mhurhangee/patent-ind-claim-en huggingface dataset:
A method for displaying synchronized views of digital 3D models, comprising steps of: receiving a first digital 3D model of a person's intra-oral structure; receiving a second digital 3D model of the person's intra-oral structure, wherein the second digital 3D model is obtained at a different time from the first digital 3D model; registering the first digital 3D model and the second digital 3D model with one another using a transform that aligns the first digital 3D model and the second digital 3D model; displaying the first and second digital 3D models on an electronic display device at the same time; receiving a user control input for one of the first and second digital 3D models, the user control input including a color rendering command; and synchronizing the display of the first and second digital 3D models via the registration of the first and second digital 3D models such that, in response to a manipulation of a view of one of the first and second digital 3D models via the user control input that includes the color rendering command, a view of the other one of the first and second digital 3D models is subject to the same manipulation, wherein the user control input allows a user to manipulate a color value mapping applied to a measurement obtained by a comparison of the first and second digital 3D models to amplify a severity of a feature in the displayed intra-oral structure or to indicate changes between the intra-oral structure associated with the first digital 3D model and the intra-oral structure associated with the second digital 3D model. receiving a first digital 3D model of a person's intra-oral structure; receiving a second digital 3D model of the person's intra-oral structure, wherein the second digital 3D model is obtained at a different time from the first digital 3D model; registering the first digital 3D model and the second digital 3D model with one another using a transform that aligns the first digital 3D model and the second digital 3D model; displaying the first and second digital 3D models on an electronic display device at the same time; receiving a user control input for one of the first and second digital 3D models, the user control input including a color rendering command; and synchronizing the display of the first and second digital 3D models via the registration of the first and second digital 3D models such that, in response to a manipulation of a view of one of the first and second digital 3D models via the user control input that includes the color rendering command, a view of the other one of the first and second digital 3D models is subject to the same manipulation, wherein the user control input allows a user to manipulate a color value mapping applied to a measurement obtained by a comparison of the first and second digital 3D models to amplify a severity of a feature in the displayed intra-oral structure or to indicate changes between the intra-oral structure associated with the first digital 3D model and the intra-oral structure associated with the second digital 3D model.
A computer implemented method for operating an autonomous vehicle , the vehicle comprising at least one sensor arranged to capture information in an area in a driving direction of and in the vicinity of the vehicle , and a control unit arranged in communication with the at least one sensor , the control unit implementing a general action module and a plurality of detailed action modules , wherein the method comprises the steps of: - receiving (S1), at the control unit , sensor data from the at least one sensor , and - determining (S2), using the general action module and based on the sensor data, a desired general action plan to be performed by the vehicle when the vehicle is driving on a road, characterized in that the method further comprises the steps of: - selecting (S3), using the control unit , at least one of a plurality of detailed action modules matching at least a portion of the determined general action plan, wherein each of the plurality of detailed action modules is optimized towards a specific type of condition for operating the vehicle, - determining (S4), using the selected at least one detailed action module and based on the sensor data, a plurality of detailed actions to be performed for fulfilling the desired general action plan, and - estimating (S5), using the control unit and based on a combination of the plurality of determined detailed actions, a success rate for fulfilling the desired general action plan. - receiving (S1), at the control unit , sensor data from the at least one sensor , and - determining (S2), using the general action module and based on the sensor data, a desired general action plan to be performed by the vehicle when the vehicle is driving on a road, - selecting (S3), using the control unit , at least one of a plurality of detailed action modules matching at least a portion of the determined general action plan, wherein each of the plurality of detailed action modules is optimized towards a specific type of condition for operating the vehicle, - determining (S4), using the selected at least one detailed action module and based on the sensor data, a plurality of detailed actions to be performed for fulfilling the desired general action plan, and - estimating (S5), using the control unit and based on a combination of the plurality of determined detailed actions, a success rate for fulfilling the desired general action plan.
A system of household appliances for providing services according to user identity, the system comprising: a plurality of household appliances , each household appliance of the plurality of household appliances being configured to collect sensor data associated with an identity of a user and provide a device function to the user based on identity determined from the sensor data; and a server configured to receive the sensor data from a first appliance of the plurality of household appliances and analyze the sensor data to determine the identity of the user ; wherein the system is configured to provide the device function to the user based on identity determined from the sensor data collected by the first appliance via a second appliance of the plurality of household appliances , the second appliance being different from the first appliance . a plurality of household appliances , each household appliance of the plurality of household appliances being configured to collect sensor data associated with an identity of a user and provide a device function to the user based on identity determined from the sensor data; and a server configured to receive the sensor data from a first appliance of the plurality of household appliances and analyze the sensor data to determine the identity of the user ; wherein the system is configured to provide the device function to the user based on identity determined from the sensor data collected by the first appliance via a second appliance of the plurality of household appliances , the second appliance being different from the first appliance .
A system , comprising: recorded seismic data ; a gather engine configured to: create a plurality of angle gathers (744-1, 744-2) from imaging a subsurface location with multiples in a near-offset range (334-2, 334-3) and with primaries outside the near-offset range (334-2, 334-3), wherein the near-offset range (334-2, 334-3) comprises a range within the recorded seismic data in which primaries are not received from the subsurface location ; and an analysis engine configured to apply an amplitude-versus-angle analysis or amplitude-versus-offset analysis to the plurality of angle gathers (744-1, 744-2) to produce a quantitative interpretation that quantifies a property of the subsurface location ; wherein the quantitative interpretation includes at least one of the group of quantitative interpretations including a prediction of a lithology of the subsurface location ; and a prediction of a fluid at the subsurface location . recorded seismic data ; a gather engine configured to: create a plurality of angle gathers (744-1, 744-2) from imaging a subsurface location with multiples in a near-offset range (334-2, 334-3) and with primaries outside the near-offset range (334-2, 334-3), wherein the near-offset range (334-2, 334-3) comprises a range within the recorded seismic data in which primaries are not received from the subsurface location ; and create a plurality of angle gathers (744-1, 744-2) from imaging a subsurface location with multiples in a near-offset range (334-2, 334-3) and with primaries outside the near-offset range (334-2, 334-3), wherein the near-offset range (334-2, 334-3) comprises a range within the recorded seismic data in which primaries are not received from the subsurface location ; and an analysis engine configured to apply an amplitude-versus-angle analysis or amplitude-versus-offset analysis to the plurality of angle gathers (744-1, 744-2) to produce a quantitative interpretation that quantifies a property of the subsurface location ;
Use of a porous synthetic material comprising a nonwoven polypropylene fabric as electrolytic cell support member positioned within an intermediate chamber of a three-chamber electrolytic cell to apply pressure to an ion exchange membrane causing the ion exchange membrane to be in contact with an electrode .
A surface-treated metal sheet for polyolefin resin bonding having a metal substrate and an adhesive layer laminated on at least one surface of the metal substrate with a chemical conversion coating film interposed between the metal substrate and the adhesive layer, wherein the chemical conversion coating film is a coating film obtained by applying onto the metal substrate a coating liquid containing an acid-modified polyolefin resin, a colloidal silica, and a silane coupling agent; a coating amount of the chemical conversion coating film is 0.05 to 3 g/m 2 in terms of dry mass, the adhesive layer contains an acid-modified polyolefin resin, the adhesive layer has a thickness of 5 to 100 μm, and the acid-modified polyolefin resin in the adhesive layer has an acid value of 5 to 60 mgKOH/g. the chemical conversion coating film is a coating film obtained by applying onto the metal substrate a coating liquid containing an acid-modified polyolefin resin, a colloidal silica, and a silane coupling agent; a coating amount of the chemical conversion coating film is 0.05 to 3 g/m 2 in terms of dry mass, the adhesive layer contains an acid-modified polyolefin resin, the adhesive layer has a thickness of 5 to 100 μm, and the acid-modified polyolefin resin in the adhesive layer has an acid value of 5 to 60 mgKOH/g.
An apparatus comprising: a connector port configured to selectably connect with and disconnect from a peripheral device , the connector port including a power supply pin (209.5) and a communication pin; a detector including an input pin operatively coupled with the connector port and an output pin, the detector configured to provide an output at the output pin in response to connection of the peripheral device with the connector port with a time delay between connection of the peripheral device with the connector port and providing the output; a data switch operatively coupled with the detector output pin and the communication pin and configured to selectably enable and disable data communication between the communication pin and a computer board in response to the output at the output pin; and a power switch operatively coupled with the detector , the power supply pin (209.5), and a DC power supply and configured to selectably connect and disconnect the power supply and the power supply pin (209.5) in response to the output at the output pin. a connector port configured to selectably connect with and disconnect from a peripheral device , the connector port including a power supply pin (209.5) and a communication pin; a detector including an input pin operatively coupled with the connector port and an output pin, the detector configured to provide an output at the output pin in response to connection of the peripheral device with the connector port with a time delay between connection of the peripheral device with the connector port and providing the output; a data switch operatively coupled with the detector output pin and the communication pin and configured to selectably enable and disable data communication between the communication pin and a computer board in response to the output at the output pin; and a power switch operatively coupled with the detector , the power supply pin (209.5), and a DC power supply and configured to selectably connect and disconnect the power supply and the power supply pin (209.5) in response to the output at the output pin.
A skin treatment apparatus comprising: - a light source comprising a light emitting element for transmitting light energy to the skin and a charge storage device for discharging an energy dose to the light emitting element; - at least one sensor for measuring a parameter of the skin; - a control system configured to determine a treatment energy dose to be delivered, this being derived using the sensor measurement; and - wherein the control system is arranged to enable charging of the charge storage device in a two or more stage operation, wherein in a first stage charging is to an intermediate energy level, and in a second or further stage to an energy level sufficient to deliver the treatment energy dose. - a light source comprising a light emitting element for transmitting light energy to the skin and a charge storage device for discharging an energy dose to the light emitting element; - at least one sensor for measuring a parameter of the skin; - a control system configured to determine a treatment energy dose to be delivered, this being derived using the sensor measurement; and - wherein the control system is arranged to enable charging of the charge storage device in a two or more stage operation, wherein in a first stage charging is to an intermediate energy level, and in a second or further stage to an energy level sufficient to deliver the treatment energy dose.
A dipped and heat-set polyester cord has at least two plies and has spacing(s) between the said cord plies which has less than 2.0cN/dtex TASE at 2.0% elongation (determined in accordance with ASTM D885-16) is characterized in that , the spacing(s) between the said cord plies is longer than 10% and shorter than 60% of the cord diameter (D).
Blade for a turbomachine, in particular a compressor stage or turbine stage of a gas turbine, having at least one matrix which has a first impact chamber in which at least one impulse body is arranged with play of movement, at least one second impact chamber , the center of volume of which is offset along a first matrix axis (A) with respect to a center of volume of the first impact chamber and in which at least one impulse body is arranged with play of movement, and at least one third impact chamber , the center of volume of which is offset along a second matrix axis (B) that is transverse to the first matrix axis (A) with respect to the center of volume of the first impact chamber and in which the at least one impulse body is arranged with play of movement, the first matrix axis (A) enclosing an angle of at least 60° and at most 120° with an axis of rotation (R) of the turbomachine, at least 75% of the impact chambers being arranged in a suction-side half of the blade or at least 75% of the impact chambers being arranged in a pressure-side half of the blade and characterized in that at least one impulse body has a mass of at least 0.01 g and/or at most 0.075 g and/or the play of movement in at least one impact chamber is at least 10 μm and/or at most 1.5 mm in at least one direction.
A system comprising: at least one hardware processor; and a non-transitory computer-readable storage medium having stored thereon program instructions, the program instructions executable by the at least one hardware processor to: receive a voice recording comprising a phonation by a subject, analyze said voice recording to calculate a fundamental frequency contour curve of said phonation, measure a time period from a start of said phonation until said contour curve reaches a settled level, measure at least one of a slope of said contour curve during said time period and an area under said contour curve during said time period, and determine a glottal closure insufficiency in said subject based, at least in part, on said measuring. at least one hardware processor; and a non-transitory computer-readable storage medium having stored thereon program instructions, the program instructions executable by the at least one hardware processor to: receive a voice recording comprising a phonation by a subject, analyze said voice recording to calculate a fundamental frequency contour curve of said phonation, measure a time period from a start of said phonation until said contour curve reaches a settled level, measure at least one of a slope of said contour curve during said time period and an area under said contour curve during said time period, and determine a glottal closure insufficiency in said subject based, at least in part, on said measuring. receive a voice recording comprising a phonation by a subject, analyze said voice recording to calculate a fundamental frequency contour curve of said phonation, measure a time period from a start of said phonation until said contour curve reaches a settled level, measure at least one of a slope of said contour curve during said time period and an area under said contour curve during said time period, and determine a glottal closure insufficiency in said subject based, at least in part, on said measuring.
A lighting system , comprising: a central unit , a DC bus , at least one operating device for at least one light-emitting diode , wherein the operating device is connected via the DC bus to the central unit , wherein the operating device has an input for a coupling with the DC bus for receiving a DC supply voltage, via which the operating device can be supplied with energy both in a normal operation as well as in an emergency light case via the DC bus, wherein the operating device has a configurable emergency light function, wherein the operating device is configured, in order to generate the LED current in the emergency light case for the at least one light-emitting diode depending on how the emergency light function is configured, wherein the central unit has a supply circuit coupled with a photovoltaic element, which supply circuit is configured, in order to receive an AC voltage in the normal operation from an AC voltage source and to generate the DC supply voltage for the operating device , and has a DC voltage source for providing the DC supply voltage in the emergency light case, characterized in that the central unit and the operating device are designed for PLC communication via the DC bus. a central unit , a DC bus , at least one operating device for at least one light-emitting diode , wherein the operating device is connected via the DC bus to the central unit , wherein the operating device has an input for a coupling with the DC bus for receiving a DC supply voltage, via which the operating device can be supplied with energy both in a normal operation as well as in an emergency light case via the DC bus, wherein the operating device has a configurable emergency light function, wherein the operating device is configured, in order to generate the LED current in the emergency light case for the at least one light-emitting diode depending on how the emergency light function is configured, wherein the central unit has a supply circuit coupled with a photovoltaic element, which supply circuit is configured, in order to receive an AC voltage in the normal operation from an AC voltage source and to generate the DC supply voltage for the operating device , and has a DC voltage source for providing the DC supply voltage in the emergency light case, characterized in that the central unit and the operating device are designed for PLC communication via the DC bus.
A vertical pump , comprising: a rotary shaft ; multi-stage impellers configured to rotate with the rotary shaft ; a casing accommodating the multi-stage impellers ; a mechanical seal provided in a penetrating part of the casing for the rotary shaft ; a balance sleeve for at least partially balancing a thrust force of the rotary shaft , the balance sleeve being positioned between a final stage impeller of the multi-stage impellers and the mechanical seal in the penetrating part for the rotary shaft ; an intermediate chamber provided between the rotary shaft and the casing and provided on an opposite side of the multi-stage impellers across the balance sleeve in an axial direction of the rotary shaft , the intermediate chamber communicating with an intermediate stage impeller among the multi-stage impellers ; a low pressure chamber provided between the rotary shaft and the casing and provided adjacent to the mechanical seal in the axial direction, the low pressure chamber communicating with a low pressure side compared to the intermediate chamber ; and a partition wall part dividing the intermediate chamber and the low pressure chamber . a rotary shaft ; multi-stage impellers configured to rotate with the rotary shaft ; a casing accommodating the multi-stage impellers ; a mechanical seal provided in a penetrating part of the casing for the rotary shaft ; a balance sleeve for at least partially balancing a thrust force of the rotary shaft , the balance sleeve being positioned between a final stage impeller of the multi-stage impellers and the mechanical seal in the penetrating part for the rotary shaft ; an intermediate chamber provided between the rotary shaft and the casing and provided on an opposite side of the multi-stage impellers across the balance sleeve in an axial direction of the rotary shaft , the intermediate chamber communicating with an intermediate stage impeller among the multi-stage impellers ; a low pressure chamber provided between the rotary shaft and the casing and provided adjacent to the mechanical seal in the axial direction, the low pressure chamber communicating with a low pressure side compared to the intermediate chamber ; and a partition wall part dividing the intermediate chamber and the low pressure chamber .
Protective shield for a rotor blade of a wind turbine, the rotor blade comprising a trailing edge section with a trailing edge and a leading edge section with a leading edge , the trailing edge and the leading edge dividing the outer surface of the rotor blade into a suction side and a pressure side , and the rotor blade comprising a root and a tip , wherein - the shield is destined to protect the leading edge section from erosion, - the shield is furthermore destined to cover at least a part of the leading edge of the rotor blade , - the shield is preformed with a shape which approximately corresponds to the contour of the leading edge section where it is destined to be mounted to, - the shield comprises a root end which is destined to face towards the root of the rotor blade and a tip end which is destined to face towards the tip of the rotor blade , characterized in that - the shield comprises a mark which allows to accurately position the shield at a predetermined position on the surface of the rotor blade or which allows to accurately position a tool at a predetermined position on the surface of the shield . - the shield is destined to protect the leading edge section from erosion, - the shield is furthermore destined to cover at least a part of the leading edge of the rotor blade , - the shield is preformed with a shape which approximately corresponds to the contour of the leading edge section where it is destined to be mounted to, - the shield comprises a root end which is destined to face towards the root of the rotor blade and a tip end which is destined to face towards the tip of the rotor blade , characterized in that - the shield comprises a mark which allows to accurately position the shield at a predetermined position on the surface of the rotor blade or which allows to accurately position a tool at a predetermined position on the surface of the shield .