v) lateral stretching of the PET film obtained in step (iv); (vi) heating of the film obtained in step (v) to temperatures comprised between 170°C and 280°C for a time comprised between 3 and 30 seconds; (vii) cooling of the film obtained in step (vi) down to ambient temperature; wherein the silicone mixture comprises: (a) from 1% to 50% by weight on the total weight of the mixture, of one or more monomers and/or one or more silicone prepolymers; (b) from 50% to 95% by weight on the total weight of the mixture, of one or more apolar organic solvents having a boiling point comprised between 50°C and 120 °C and a vapor pressure comprised between 2 and 30 kPa, measured at 20°C; (c) from 0.1% to 5% by weight on the total weight of the mixture, of one or more cross-linking agents; and (d) from 40 to 80 ppm of catalytic platinum (II), in which said catalytic platinum (II) is in complexed form. (i) longitudinal stretching of a casting of melted PET; (ii) cooling to ambient temperature of the film obtained in step (i); (iii) spreading, on the cooled film, a silicone mixture; (iv) heating the PET film coated with the silicone mixture to a temperature comprised between 20°C and 70°C for a time comprised between 1 and 15 seconds; (v) lateral stretching of the PET film obtained in step (iv); (vi) heating of the film obtained in step (v) to temperatures comprised between 170°C and 280°C for a time comprised between 3 and 30 seconds; (vii) cooling of the film obtained in step (vi) down to ambient temperature; (a) from 1% to 50% by weight on the total weight of the mixture, of one or more monomers and/or one or more silicone prepolymers; (b) from 50% to 95% by weight on the total weight of the mixture, of one or more apolar organic solvents having a boiling point comprised between 50°C and 120 °C and a vapor pressure comprised between 2 and 30 kPa, measured at 20°C; (c) from 0.1% to 5% by weight on the total weight of the mixture, of one or more cross-linking agents; and (d) from 40 to 80 ppm of catalytic platinum (II), in which said catalytic platinum (II) is in complexed form.
One-piece stackable container , comprising a base and walls extending upwards from the base and completely encircling an upwardly open receiving space , wherein teeth protrude upwards from the wall upper sides facing away from the base , wherein a number of recesses corresponding to the number of the teeth to receive the teeth of a structurally-identical stackable container are arranged in an underside of the base facing away from the receiving space , wherein the teeth and the recesses are arranged spaced apart from the outer contour of the walls and the base respectively and wherein a stacking edge extending upwards from the wall upper sides runs around the teeth between the teeth and the outer surfaces of the walls facing away from the receiving space , characterised in that the stackable container consists of a particle foam material, in particular of expanded polypropylene (EPP) or expanded polyurethane (EPU).
A system for monitoring cardiac arrhythmia, comprising: an arrhythmia detector circuit configured to: receive a physiologic signal and a first detection algorithm having a first sensitivity, the first detection algorithm including a detection criterion for detecting a cardiac arrhythmia; detect an arrhythmia episode from the physiologic signal using a second detection algorithm having a second sensitivity higher than the first sensitivity of the first detection algorithm for detecting the cardiac arrhythmia; and assign a detection indicator to the arrhythmia episode detected by the second detection algorithm , the detection indicator indicating a likelihood that the detected arrhythmia episode satisfies the detection criterion of the first detection algorithm; and an event prioritizer circuit configured to prioritize the detected arrhythmia episode according to the assigned detection indicator . an arrhythmia detector circuit configured to: receive a physiologic signal and a first detection algorithm having a first sensitivity, the first detection algorithm including a detection criterion for detecting a cardiac arrhythmia; detect an arrhythmia episode from the physiologic signal using a second detection algorithm having a second sensitivity higher than the first sensitivity of the first detection algorithm for detecting the cardiac arrhythmia; and assign a detection indicator to the arrhythmia episode detected by the second detection algorithm , the detection indicator indicating a likelihood that the detected arrhythmia episode satisfies the detection criterion of the first detection algorithm; and receive a physiologic signal and a first detection algorithm having a first sensitivity, the first detection algorithm including a detection criterion for detecting a cardiac arrhythmia; detect an arrhythmia episode from the physiologic signal using a second detection algorithm having a second sensitivity higher than the first sensitivity of the first detection algorithm for detecting the cardiac arrhythmia; and assign a detection indicator to the arrhythmia episode detected by the second detection algorithm , the detection indicator indicating a likelihood that the detected arrhythmia episode satisfies the detection criterion of the first detection algorithm; and an event prioritizer circuit configured to prioritize the detected arrhythmia episode according to the assigned detection indicator .
A flow modification fixture (42a,b, 142a-c, 50a-c, 150a-c, 80a-c, 210, 260) for modifying gas flow inside an equipment front end module used in the processing of silicon wafers, the fixture comprising a sheet of material positioned within and above an opening of an equipment front end module, wherein the sheet of material includes a first side that is sized to extend along the opening of the equipment front end module when the sheet of material is positioned adjacent an interior wall and a second side that extends in a direction away from the interior wall of the equipment front end module and into the equipment front end module interior, the first side having a first dimension that is equal to or greater than a width of the equipment front end module opening and the second side having a second dimension that is sufficient to modify a flow of gas inside the equipment front end module when the second side extends into the equipment front end module interior and the sheet of material is adapted to act as a buffer against gas flowing into a wafer container when the wafer container is coupled to the equipment front end module, characterized in that the sheet of material comprises a plurality of openings.
Roadway barrier bicycle safety apparatus configured to be attached to an upper portion of a roadway barrier segment and configured to top said upper portion to prevent a bicycle and rider from extending or vaulting over said upper portion , said apparatus comprising: an elongated shell having a shell top , a shell bottom , opposed shell side walls extending between said shell top and said shell bottom , and opposed shell ends , said shell configured so that it does not laterally extend from the upper portion of the roadway barrier toward a passing bicycle or cyclist; and attachment structure for attaching the elongated shell in position on the roadway barrier segment upper portion , said shell top is smoothly curved over substantially the extent thereof, and in that said shell ends extend upwardly from said shell bottom to said shell top , wherein the opposed shell side walls and opposed shell ends are configured to be substantially aligned with sides and ends of the upper portion of the roadway barrier segment , said opposed shell side walls and said opposed shell ends extending upwardly, said shell top attached to said opposed shell side walls and said opposed shell ends and configured to define a shell top upper surface including a plurality of converging shell top upper surface portions , and characterized in that said shell top upper surface is longitudinally convexly curved and said top upper surface portions converge toward an elevated location substantially midpoint longitudinally along the shell top upper surface. an elongated shell having a shell top , a shell bottom , opposed shell side walls extending between said shell top and said shell bottom , and opposed shell ends , said shell configured so that it does not laterally extend from the upper portion of the roadway barrier toward a passing bicycle or cyclist; and attachment structure for attaching the elongated shell in position on the roadway barrier segment upper portion , said shell top is smoothly curved over substantially the extent thereof, and in that said shell ends extend upwardly from said shell bottom to said shell top , wherein the opposed shell side walls and opposed shell ends are configured to be substantially aligned with sides and ends of the upper portion of the roadway barrier segment , said opposed shell side walls and said opposed shell ends extending upwardly, said shell top attached to said opposed shell side walls and said opposed shell ends and configured to define a shell top upper surface including a plurality of converging shell top upper surface portions , and characterized in that said shell top upper surface is longitudinally convexly curved and said top upper surface portions converge toward an elevated location substantially midpoint longitudinally along the shell top upper surface.