mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a graphical user interface, the method comprising: accessing, by one or more processors, a plurality of patient information, the patient information including time-sequenced data indicating events for a patient and hemoglobin measurements for the patient; generating, by the one or more processors, one or more proposed treatment schedules, the treatment schedules indicating a proposed timeline at which events are proposed to occur; accessing, by the one or more processors, a predictive model that predicts future hemoglobin levels for the patient along proposed timelines; inputting, into the predictive model, the one or more proposed treatment schedules to determine a predicted trend for hemoglobin levels for the patient respectively associated with the one or more proposed treatment schedules; displaying, on the graphical user interface, a graph indicating a visual representation of the patient information for the patient, the one or more proposed treatment schedules, and the predicted trends for the hemoglobin levels respectively associated with the proposed treatment schedules. accessing, by one or more processors, a plurality of patient information, the patient information including time-sequenced data indicating events for a patient and hemoglobin measurements for the patient; generating, by the one or more processors, one or more proposed treatment schedules, the treatment schedules indicating a proposed timeline at which events are proposed to occur; accessing, by the one or more processors, a predictive model that predicts future hemoglobin levels for the patient along proposed timelines; inputting, into the predictive model, the one or more proposed treatment schedules to determine a predicted trend for hemoglobin levels for the patient respectively associated with the one or more proposed treatment schedules; displaying, on the graphical user interface, a graph indicating a visual representation of the patient information for the patient, the one or more proposed treatment schedules, and the predicted trends for the hemoglobin levels respectively associated with the proposed treatment schedules.
A system for adapting a light plan (61;63;65) for a certain space, said light plan specifying planned positions of a plurality of lighting devices (31-38), said system comprising: at least one input interface ; at least one output interface ; and at least one processor configured to: - use said at least one input interface to obtain said light plan; characterized in that said at least one processor is further configured to: - determine one or more auxiliary functions of one or more of said plurality of lighting devices in said light plan, wherein said one or more auxiliary functions include one or more of: Internet access based on light communication, information access based on light communication, infrared communication, Li-Fi and indoor positioning based on visible light communication, presence detection, people tracking, object tracking, emergency detection, air quality detection, activity detection, and audio scene analysis, - determine an alternative position for at least one of said one or more lighting devices based on a position determination function, such that said one or more lighting devices can better perform said one or more auxiliary functions with said at least one lighting device in said alternative position instead of said planned position for said at least one lighting device, - adapt said received light plan, said adapted light plan specifying said alternative position for said at least one lighting device, and - use said at least one output interface to output said adapted light plan. at least one input interface ; at least one output interface ; and at least one processor configured to: - use said at least one input interface to obtain said light plan; - use said at least one input interface to obtain said light plan; - determine one or more auxiliary functions of one or more of said plurality of lighting devices in said light plan, wherein said one or more auxiliary functions include one or more of: Internet access based on light communication, information access based on light communication, infrared communication, Li-Fi and indoor positioning based on visible light communication, presence detection, people tracking, object tracking, emergency detection, air quality detection, activity detection, and audio scene analysis, - determine an alternative position for at least one of said one or more lighting devices based on a position determination function, such that said one or more lighting devices can better perform said one or more auxiliary functions with said at least one lighting device in said alternative position instead of said planned position for said at least one lighting device, - adapt said received light plan, said adapted light plan specifying said alternative position for said at least one lighting device, and - use said at least one output interface to output said adapted light plan.
A method of cognitive mapping comprising the steps of; - determining a cognitive base line response for a cognitive function from a subject in response to the presentation of a task, - presenting the task to the subject again while stimulating an area of the brain with a magnetic field via a Transcranial Magnetic Stimulation = TMS coil device , - recording the subject's performance during stimulation with a microphone and/or camera , - comparing the subject's base line response to the task with the subject's recorded performance during stimulation, and - based on the comparison, determining if the area of the brain stimulated is involved in the cognitive function. - determining a cognitive base line response for a cognitive function from a subject in response to the presentation of a task, - presenting the task to the subject again while stimulating an area of the brain with a magnetic field via a Transcranial Magnetic Stimulation = TMS coil device , - recording the subject's performance during stimulation with a microphone and/or camera , - comparing the subject's base line response to the task with the subject's recorded performance during stimulation, and - based on the comparison, determining if the area of the brain stimulated is involved in the cognitive function.
A method of scribing a graphic on a work piece , comprising: applying control information from a controller operable at a controller speed to a laser operated to produce a laser output ; and applying laser output to the work piece based on the control information to scribe a graphic into a surface of the work piece such that material is removed from the surface of the work piece to provide the surface with texture without burning through the work piece , and said applying comprises moving the laser output relative to the work piece at a speed in the range of greater than 10 m/s to 65 m/s and operating the laser output with a power in the range of 500 W to 5,000 W, characterised in that the controller is operable at a controller speed in a range of 10,000 pixels per second to 50,000 pixels per second and having a power change width depending from the number of lines per inch, the Controller Speed and the Laser Scan speed as mentioned in the following tables Table II Specific Graphic at 32 lines/inch Power Change Width (Pixels) Controller Speed (Pixels/second) Laser Scan Speed (m/s) 4 10,000 31 4 20,000 62 3 10,000 23 3 20,000 46 2 10,000 15 2 20,000 30 1 20,000 14 1 40,000 28 1 50,000 35 Table III Specific Graphic at 60 lines/inch Power Change Width (Pixels) Controller Speed (Pixels/second) Laser Scan Speed (m/s) 4 10,000 16 4 20,000 32 3 10,000 12 3 20,000 24 2 20,000 16 1 40,000 16 1 50,000 20 applying control information from a controller operable at a controller speed to a laser operated to produce a laser output ; and applying laser output to the work piece based on the control information to scribe a graphic into a surface of the work piece such that material is removed from the surface of the work piece to provide the surface with texture without burning through the work piece , and said applying comprises moving the laser output relative to the work piece at a speed in the range of greater than 10 m/s to 65 m/s and operating the laser output with a power in the range of 500 W to 5,000 W, characterised in that the controller is operable at a controller speed in a range of 10,000 pixels per second to 50,000 pixels per second and having a power change width depending from the number of lines per inch, the Controller Speed and the Laser Scan speed as mentioned in the following tables Table II Specific Graphic at 32 lines/inch Power Change Width (Pixels) Controller Speed (Pixels/second) Laser Scan Speed (m/s) 4 10,000 31 4 20,000 62 3 10,000 23 3 20,000 46 2 10,000 15 2 20,000 30 1 20,000 14 1 40,000 28 1 50,000 35 Table III Specific Graphic at 60 lines/inch Power Change Width (Pixels) Controller Speed (Pixels/second) Laser Scan Speed (m/s) 4 10,000 16 4 20,000 32 3 10,000 12 3 20,000 24 2 20,000 16 1 40,000 16 1 50,000 20
A method for determining the sitting posture of the user of a seating device on the seating device, which comprises the following: 1.1 detection of the variable of a physical property at each region of a plurality of regions of the seating device at which regions this variable is changeable by the user of the seating device when sitting on the seating device; 1.2 determination of a value based on the variables detected; 1.3 determination of the sitting posture of the user by using the value; characterized in that 1.4 the value is determined as a quotient of the variables detected. 1.1 detection of the variable of a physical property at each region of a plurality of regions of the seating device at which regions this variable is changeable by the user of the seating device when sitting on the seating device; 1.2 determination of a value based on the variables detected; 1.3 determination of the sitting posture of the user by using the value; characterized in that 1.4 the value is determined as a quotient of the variables detected.
A rotational rheometer comprising: a double wall cup having an inner cylindrical wall and an outer cylindrical wall forming an annular chamber and a central cylindrical chamber ; a cylindrical bob having a top disk portion , a hollow cylindrical portion and a shaft attached to the center of the top disk portion ; a motor coupled to the double wall cup configured to rotate the double wall cup ; a transducer coupled to the cylindrical bob configured to impose axial oscillations on the cylindrical bob ; wherein the inner cylindrical wall of the double wall cup comprises openings at its lower end that allow fluid communication from the annular chamber to the central cylindrical chamber ; and wherein the cylindrical bob has apertures just below its top disk portion that circumscribe a substantial portion of the circumference of the top disk , wherein the apertures are configured to substantially reduce the total surface area of menisci that would be formed between the top surface of a fluid in the annular chamber and the cylindrical bob when the annular chamber is filled with test material and the cylindrical bob undergoes axial oscillations. a double wall cup having an inner cylindrical wall and an outer cylindrical wall forming an annular chamber and a central cylindrical chamber ; a cylindrical bob having a top disk portion , a hollow cylindrical portion and a shaft attached to the center of the top disk portion ; a motor coupled to the double wall cup configured to rotate the double wall cup ; a transducer coupled to the cylindrical bob configured to impose axial oscillations on the cylindrical bob ; wherein the inner cylindrical wall of the double wall cup comprises openings at its lower end that allow fluid communication from the annular chamber to the central cylindrical chamber ; and wherein the cylindrical bob has apertures just below its top disk portion that circumscribe a substantial portion of the circumference of the top disk , wherein the apertures are configured to substantially reduce the total surface area of menisci that would be formed between the top surface of a fluid in the annular chamber and the cylindrical bob when the annular chamber is filled with test material and the cylindrical bob undergoes axial oscillations.
A light control sheet comprising: a first transparent electrode layer ; a second transparent electrode layer ; a light control layer that is located between the first transparent electrode layer and the second transparent electrode layer ; a first transparent support layer that is located on a side of the first transparent electrode layer facing away from the light control layer and has a support surface that supports the first transparent electrode layer ; and a second transparent support layer that is located on a side of the second transparent electrode layer facing away from the light control layer , wherein the first transparent electrode layer includes a first electrode element and a second electrode element , the first electrode element and the second electrode element are separate layered members arranged along the support surface , and are electrically insulated from each other by a groove extending along the support surface , a depth direction of the groove is a thickness direction of the first transparent electrode layer , and the groove has a depth that allows the groove to pass through the first transparent electrode layer but not to pass through the first transparent support layer , characterized in that a light control material constituting the light control layer is filled in a portion of the groove that extends in the first transparent support layer . a first transparent electrode layer ; a second transparent electrode layer ; a light control layer that is located between the first transparent electrode layer and the second transparent electrode layer ; a first transparent support layer that is located on a side of the first transparent electrode layer facing away from the light control layer and has a support surface that supports the first transparent electrode layer ; and a second transparent support layer that is located on a side of the second transparent electrode layer facing away from the light control layer , wherein the first transparent electrode layer includes a first electrode element and a second electrode element , the first electrode element and the second electrode element are separate layered members arranged along the support surface , and are electrically insulated from each other by a groove extending along the support surface , a depth direction of the groove is a thickness direction of the first transparent electrode layer , and the groove has a depth that allows the groove to pass through the first transparent electrode layer but not to pass through the first transparent support layer ,
Device for detecting derailing of a rail vehicle, wherein the device is designed for receiving measurement data characterizing a driving mode from a multiplicity of wheelsets (10-1 to 10-n) or bogies of the rail vehicle, for comparing the measurement data from the multiplicity of wheelsets (10-1 to 10-n) or bogies of the rail vehicle, and for detecting the occurrence of derailing if the measurement data of at least one wheelset or bogie differ by at least a predetermined degree from the measurement data of the other wheelsets or bogies, wherein the measurement data indicate vibrations, in particular vibrations in the vertical direction, of the respective wheelset or bogie, characterized in that the measurement data indicate a wheel speed as a supplementary application of the detection of derailing of a rail vehicle and the device is designed for deducing a wheel diameter and for carrying out a wheel diameter compensation.
A method of controlling a washing machine , comprising: a water supply step of supplying washing water into a tub ; a steam step of spraying steam into a drum disposed in the tub after the water supply step for increasing the temperature of laundry in the drum and the washing water in the tub ; and a centrifugal washing step of circulating the washing water in the tub and of rotating the drum such that laundry attaches to the drum , characterized in that in the water supply step , the desired water level is determined in accordance with the laundry amount before the water supply step as a minimum amount for washing water to be able to circulate in the centrifugal washing step . a water supply step of supplying washing water into a tub ; a steam step of spraying steam into a drum disposed in the tub after the water supply step for increasing the temperature of laundry in the drum and the washing water in the tub ; and a centrifugal washing step of circulating the washing water in the tub and of rotating the drum such that laundry attaches to the drum , characterized in that in the water supply step , the desired water level is determined in accordance with the laundry amount before the water supply step as a minimum amount for washing water to be able to circulate in the centrifugal washing step .
Process for the treatment of a subterranean formation, said subterranean formation being passed through by at least one injection well, characterized in that the following steps are carried out: a) an aqueous gelling solution comprising an alkaline potassium silicate solution, an acetic acid and an aluminate is prepared; and b) said aqueous gelling solution is injected from said injection well into said subterranean formation in order to seal and/or consolidate said subterranean formation. a) an aqueous gelling solution comprising an alkaline potassium silicate solution, an acetic acid and an aluminate is prepared; and b) said aqueous gelling solution is injected from said injection well into said subterranean formation in order to seal and/or consolidate said subterranean formation.
Apparatus, comprising: a hinge , defining a hinge axis ; a pair of opposing jaws terminating at respective proximal regions and distal regions, wherein the proximal regions are connected to the hinge so that at least one of the jaws is configured to rotate about the hinge between a closed state and an open state of the jaws, and the jaws terminate in respective narrowed ends at the respective distal regions; a support structure , configured to retain the hinge and the pair of opposing jaws; and a multiplicity of sharp teeth disposed on respective inner surfaces of the opposing jaws; wherein the jaws are curved in respective planes parallel to the hinge axis; wherein a first curved jaw of the pair defines and resides in a first plane of the respective planes; wherein a second curved jaw of the pair defines and resides in a second plane of the respective planes; wherein the jaws in the closed state are configured to grip a plurality of vertebrae; characterized in that the support structure comprises and encloses a lever mechanism attached to the proximal region of the at least one of the jaws, the mechanism having a first configuration fixedly maintaining the jaws in the open state, and a second configuration fixedly maintaining the jaws in the closed state; and in that each of the sharp teeth has a pyramid-like configuration. a hinge , defining a hinge axis ; a pair of opposing jaws terminating at respective proximal regions and distal regions, wherein the proximal regions are connected to the hinge so that at least one of the jaws is configured to rotate about the hinge between a closed state and an open state of the jaws, and the jaws terminate in respective narrowed ends at the respective distal regions; a support structure , configured to retain the hinge and the pair of opposing jaws; and a multiplicity of sharp teeth disposed on respective inner surfaces of the opposing jaws; wherein the jaws are curved in respective planes parallel to the hinge axis; wherein a first curved jaw of the pair defines and resides in a first plane of the respective planes; wherein a second curved jaw of the pair defines and resides in a second plane of the respective planes; wherein the jaws in the closed state are configured to grip a plurality of vertebrae; characterized in that the support structure comprises and encloses a lever mechanism attached to the proximal region of the at least one of the jaws, the mechanism having a first configuration fixedly maintaining the jaws in the open state, and a second configuration fixedly maintaining the jaws in the closed state; and in that each of the sharp teeth has a pyramid-like configuration.
An apparatus comprising at least one processor and at least one memory including computer instructions, when executed by the at least one processor, cause the apparatus to: receive, from an external applications controller , by a mobile edge computing MEC applications manager provided on a mobile edge computing server that is in proximity to a radio access network, a mobile edge computing application criteria that includes management rules for managing at least a portion of a lifecycle of a mobile edge computing application; determining, by the MEC applications manager, in response to detecting a change in a network condition, a feasibility of the mobile edge application criteria; in response to determining the mobile edge application criteria are not feasible, generate a revised mobile edge application criteria, send the revised mobile edge application criteria to the external application controller, receive a confirmation of the revised mobile edge application criteria, and store the revised mobile edge computing application criteria; in response to determining the mobile edge application criteria are feasible, store the mobile edge computing application criteria; and communicate an application management report from the MEC applications manager to the external applications controller. receive, from an external applications controller , by a mobile edge computing MEC applications manager provided on a mobile edge computing server that is in proximity to a radio access network, a mobile edge computing application criteria that includes management rules for managing at least a portion of a lifecycle of a mobile edge computing application; determining, by the MEC applications manager, in response to detecting a change in a network condition, a feasibility of the mobile edge application criteria; in response to determining the mobile edge application criteria are not feasible, generate a revised mobile edge application criteria, send the revised mobile edge application criteria to the external application controller, receive a confirmation of the revised mobile edge application criteria, and store the revised mobile edge computing application criteria; generate a revised mobile edge application criteria, send the revised mobile edge application criteria to the external application controller, receive a confirmation of the revised mobile edge application criteria, and store the revised mobile edge computing application criteria; in response to determining the mobile edge application criteria are feasible, store the mobile edge computing application criteria; and communicate an application management report from the MEC applications manager to the external applications controller.
Form changeable accessories / decorations like a flower opening /closing, comprising a group of petal shaped parts , characterized in that each of the petal shaped parts is mounted on a base having a butterfly shaped curved surface cut out from a sphere, the bases are allocated in rotationally symmetric positions in the way curved surfaces of the bases overlap each other so as to keep the surfaces touching / pushing throughout opening / closing movement, wherein, as a result, the open/close movement of one petal shaped part is well synchronized to all of the remaining petal shaped parts to smoothly and effectively replicate the movement of a flower opening / closing.