mhurhangee/ep-ind-claims huggingface dataset:
A wireless charging method for a charging power supply device comprising: synchronizing power phase of the charging power supply device with power phase of another charging power supply device; and transmitting, to a terminal, wireless power for wirelessly charging the terminal using the synchronized power phase of the charging power supply device; wherein synchronizing the power phase of the charging power supply device comprises receiving information about power phase synchronization mode from the terminal and setting a synchronization mode of the charging power supply device based on the information about power phase synchronization mode, wherein the synchronization mode comprises a first mode for setting the power phase of the charging power supply device as a reference power phase for the another charging power supply device, and a second mode for setting the power phase of the charging power supply device to be synchronized with a reference power phase of the another charging power supply devices. synchronizing power phase of the charging power supply device with power phase of another charging power supply device; and transmitting, to a terminal, wireless power for wirelessly charging the terminal using the synchronized power phase of the charging power supply device; wherein synchronizing the power phase of the charging power supply device comprises receiving information about power phase synchronization mode from the terminal and setting a synchronization mode of the charging power supply device based on the information about power phase synchronization mode, wherein the synchronization mode comprises a first mode for setting the power phase of the charging power supply device as a reference power phase for the another charging power supply device, and a second mode for setting the power phase of the charging power supply device to be synchronized with a reference power phase of the another charging power supply devices.
A method for identifying platelet aggregation, comprising the steps of: pretreating cells in a blood sample, wherein the pretreatment comprises hemolyzing normal red blood cells and platelets into ghost particles and fluorescence staining white blood cells; passing the cells in the pretreated blood sample one by one through a detection region of a flow cytometer (S 11), so as to acquire scattered light signals and fluorescence signals of the cells in the blood sample, wherein the scattered light signals are forward scattered light signals or side scattered light signals; differentiating between a ghost region and a white blood cell region by using a fluorescence-scattered light scattergram generated by the scattered light signals and the fluorescence signals of the cells in the blood sample, wherein X-axis and Y-axis of the fluorescence-scattered light scattergram interchangeably represent intensity of the fluorescence signals and intensity of the scattered light signals, characterized in that the ghost region is substantially free from normal red blood cells; identifying a part of the ghost region as a ghost characteristic region in the fluorescence-scattered light scattergram of the blood sample; counting a number of particles in the ghost characteristic region to determine whether the number of particles exceeds a threshold value, and outputting a warning of platelet aggregation if the number of particles exceeds the threshold value. pretreating cells in a blood sample, wherein the pretreatment comprises hemolyzing normal red blood cells and platelets into ghost particles and fluorescence staining white blood cells; passing the cells in the pretreated blood sample one by one through a detection region of a flow cytometer (S 11), so as to acquire scattered light signals and fluorescence signals of the cells in the blood sample, wherein the scattered light signals are forward scattered light signals or side scattered light signals; differentiating between a ghost region and a white blood cell region by using a fluorescence-scattered light scattergram generated by the scattered light signals and the fluorescence signals of the cells in the blood sample, wherein X-axis and Y-axis of the fluorescence-scattered light scattergram interchangeably represent intensity of the fluorescence signals and intensity of the scattered light signals, characterized in that the ghost region is substantially free from normal red blood cells; identifying a part of the ghost region as a ghost characteristic region in the fluorescence-scattered light scattergram of the blood sample; counting a number of particles in the ghost characteristic region to determine whether the number of particles exceeds a threshold value, and outputting a warning of platelet aggregation if the number of particles exceeds the threshold value.
A method of recognizing a profile of an arrangement passing through a detection zone of a distance sensor, wherein the distance sensor is configured to continuously determine a distance of a respective surface of the arrangement located in the detection zone of the distance sensor from the distance sensor; wherein the method is designed in accordance with a finite-state machine which has at least a state of rest, an evaluation state and a plurality of measurement states; wherein a respective value range of the distance is associated with the measurement states; wherein the finite-state machine transitions from the state of rest into a measurement state in response to an activation event; wherein the finite-state machine transitions from a measurement state into another measurement state when the distance sensor determines a distance which is within the value range associated with the other measurement state; wherein a sequence of measurement states is detected; wherein the finite-state machine transitions from a measurement state into the evaluation state in response to a deactivation event; and wherein, in the evaluation state, a determination is made whether a profile agreement or a profile difference is present, in dependence on a comparison of the detected sequence with a reference sequence corresponding to the profile to be recognized.
A first composition comprising one of CD4+ T cells and CD8+ T cells for use with a second composition comprising the other of CD4+ T cells and CD8+ T cells in a method of treating a subject having chronic lymphocytic leukemia or small lymphocytic lymphoma, wherein the method comprises administering to the subject a dose of engineered T cells comprising CD4 + and CD8 + T cells comprising a chimeric antigen receptor that specifically binds to CD19, wherein: (i) the subject has relapsed following remission after treatment with, become refractory to or failed treatment with and/or is intolerant to ibrutinib and venetoclax; (ii) the administration comprises administering a plurality of separate compositions, wherein the plurality of separate compositions comprises the first composition comprising one of CD4 + T cells and CD8 + T cells and the second composition comprising the other of CD4 + T cells and CD8 + T cells; and (iii) the dose of engineered T cells comprises a defined ratio of CD4+ cells expressing the CAR to CD8+ cells expressing the CAR, optionally wherein the ratio is between approximately 1:3 and approximately 3:1. (i) the subject has relapsed following remission after treatment with, become refractory to or failed treatment with and/or is intolerant to ibrutinib and venetoclax; (ii) the administration comprises administering a plurality of separate compositions, wherein the plurality of separate compositions comprises the first composition comprising one of CD4 + T cells and CD8 + T cells and the second composition comprising the other of CD4 + T cells and CD8 + T cells; and (iii) the dose of engineered T cells comprises a defined ratio of CD4+ cells expressing the CAR to CD8+ cells expressing the CAR, optionally wherein the ratio is between approximately 1:3 and approximately 3:1.
An aramid-Nylon 66 hybrid cord comprising an aramid cord and a Nylon 66 cord each having a first twist, the aramid cord and the Nylon 66 cord being twisted together by a second twist; wherein the aramid cord, which has a large initial elastic modulus, has a first twist count of the first twist of 200 TPM to 350 TPM, and the Nylon 66 cord, which has a small initial elastic modulus, has a first twist count of the first twist of 50 TPM to 190 TPM; wherein the ratio of the first twist count of the aramid cord to the first twist count of the Nylon 66 cord is larger than 1; wherein the ratio of the elastic modulus of the hybrid cord at an elongation ratio of 3% to 5% with respect to the elastic modulus at an elongation ratio of 0.5% to 1% is from 1 to 10; and characterized in that: the twist count of the first twist of the aramid cord and the twist count of the second twist of the hybrid cord are identical; such that the elastic modulus of the hybrid cord increases proportionally to the elongation ratio as the elongation ratio increases from 0.5% to 5.0%.
Method in an audio handling entity for damping of dominant frequencies in a time segment of an audio signal, the method comprising: - obtaining a time segment of an audio signal, - deriving an estimate of the spectral density of the time segment, - deriving an approximation of the estimated spectral density by smoothing the estimate, - deriving a frequency mask by inverting the approximation of the estimated spectral density, - assigning an emphasized damping to the frequency mask in a predefined frequency range in the audio frequency spectrum, as compared to the damping outside the predefined frequency range, and - damping frequencies comprised in the audio time segment, based on the frequency mask. - obtaining a time segment of an audio signal, - deriving an estimate of the spectral density of the time segment, - deriving an approximation of the estimated spectral density by smoothing the estimate, - deriving a frequency mask by inverting the approximation of the estimated spectral density, - assigning an emphasized damping to the frequency mask in a predefined frequency range in the audio frequency spectrum, as compared to the damping outside the predefined frequency range, and - damping frequencies comprised in the audio time segment, based on the frequency mask.
Tyre filling device for an agricultural working machine, with an air drying unit which is surrounded by a pneumatic braking system and is operable by means of compressor-generated compressed air, wherein a tyre filling connection to the supply line of compressed air to a tyre of the working machine is provided in a pressure-conducting compressor line upstream of the air drying unit, characterized in that a shuttle valve is provided, which is switchable into a first and a second position depending on a ratio of the pressure states in the pressure-conducting compressor line and in the pneumatic braking system, wherein, in the first position, compressed air flows out of the pressure accumulator via a pilot control pressure line into the tyre and, in the second position, compressed air flows from the compressor via the compressor line into the tyre.
A tire including a tread section coming into contact with a road surface and a tire side section continuous with the tread section, wherein a circumferential recess is formed on an outer surface of the tire side section, the circumferential recess being depressed inward in a tread width direction and extending in a tire circumferential direction, in a cross section along the tread width direction of the tire and a tire radial direction, a rim-side outer surface formed in an area from a rim separation point, which is the outermost point in the tire radial direction that is in contact with a rim flange, to an inner end of the circumferential recess in the tire radial direction, is formed along a first arc curve having a center of a curvature radius on the inside in the tread width direction, and in the cross section along the tread width direction of the tire and the tire radial direction, an inner wall surface formed in an area from the inner end of the circumferential recess in the tire radial direction to a bottom surface of the circumferential recess is formed along a second arc curve having a center of a curvature radius on the outside in the tread width direction, characterized in that a block protruding outward in the tread width direction is formed on the inside of the circumferential recess, and at least a part of the block is disposed within the inner wall surface.
A high strength cold rolled steel sheet having, a) a composition consisting of the following elements (in wt. %): C 0.1 - 0.3 Mn 2.0 - 3.0 Si 0.4 - 1.0 Cr 0.1 - 0.9 Si + Cr ≥ 0.9 Al 0.2 - 0.8 Nb < 0.1 Mo < 0.3 Ti < 0.2 V < 0.2 Cu < 0.5 Ni < 0.5 B < 0.005 Ca < 0.005 Mg < 0.005 REM < 0.005 balance Fe apart from impurities, b) a multiphase microstructure comprising (in vol. %) retained austenite 5-20 bainite + bainitic ferrite + tempered martensite ≥ 80 polygonal ferrite ≤ 10 c) at least one of the following mechanical properties a tensile strength (R m) ≥ 980 MPa an elongation (A 80) ≥ 4 % a hole expanding ratio (λ) ≥ 20 %, preferably ≥ 30 % and fulfilling at least one of the following conditions R m x A 80 ≥ 13 000 MPa% R m x λ ≥ 40 000 MPa% a) a composition consisting of the following elements (in wt. %): C 0.1 - 0.3 Mn 2.0 - 3.0 Si 0.4 - 1.0 Cr 0.1 - 0.9 Si + Cr ≥ 0.9 Al 0.2 - 0.8 Nb < 0.1 Mo < 0.3 Ti < 0.2 V < 0.2 Cu < 0.5 Ni < 0.5 B < 0.005 Ca < 0.005 Mg < 0.005 REM < 0.005 balance Fe apart from impurities, b) a multiphase microstructure comprising (in vol. %) retained austenite 5-20 bainite + bainitic ferrite + tempered martensite ≥ 80 polygonal ferrite ≤ 10 c) at least one of the following mechanical properties a tensile strength (R m) ≥ 980 MPa an elongation (A 80) ≥ 4 % a hole expanding ratio (λ) ≥ 20 %, preferably ≥ 30 % and fulfilling at least one of the following conditions R m x A 80 ≥ 13 000 MPa% R m x λ ≥ 40 000 MPa%
A system for controlling a residue distribution for use with a harvester, comprising: at least one positioning sensor; at least one controller for receiving positional information from the positioning sensor; at least one map accessible by the controller for recording portions of a field that have been harvested recently by the harvester; and an adjustable spreader for distributing residue, the at least one controller being operable to control the adjustable spreader in accordance with the positional information and the map of the recently harvested field portion, characterised in that the at least one controller further is operable to record portions of the field that have been harvested previously, to determine if a current residue spray pattern (320/330/335) distributes a portion of the crop residue to the previously harvested portions and to control the adjustable spreader to reduce the portion of crop residue that is distributed to the previously harvested portions and substantially limit the residue distribution to the recently harvested field portions.
A heat dissipating structure comprising a plurality of heat dissipating members connected for enhancing heat dissipation from a heat source and a fixation member, characterized in that each of the heat dissipating members comprises a heat conduction sheet in a spirally winding shape for conducting heat from the heat source, a cushion member provided on an annular back surface of the heat conduction sheet, the cushion member being deformable following a surface shape of the heat source more easily than the heat conduction sheet, and a through passage penetrating in a winding direction of the heat conduction sheet, wherein the fixation member fixes the heat dissipating members, is orthogonally arranged to a longitudinal direction of the heat dissipating member and fixes at least one longitudinal end of each of the heat dissipating members, and includes a frame that surrounds the heat dissipating members both in the longitudinal direction and a direction in which the heat dissipating members are arranged. a heat conduction sheet in a spirally winding shape for conducting heat from the heat source, a cushion member provided on an annular back surface of the heat conduction sheet, the cushion member being deformable following a surface shape of the heat source more easily than the heat conduction sheet, and a through passage penetrating in a winding direction of the heat conduction sheet, wherein the fixation member fixes the heat dissipating members, is orthogonally arranged to a longitudinal direction of the heat dissipating member and fixes at least one longitudinal end of each of the heat dissipating members, and includes a frame that surrounds the heat dissipating members both in the longitudinal direction and a direction in which the heat dissipating members are arranged.
A method comprising: monitoring network power consumption associated with a Power over Ethernet, PoE, enabled device (104A-104C; 106A-106F); receiving a communication that originates from the PoE enabled device (104A-104C; 106A-106F); processing, by a processing device (210, 602), the communication and the network power consumption associated with the PoE enabled device to identify a deviation from a power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F); and implementing a network access control policy with respect to the PoE enabled device (104A-104C; 106A-106F) based on the deviation from the power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F). monitoring network power consumption associated with a Power over Ethernet, PoE, enabled device (104A-104C; 106A-106F); receiving a communication that originates from the PoE enabled device (104A-104C; 106A-106F); processing, by a processing device (210, 602), the communication and the network power consumption associated with the PoE enabled device to identify a deviation from a power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F); and implementing a network access control policy with respect to the PoE enabled device (104A-104C; 106A-106F) based on the deviation from the power consumption pattern associated with the PoE enabled device (104A-104C; 106A-106F).
A cell culture vessel comprising a housing defining a chamber that includes an inverted frusto-conical bottom and a cylindrical body that extends upward from the inverted frusto-conical bottom, the chamber having a vertical axis, wherein the inverted frusto-conical bottom has a slope, a top portion and an opposite bottom portion, said bottom portion having a larger inner-diameter than the top portion, and wherein the dimensions of the inner-diameter of the top portion, of the inner-diameter of the bottom portion, of the inner-diameter of the cylindrical body, of the height of the inverted frusto-conical bottom and of the height of the cylindrical body are 40 mm, 250 mm, 250 mm, 90 mm and 110 mm, respectively.
A compound of the Formula: wherein X 1 denotes that the I residue is modified by either acetylation or methylation at the N-terminus; wherein X 2 is L or T; wherein X 3 is L or I; wherein X 4 is Q or E; and wherein a modified K residue ("K*") at position 29 is modified through conjugation to the epsilon-amino group of the K-side chain with a group of the formula -X 5 -X 6, wherein -X 5 -X 6 is ([2-(2-Amino-ethoxy)-ethoxy]-acetyl) 2 -(γE) 2 -CO-(CH 2) x -CO 2 H where x is 16 or 18; or a pharmaceutically acceptable salt thereof. wherein X 1 denotes that the I residue is modified by either acetylation or methylation at the N-terminus; wherein X 2 is L or T; wherein X 3 is L or I; wherein X 4 is Q or E; and wherein a modified K residue ("K*") at position 29 is modified through conjugation to the epsilon-amino group of the K-side chain with a group of the formula -X 5 -X 6, wherein -X 5 -X 6 is ([2-(2-Amino-ethoxy)-ethoxy]-acetyl) 2 -(γE) 2 -CO-(CH 2) x -CO 2 H where x is 16 or 18;
Haircutter for trimming and styling hair of the head, comprising at least one blade head and at least one grip laterally disposed on the blade head, wherein at least one longitudinal face of the blade head comprises at least one working section disposed thereat which is recessed from an alignment line of the longitudinal face, and wherein at least one haircutting blade comprising at least one cutting edge can be accommodated in the blade head and disposed so that its cutting edge is at least partially exposed in the working section, not protruding beyond the alignment line, wherein the blade head comprises at least two blade head sections (201, 202) provided to be removably coupled to one another by means of at least one blocking device, that is, a first blade head section and a second blade head section, wherein the blocking device comprises at least one locking mechanism provided for operation by means of at least one operating member, and wherein the operating member is provided by at least part of the grip, and wherein actuating the operating member causes the locking mechanism to shift at least from an operating position to an off position, to allow releasing the coupled blade head sections (201, 202) from one another, characterized in that the locking mechanism comprises at least one safety member, which can be locked by means of the operating member to the second blade head section so as to assume the operating position, and which, in the operating position, extends at least partially at least from the first blade head section to the second blade head section, wherein the first blade head section comprises at least one through hole through which the safety member extends, so that one end of the safety member is connected with the grip, and the other of the ends of the safety member can be connected with the second blade head section. wherein the blocking device comprises at least one locking mechanism provided for operation by means of at least one operating member, and wherein the operating member is provided by at least part of the grip, and wherein actuating the operating member causes the locking mechanism to shift at least from an operating position to an off position, to allow releasing the coupled blade head sections (201, 202) from one another, characterized in that the locking mechanism comprises at least one safety member, which can be locked by means of the operating member to the second blade head section so as to assume the operating position, and which, in the operating position, extends at least partially at least from the first blade head section to the second blade head section, wherein the first blade head section comprises at least one through hole through which the safety member extends, so that one end of the safety member is connected with the grip, and the other of the ends of the safety member can be connected with the second blade head section.