mhurhangee/ep-ind-claims huggingface dataset:
A method of managing blood glucose data, the method comprising the steps of: providing a computer system loading a plurality of blood glucose data collected over a predetermined period of time into the computer system; using the computer system to estimate an idiosyncratic HbA1c level from the plurality of blood glucose data using a first predetermined algorithm; using the computer system to calculate an idiosyncratic variability index of glycemia from the plurality of blood glucose data using a second predetermined algorithm; using the computer system to determine the idiosyncratic variability index of glycemia and using the computer system to provide the reported idiosyncratic variability index of glycemia and idiosyncratic HbA1c level, using the computer system to determine whether there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, wherein if there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, the idiosyncratic variability index of glycemia and the idiosyncratic HbA1c level are reported by the computer system in a graphical form with the idiosyncratic variability index of glycemia reported as a function of the corresponding idiosyncratic HbA1c level, wherein the graphical form includes a target zone, a cautionary zone and a danger zone. loading a plurality of blood glucose data collected over a predetermined period of time into the computer system; using the computer system to estimate an idiosyncratic HbA1c level from the plurality of blood glucose data using a first predetermined algorithm; using the computer system to calculate an idiosyncratic variability index of glycemia from the plurality of blood glucose data using a second predetermined algorithm; using the computer system to determine the idiosyncratic variability index of glycemia and using the computer system to provide the reported idiosyncratic variability index of glycemia and idiosyncratic HbA1c level, using the computer system to determine whether there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, wherein if there is a prior HbA1c value to calibrate the estimation of the idiosyncratic HbA1c level, the idiosyncratic variability index of glycemia and the idiosyncratic HbA1c level are reported by the computer system in a graphical form with the idiosyncratic variability index of glycemia reported as a function of the corresponding idiosyncratic HbA1c level, wherein the graphical form includes a target zone, a cautionary zone and a danger zone.
A processing apparatus for processing a physiological signal configured to perform the steps of: - obtaining the physiological signal containing at least two wave cycles originating from a physiological process, - obtaining a feature signal descriptive of occurrences of a feature in the physiological signal, and wherein the feature comprises a predetermined energy, slope, inflection points, local extrema or combinations thereof, - determining an average waveform of the physiological signal around said occurrences of the feature in the physiological signal, and - determining a model signal comprising amplitude-scaled instances of the average waveform of the physiological signal placed at the occurrences of the feature in the physiological signal, wherein the step of determining the average waveform comprises the step of determining an average relative change between a value of the physiological signal at occurrences of the feature and a value of a neighboring sample of the physiological signal. - obtaining the physiological signal containing at least two wave cycles originating from a physiological process, - obtaining a feature signal descriptive of occurrences of a feature in the physiological signal, and wherein the feature comprises a predetermined energy, slope, inflection points, local extrema or combinations thereof, - determining an average waveform of the physiological signal around said occurrences of the feature in the physiological signal, and - determining a model signal comprising amplitude-scaled instances of the average waveform of the physiological signal placed at the occurrences of the feature in the physiological signal,
A method for data transmission over a network, the method comprising generating data for the network, the data being generated by an edge device; detecting at least one of a non-network based event and a non-network based state change associated with the data; changing one or more parameters associated with the data, including changing a priority of the data, based on the detected event or the state change, wherein the one or more parameters associated with the data is changed by changing at least one of: the layer-2 priority bit(s) settings of the data; the layer 2 encapsulation of the data payload based on security coding and attributes of the payload identified in layer 2 of a given protocol; the layer-3 priority bit(s) settings of the data as defined by an Open Standards Interconnection reference model; and the layer 3 encapsulation of the data payload based on security coding and attributes of the payload identified in layer 3 of a given protocol; and transmitting the data to a destination device based on the changed one or more parameters.
A system for reclaiming metal from ASR material or incinerator bottom ash material comprising a set of screens (1050, 1060) for dividing the material on the basis of particle size into size groups ranging from 25 mm to less than 4 mm, a separate processing path for each size group, apparatus (1220, 1320, 1420) for separating low density from high density material in each processing path, a metering feeder (1230, 1330, 1430) feeding high density material to a first rod mill (1240, 1340, 1440) for crushing friable material, a first screen (1250, 1350, 1450) separating out crushed friable material from a throughput from the first rod mill (1240, 1340, 1440), a second rod mill (1260, 1360, 1460) arranged to crush friable material in the throughput of the first crusher not separated by the first screen (1250, 1350, 1450), and a second screen (1270, 1370, 1470) separating out crushed friable material from a throughput from the second rod mill (1260, 1360, 1460) and delivering non-crushed material as high metal content product.
Rolling machine for forming a thread on cylindrical bodies, which comprises: - a support structure; - two or more forming rollers, mechanically associated with said support structure, each of which driven to rotate around its rotation axis and provided with a thread having at least one thread extended around said rotation axis, said forming rollers being susceptible of plastically deforming a cylindrical body available along a central work axis of said machine; - two or more actuator means mounted on said support structure, each mechanically connected to a corresponding said forming roller in order to move it along a respective first transverse axis perpendicular to said work axis; - motor means arranged on said support structure, mechanically connected to said forming rollers and adapted to drive in rotation said forming rollers on said cylindrical body in order to plastically deform it; characterized in that it also comprises: - sensor means mechanically mounted on said support structure and movable between at least one non-operative position, in which they are in distal position with respect to said forming rollers, and at least one operative position, in which they are susceptible to be placed in proximity to at least one said forming roller, and detect the axial coordinate of the at least one thread of said forming roller; - movement means mounted on said support structure and mechanically connected to said sensor means, in order to move them between said non-operative position and said operative position, along a second transverse axis (R') perpendicular to said work axis. - a support structure; - two or more forming rollers, mechanically associated with said support structure, each of which driven to rotate around its rotation axis and provided with a thread having at least one thread extended around said rotation axis, said forming rollers being susceptible of plastically deforming a cylindrical body available along a central work axis of said machine; - two or more actuator means mounted on said support structure, each mechanically connected to a corresponding said forming roller in order to move it along a respective first transverse axis perpendicular to said work axis; - motor means arranged on said support structure, mechanically connected to said forming rollers and adapted to drive in rotation said forming rollers on said cylindrical body in order to plastically deform it; - sensor means mechanically mounted on said support structure and movable between at least one non-operative position, in which they are in distal position with respect to said forming rollers, and at least one operative position, in which they are susceptible to be placed in proximity to at least one said forming roller, and detect the axial coordinate of the at least one thread of said forming roller; - movement means mounted on said support structure and mechanically connected to said sensor means, in order to move them between said non-operative position and said operative position, along a second transverse axis (R') perpendicular to said work axis.
A method for switching a bandwidth part, comprising: switching a parameter of a Medium Access Control, MAC, layer from a first parameter to a second parameter when a first bandwidth part is switched to a second bandwidth part at a physical layer, wherein the first parameter corresponds to the first bandwidth part and the second parameter corresponds to the second bandwidth part; and performing an operation corresponding to the MAC layer according to the second parameter; wherein, the second parameter comprises a physical downlink control channel, PDCCH, monitoring resource parameter; wherein, the switching the parameter of the MAC layer from the first parameter to the second parameter comprises: receiving, at the MAC layer, an identifier of the second bandwidth part from the physical layer after the first bandwidth part is switched to the second bandwidth part at the physical layer; and switching the parameter of the MAC layer from the first parameter to the second parameter according to the identifier of the second bandwidth part; wherein the first bandwidth part is switched to the second bandwidth part at the physical layer, comprising: switching the first bandwidth part to the second bandwidth part at the physical layer according to a preset cycle. switching a parameter of a Medium Access Control, MAC, layer from a first parameter to a second parameter when a first bandwidth part is switched to a second bandwidth part at a physical layer, wherein the first parameter corresponds to the first bandwidth part and the second parameter corresponds to the second bandwidth part; and performing an operation corresponding to the MAC layer according to the second parameter; wherein, the second parameter comprises a physical downlink control channel, PDCCH, monitoring resource parameter; wherein, the switching the parameter of the MAC layer from the first parameter to the second parameter comprises: receiving, at the MAC layer, an identifier of the second bandwidth part from the physical layer after the first bandwidth part is switched to the second bandwidth part at the physical layer; and switching the parameter of the MAC layer from the first parameter to the second parameter according to the identifier of the second bandwidth part; wherein the first bandwidth part is switched to the second bandwidth part at the physical layer, comprising: switching the first bandwidth part to the second bandwidth part at the physical layer according to a preset cycle. receiving, at the MAC layer, an identifier of the second bandwidth part from the physical layer after the first bandwidth part is switched to the second bandwidth part at the physical layer; and switching the parameter of the MAC layer from the first parameter to the second parameter according to the identifier of the second bandwidth part; wherein the first bandwidth part is switched to the second bandwidth part at the physical layer, comprising: switching the first bandwidth part to the second bandwidth part at the physical layer according to a preset cycle.
A processor for satisfying Specific Absorption Rate, SAR, compliance criteria configured to: receive a first capacitance measurement from a first capacitance sensor; receive a second capacitance measurement from a second capacitance sensor; determine a relative proximity of a human body to a first face of a wireless device based on the first capacitance measurement and the second capacitance measurement; and adjust a radio frequency, RF, transceiver's output power limit to a first output power limit satisfying the SAR compliance criteria based on the determined relative proximity of a human body to the first face of the wireless device, characterised in that determining the relative proximity of the human body to the first face of the wireless device comprises identifying an appropriate one out of a plurality of proximity regions based on the first capacitance measurement and the second capacitance measurement, wherein each of the plurality of proximity regions is associated with a different output power limit, and wherein each of the proximity regions correspond to a different face of the wireless device, and wherein the appropriate proximity region corresponds to the first face of the wireless device to which the human body is nearest. receive a first capacitance measurement from a first capacitance sensor; receive a second capacitance measurement from a second capacitance sensor; determine a relative proximity of a human body to a first face of a wireless device based on the first capacitance measurement and the second capacitance measurement; and adjust a radio frequency, RF, transceiver's output power limit to a first output power limit satisfying the SAR compliance criteria based on the determined relative proximity of a human body to the first face of the wireless device, characterised in that determining the relative proximity of the human body to the first face of the wireless device comprises identifying an appropriate one out of a plurality of proximity regions based on the first capacitance measurement and the second capacitance measurement, wherein each of the plurality of proximity regions is associated with a different output power limit, and wherein each of the proximity regions correspond to a different face of the wireless device, and wherein the appropriate proximity region corresponds to the first face of the wireless device to which the human body is nearest.
An optical sensor for detecting objects in a monitoring area with at least one transmitter having an optical axis and emitting light beams and with at least one receiver having an optical axis, which is designed to receive light beams, the transmitter and the receiver each being assigned a tube whose longitudinal axis runs in the direction of the optical axis of the transmitter or receiver, the tube consisting of a plurality of tube elements (12a, 12b) which can be joined to the tube transversely to the optical axis, and wherein the tube forms at least one element plane in which an optical element is present, wherein the tube has one or more element planes in the form of aperture planes (14, 15), in each of which an aperture is present and wherein the or each aperture is a component of the tube elements (12a, 12b), characterised in that the tube elements (12a, 12b) of the tube 10 are connected via one or more flexible joints.
An imageable material comprising, in order: (a) a transparent polymeric carrier sheet, (b) a barrier layer disposed directly on the transparent polymeric carrier sheet, the barrier layer comprising a first infrared radiation absorbing compound, wherein either or both of the transparent polymeric carrier sheet and barrier layer further comprise a first ultraviolet radiation absorbing compound, and (c) a non-silver halide thermally sensitive imageable layer disposed directly on the barrier layer, the non-silver halide thermally sensitive imageable layer comprising a second infrared radiation absorbing compound and a second ultraviolet radiation absorbing compound, both dispersed within a polymeric binder, wherein the first and second ultraviolet radiation absorbing compounds are the same or different UV-absorbing dyes, and the total amount of the first ultraviolet radiation absorbing compound in either or both of the transparent polymeric carrier sheet and the barrier layer, is less than the amount of the second ultraviolet radiation absorbing compound. (a) a transparent polymeric carrier sheet, (b) a barrier layer disposed directly on the transparent polymeric carrier sheet, the barrier layer comprising a first infrared radiation absorbing compound, wherein either or both of the transparent polymeric carrier sheet and barrier layer further comprise a first ultraviolet radiation absorbing compound, and (c) a non-silver halide thermally sensitive imageable layer disposed directly on the barrier layer, the non-silver halide thermally sensitive imageable layer comprising a second infrared radiation absorbing compound and a second ultraviolet radiation absorbing compound, both dispersed within a polymeric binder,
A distribution device for reverse vending system for beverage containers, at least comprising a feed device including a discharge opening, a movable collection bin assigned to the discharge opening of the feed device, a drive unit, and a higher-level control unit, the distribution device comprising at least one rod-, wing- or agitator-like distribution element, the distribution elements being connected to a drive shaft of the drive unit which is arranged at least almost vertically and next to the discharge opening of the feed device, and the horizontal circular-path effective ranges of the distribution elements being both assigned to the discharge opening of the feed device and fixed between the discharge opening and the upper edge of the collection bin, and the distribution elements being designed to be stretched in a rectilinear manner and horizontally arranged, characterized in that the drive unit comprises an electric motor drive and, on the one hand, is connected to the reverse vending system by way of elastic elements and a receiving frame and, on the other hand, is operatively connected by way of a gearbox to the drive shaft, and the drive shaft is designed to be connected to the drive unit by way of at least one elastic element, and the drive unit includes an overload protection system by way of the control unit and prompts a change in the direction of rotation, either when the at least one distribution element is blocked by a loose materials heap that has accumulated in the collection bin from the beverage containers, or starting at a particular and reported fill level of the collection bin, the fill level allowing a conclusion that the level of the loose materials heap is so high that the at least one distribution element is located inside the loose materials heap.
A stent delivery device comprising: a catheter including an inner sheath and an outer sheath allowing the inner sheath to be slidably inserted therethrough; a stent provided between the inner sheath and the outer sheath in the vicinity of a distal end of the catheter; and a guiding elongated body (4, 104, 204, 304, 404, 504) inserted through an inner lumen of the inner sheath and is partially capable of exposed from the distal end of the catheter so as to guide the insertion of the catheter, wherein the guiding elongated body (4, 104, 204, 304, 404, 504) includes an inner elongated body (41, 341, 441) and an outer tube (42, 342, 442) through which the inner elongated body (41, 341, 441) is slidably inserted, and has a variable tip area (45, 245, 345, 445, 545) provided in the vicinity of a distal end of the guiding elongated body (4, 104, 204, 304, 404, 504), and wherein the variable tip area (45, 245, 345, 445, 545) has an ability of changing flexibility between a first state in which the variable tip area (45, 245, 345, 445, 545) has predetermined flexibility and a second state in which the variable tip area (45, 245, 345, 445, 545) is stiffer than the first state by relatively moving the inner elongated body (41, 341, 441) and the outer tube (42, 342, 442) in an axial direction. a catheter including an inner sheath and an outer sheath allowing the inner sheath to be slidably inserted therethrough; a stent provided between the inner sheath and the outer sheath in the vicinity of a distal end of the catheter; and a guiding elongated body (4, 104, 204, 304, 404, 504) inserted through an inner lumen of the inner sheath and is partially capable of exposed from the distal end of the catheter so as to guide the insertion of the catheter, wherein the guiding elongated body (4, 104, 204, 304, 404, 504) includes an inner elongated body (41, 341, 441) and an outer tube (42, 342, 442) through which the inner elongated body (41, 341, 441) is slidably inserted, and has a variable tip area (45, 245, 345, 445, 545) provided in the vicinity of a distal end of the guiding elongated body (4, 104, 204, 304, 404, 504), and wherein the variable tip area (45, 245, 345, 445, 545) has an ability of changing flexibility between a first state in which the variable tip area (45, 245, 345, 445, 545) has predetermined flexibility and a second state in which the variable tip area (45, 245, 345, 445, 545) is stiffer than the first state by relatively moving the inner elongated body (41, 341, 441) and the outer tube (42, 342, 442) in an axial direction.
Assembly for producing a threaded joint for drilling or exploitation of hydrocarbon wells, the joint comprising a first and a second tubular component having an axis of revolution, each being provided with a male end and female end, respectively, at least one of the male ends and female ends terminating with a terminal surface which comprises a first stop surface which is capable of moving into locking contact when the joint is in the state screwed against a second stop surface which is itself provided on a shoulder which is produced on the other end, at least one of the first stop surface and second stop surface being recessed with a groove (6,7) which thus delimits an outer stop zone (8, 9) and an inner stop zone (11, 12), characterised in that, in the screwed state, at least one of the outer stop zones (8, 9) and inner stop zones (11, 12) forms an axial protrusion so that the contact pressure Pint(a) of the inner stop zone (11, 12) applied in the region of the groove (6, 7) is greater than or equal to the minimum contact pressure value Pext (min) applied in the outer stop zone (8, 9), and in that the outer stop zones (8, 9) and inner stop zones (11, 12) of at least one of the first stop surface and second stop surface recessed by the groove (6, 7) belong to a mutually different first and second plane, respectively.