mhurhangee/ep-ind-claims huggingface dataset:
A method for identifying fragmented red blood cells, comprising the following steps: acquiring side scattered light signals and fluorescence signals of cell particles in a sample liquid (S320, S340), wherein the side scattered light characterizes cell content and the fluorescence characterizes nucleic acid content, and distinguishing and identifying a fragmented red blood cell population from the cell particles according to the side scattered light signals and the fluorescence signals of the cell particles. acquiring side scattered light signals and fluorescence signals of cell particles in a sample liquid (S320, S340), wherein the side scattered light characterizes cell content and the fluorescence characterizes nucleic acid content, and distinguishing and identifying a fragmented red blood cell population from the cell particles according to the side scattered light signals and the fluorescence signals of the cell particles.
A method of handling measurement capability for a mobile device capable of communicating with a network through a plurality of component carriers in a wireless communication system, the method comprising: when the mobile device receives data with all of the plurality of component carriers, sending a message to notify the network that the mobile device receives the data with all of the plurality of component carriers, wherein the message further indicates to the network that a measurement gap is required for an inter-frequency measurement; and performing the inter-frequency measurement on one of the plurality of component carriers when the network configures the measurement gap to the component carrier. when the mobile device receives data with all of the plurality of component carriers, sending a message to notify the network that the mobile device receives the data with all of the plurality of component carriers, wherein the message further indicates to the network that a measurement gap is required for an inter-frequency measurement; and performing the inter-frequency measurement on one of the plurality of component carriers when the network configures the measurement gap to the component carrier.
A method of operating a communications network comprising: obtaining a plurality of network operational data items relating to the operation of said communications network, each of said network operational data items comprising one or more attributes, each attribute comprising an attribute name and one or more values for that attribute; calculating, for each two-way combination of network operational data items, a data item similarity measure, each of said data item similarity measures being calculated by calculating, for each of one or more commonly named attributes, an attribute value similarity measure; classifying network operational data items into classes in dependence upon said data item similarity measures; said method being characterised by: the step of calculating, for each two-way combination of network operational data items, a data item similarity measure, further comprises identifying the one or more commonly named attributes in the two network operational data items by finding attribute names in the two network operational data items which match one another; and automatically applying (264, 266) common class-specific treatment in response to network operational data items in one of said classes. obtaining a plurality of network operational data items relating to the operation of said communications network, each of said network operational data items comprising one or more attributes, each attribute comprising an attribute name and one or more values for that attribute; calculating, for each two-way combination of network operational data items, a data item similarity measure, each of said data item similarity measures being calculated by calculating, for each of one or more commonly named attributes, an attribute value similarity measure; classifying network operational data items into classes in dependence upon said data item similarity measures; said method being characterised by: the step of calculating, for each two-way combination of network operational data items, a data item similarity measure, further comprises identifying the one or more commonly named attributes in the two network operational data items by finding attribute names in the two network operational data items which match one another; and automatically applying (264, 266) common class-specific treatment in response to network operational data items in one of said classes. the step of calculating, for each two-way combination of network operational data items, a data item similarity measure, further comprises identifying the one or more commonly named attributes in the two network operational data items by finding attribute names in the two network operational data items which match one another; and automatically applying (264, 266) common class-specific treatment in response to network operational data items in one of said classes.
Process for selectively and locally treating the surface of a part, wherein (a) A part having a surface to be treated is provided, said surface being defined by a direction P and a direction Q, said surfaces P and Q able to have a curve; (b) Three-dimensional profilometric data are acquired from the surface to be treated, in order to obtain a set F1 of three-dimensional data on the surface to be treated, said set F1 associating a height with each point in the plane PQ; (c) This set F1 of data is processed digitally with a view to subtracting said curves, to obtain a set F2 of reprocessed three-dimensional data on the surface to be treated; (d) This set F2 of data is processed digitally, to obtain a set F3 of binary data on the surface to be treated, said digital processing attributing, to each point on the surface, a first binary value or a second binary value, depending on at least one criterion related to the height of the point on the surface; (e) The surface is selectively and locally treated using said set F3 of binary data, said surface treatment being performed only at points on the surface the binary datum of which has said first or said second binary value. (a) A part having a surface to be treated is provided, said surface being defined by a direction P and a direction Q, said surfaces P and Q able to have a curve; (b) Three-dimensional profilometric data are acquired from the surface to be treated, in order to obtain a set F1 of three-dimensional data on the surface to be treated, said set F1 associating a height with each point in the plane PQ; (c) This set F1 of data is processed digitally with a view to subtracting said curves, to obtain a set F2 of reprocessed three-dimensional data on the surface to be treated; (d) This set F2 of data is processed digitally, to obtain a set F3 of binary data on the surface to be treated, said digital processing attributing, to each point on the surface, a first binary value or a second binary value, depending on at least one criterion related to the height of the point on the surface; (e) The surface is selectively and locally treated using said set F3 of binary data, said surface treatment being performed only at points on the surface the binary datum of which has said first or said second binary value.
Radiation-emitting component with - a radiation source, - a housing body, - a radiation exit side, - an underside which is opposite the radiation exit side, - a side surface connecting the radiation exit side and the underside, - at least a first contact region (2a, 3a), wherein the first contact region (2a, 3a) is formed as a subregion of a carrier, said carrier extending outside the housing body, the carrier comprises two parts and an electrically insulating layer arranged between the carrier parts (2, 3) and the housing body connects the two carrier parts (2, 3) with each other, characterized in that the first contact region (2a, 3a) extends along the side surface and is thermally conductive. - a radiation source, - a housing body, - a radiation exit side, - an underside which is opposite the radiation exit side, - a side surface connecting the radiation exit side and the underside, - at least a first contact region (2a, 3a), wherein
A handover system, comprising: a notification reception means adapted to receive a notification indicating the start of a handover from a mobile device and another notification indicating the completion of said handover; a window width variation means adapted to enlarge the width of a search window for receiving data from said mobile device when receiving said notification indicating the start of said handover, and to reduce the width of said search window for receiving data from said mobile device when receiving said notification indicating the completion of said handover, characterized in that the handover system further comprises a discernment means adapted to discern a forward-in-time or backward-in-time direction of enlarging said search window from a forward-in-time or backward-in-time direction of a rounding-up-process to the closest spreading code border of a downlink transmission timing of transmitting data to said mobile device, wherein the window width variation means is adapted to enlarge the width of said search window, in a forward-in-time enlargement direction for a handover origin base station and in a backward-in-time enlargement direction for a handover destination base station, when the rounding-up-process is in the forward-in-time direction; and in a backward-in-time enlargement direction for a handover origin base station and in a forward-in-time enlargement direction for a handover destination base station, when the rounding-up-process is in the backward-in-time direction. a notification reception means adapted to receive a notification indicating the start of a handover from a mobile device and another notification indicating the completion of said handover; a window width variation means adapted to enlarge the width of a search window for receiving data from said mobile device when receiving said notification indicating the start of said handover, and to reduce the width of said search window for receiving data from said mobile device when receiving said notification indicating the completion of said handover, characterized in that the handover system further comprises a discernment means adapted to discern a forward-in-time or backward-in-time direction of enlarging said search window from a forward-in-time or backward-in-time direction of a rounding-up-process to the closest spreading code border of a downlink transmission timing of transmitting data to said mobile device, wherein the window width variation means is adapted to enlarge the width of said search window, in a forward-in-time enlargement direction for a handover origin base station and in a backward-in-time enlargement direction for a handover destination base station, when the rounding-up-process is in the forward-in-time direction; and in a backward-in-time enlargement direction for a handover origin base station and in a forward-in-time enlargement direction for a handover destination base station, when the rounding-up-process is in the backward-in-time direction.
A bass enhancement system (100;400;500;600;700;800) comprising: an adaptive low frequency signal extractor configured to extract low frequency signals from an input audio signal; a nonlinear processor configured to generate from the low frequency signals harmonic signals having inter-modulation controllable to remain below a threshold level; an adaptive adjustor configured to set a gain used with the nonlinear processor for adjusting harmonic signal decay associated with the harmonic signals; a high-pass filter positioned in an output path from the non-linear processor and configured to pass harmonic signals which are reproducible by an output transducer; and an output mixer which sums high-pass filtered input audio signals with psychoacoustic bass corresponding to the harmonic signals generated by the nonlinear processor. an adaptive low frequency signal extractor configured to extract low frequency signals from an input audio signal; a nonlinear processor configured to generate from the low frequency signals harmonic signals having inter-modulation controllable to remain below a threshold level; an adaptive adjustor configured to set a gain used with the nonlinear processor for adjusting harmonic signal decay associated with the harmonic signals; a high-pass filter positioned in an output path from the non-linear processor and configured to pass harmonic signals which are reproducible by an output transducer; and an output mixer which sums high-pass filtered input audio signals with psychoacoustic bass corresponding to the harmonic signals generated by the nonlinear processor.
A controlling method of a vacuum cleaner comprising: a dust sensing step for sensing dust in a cleaning object area by means of dust sensor provided in the vacuum cleaner and converting the sensed dust into a percent rate; a floor material sensing step for sensing a material of the floor in the cleaning object area by means of a floor sensing step provided in the vacuum cleaner; a standard setting step for setting a dust suction standard of the vacuum cleaner based on the sensed material of the floor; and a suction power determining step for comparing the sensed dust rate with the dust suction standard and determining the suction power of the vacuum cleaner based on the result of the comparison, wherein the dust suction standard in the standard setting step is a preset dust rate. a dust sensing step for sensing dust in a cleaning object area by means of dust sensor provided in the vacuum cleaner and converting the sensed dust into a percent rate; a floor material sensing step for sensing a material of the floor in the cleaning object area by means of a floor sensing step provided in the vacuum cleaner; a standard setting step for setting a dust suction standard of the vacuum cleaner based on the sensed material of the floor; and a suction power determining step for comparing the sensed dust rate with the dust suction standard and determining the suction power of the vacuum cleaner based on the result of the comparison, wherein the dust suction standard in the standard setting step is a preset dust rate.
A pneumatic tire comprising a radially outer circumferential rubber tread disposed on a supporting carcass, an inner liner rubber layer radially inwardly disposed on the supporting carcass, and a sealant layer adhered to and disposed inwardly of the rubber inner liner layer as a radially inner surface of the tire (10, 10a), wherein the sealant layer comprises 100 parts by weight of elastomer comprising 5 to 10 parts by weight, per 100 parts by weight of elastomer (phr) of butyl rubber, 10 to 25 phr of bromobutyl rubber, and 65 to 90 phr of polybutene; and from 0.05 to 2 phr of a polymeric amine.
Method for compensating for deviation in engine torque due to a change in the valve lift law and air flow rate in a heat engine of a hybrid vehicle, comprising an electric motor suitable for operating in generator and alternator mode, the vehicle being equipped with a distribution system with discontinuous variable angular spread suitable for modifying the valve lift law of the heat engine, the method being characterized in that it comprises the following steps: - identifying (step 21) a desire to change torque by the driver; - determining (step 22) the torque deviation between the torque of the heat engine before and after the torque change; - compensating (step 23) for the torque deviation of the heat engine by modifying the torque produced by the electric motor so as to obtain a torque substantially equal to the torque before the torque change, whereas the air flow rate in the heat engine does not make it possible to obtain this torque without the electric motor. - activating (step 24) further actuators (8; 10) influencing the air flow rate of the heat engine so that the initial air flow rate in the heat engine is substantially recovered when the actuators (8; 10) have finished changing position, the step of compensating for the torque deviation being carried out in parallel with the step of activating further actuators (8; 10). - identifying (step 21) a desire to change torque by the driver; - determining (step 22) the torque deviation between the torque of the heat engine before and after the torque change; - compensating (step 23) for the torque deviation of the heat engine by modifying the torque produced by the electric motor so as to obtain a torque substantially equal to the torque before the torque change, whereas the air flow rate in the heat engine does not make it possible to obtain this torque without the electric motor. - activating (step 24) further actuators (8; 10) influencing the air flow rate of the heat engine so that the initial air flow rate in the heat engine is substantially recovered when the actuators (8; 10) have finished changing position, the step of compensating for the torque deviation being carried out in parallel with the step of activating further actuators (8; 10).
A mould for the production of a contact lens, the mould comprising: a first mould half shaped to provide the front surface of the contact lens; and a second mould half shaped to provide the rear surface of the contact lens, wherein the first and second mould halves form a mould cavity, wherein the first mould half has a first rim and the second mould half has a second rim, and the first and second rims fit together to provide a seal for the mould cavity, characterized in that the first rim is inclined at an angle of x relative to an axis passing through the centre of the first and second mould halves, wherein x is from 30 to 60°, and wherein the second rim is inclined at an angle of x-y relative to the axis passing through the centre of the first and second mould halves, where y is from 0 to 4°, wherein the angle of the first rim and the second rim is before the first and second mould halves are pushed together, and wherein the first and second rims provide a guide for the mould halves, and wherein the first and second mould halves fit together without an interference fit. a first mould half shaped to provide the front surface of the contact lens; and a second mould half shaped to provide the rear surface of the contact lens, wherein the first and second mould halves form a mould cavity, wherein the first mould half has a first rim and the second mould half has a second rim, and the first and second rims fit together to provide a seal for the mould cavity, characterized in that the first rim is inclined at an angle of x relative to an axis passing through the centre of the first and second mould halves, wherein x is from 30 to 60°, and wherein the second rim is inclined at an angle of x-y relative to the axis passing through the centre of the first and second mould halves, where y is from 0 to 4°, wherein the angle of the first rim and the second rim is before the first and second mould halves are pushed together, and wherein the first and second rims provide a guide for the mould halves, and wherein the first and second mould halves fit together without an interference fit.
A sealing plug for blind installation within a workpiece hole, thereby to plug and seal the hole, the sealing plug comprising: a generally cylindrical hollow sleeve defining a first axis (A-A) and having a given outer diameter; a stem comprising a proximal cylindrical projection, a distal stem head and a central portion located between the proximal cylindrical projection and the distal head, the stem head having an outer diameter which is greater than the outer diameter of the central portion, and wherein the outer diameter of the central portion is greater than the outer diameter of the stem proximal cylindrical projection, and wherein the stem defines a second axis (B-B); the stem head having an annular shoulder adjacent the stem central portion, which annular shoulder is inclined at an acute angle (α) relative to a radius to the second axis (B-B) and which annular shoulder includes an inner shoulder; the stem head being formed of a material which is harder than the material of the sleeve; the stem central portion, when within the sleeve, is arranged to be held therewithin by frictional engagement between an outer part of the stem central portion and an inner part of the sleeve such that the first and second axes are co-axial; wherein the outer diameter of the stem central portion tapers in the direction from the stem proximal cylindrical projection to the stem head, with respect to the axis of the stem, to a minimum central portion diameter at the point where the stem central portion meets the stem head. a generally cylindrical hollow sleeve defining a first axis (A-A) and having a given outer diameter; a stem comprising a proximal cylindrical projection, a distal stem head and a central portion located between the proximal cylindrical projection and the distal head, the stem head having an outer diameter which is greater than the outer diameter of the central portion, and wherein the outer diameter of the central portion is greater than the outer diameter of the stem proximal cylindrical projection, and wherein the stem defines a second axis (B-B); the stem head having an annular shoulder adjacent the stem central portion, which annular shoulder is inclined at an acute angle (α) relative to a radius to the second axis (B-B) and which annular shoulder includes an inner shoulder; the stem head being formed of a material which is harder than the material of the sleeve; the stem central portion, when within the sleeve, is arranged to be held therewithin by frictional engagement between an outer part of the stem central portion and an inner part of the sleeve such that the first and second axes are co-axial; wherein the outer diameter of the stem central portion tapers in the direction from the stem proximal cylindrical projection to the stem head, with respect to the axis of the stem, to a minimum central portion diameter at the point where the stem central portion meets the stem head.
Portable container for housing dental hygiene elements therein, comprising: - a glass of about 230 milliliters of filling capacity, incorporating a level for indicating its filling capacity; - a lid with means for closing under pressure on the glass; and - a timer mounted in the lid; said glass having a height permitting housing a tube of toothpaste and a toothbrush in its interior when the glass is closed with the lid; and wherein the lid further comprises: - a timer support which is secured by pressure on the lid and includes two flat surfaces or seating platforms that are diametrically opposite with respect to the lid allowing two opposite positions for laying the timer support and lid assembly; and - a protector consisting of a transparent tube perimetrically surrounding the timer. - a glass of about 230 milliliters of filling capacity, incorporating a level for indicating its filling capacity; - a lid with means for closing under pressure on the glass; and - a timer mounted in the lid; - a timer support which is secured by pressure on the lid and includes two flat surfaces or seating platforms that are diametrically opposite with respect to the lid allowing two opposite positions for laying the timer support and lid assembly; and - a protector consisting of a transparent tube perimetrically surrounding the timer.
A truncated elongated angular-, oval-, or part-angular-part-oval-shaped dry setting element is provided having two elongated extremities (4 and 4'), a first end, a second end and a sealing means, said first truncated angular, oval- or part-angular-part-oval-shaped end being open and said second truncated oval-shaped end being closed with a floor having a free edge, wherein said sealing means comprises a structure extending between said elongated extremities (4, 4') and the free edge of said floor, said sealing means being closed except for an open part which is adapted to be closed by part of a partially submerged structure, and has sealing elements along the edges of said open part of said sealing means,