mhurhangee/ep-ind-claims huggingface dataset:
A vehicle lighting unit, comprising: a light source; a reflecting member configured to reflect light from the light source toward an illumination area in front of a vehicle body; and an actuator (31, 32, 51, 52) configured to turn the reflecting member around a first axis and a second axis so that the illumination area in front of the vehicle body can be scanned with the reflected light vertically and horizontally; characterized by: an actuator controller configured to control the actuator (31, 32, 51, 52) such that a scanning frequency in a vertical direction of the reflected light becomes larger than a scanning frequency in a horizontal direction of the reflected light; and a light intensity controller configured to control the light source such that when the illumination area is divided into an upper area and a lower area, the light intensity of light source is increased during a period of scanning the upper area as compared to a period of scanning the lower area in a vertical scan period of the reflected light. a light source; a reflecting member configured to reflect light from the light source toward an illumination area in front of a vehicle body; and an actuator (31, 32, 51, 52) configured to turn the reflecting member around a first axis and a second axis so that the illumination area in front of the vehicle body can be scanned with the reflected light vertically and horizontally; characterized by: an actuator controller configured to control the actuator (31, 32, 51, 52) such that a scanning frequency in a vertical direction of the reflected light becomes larger than a scanning frequency in a horizontal direction of the reflected light; and a light intensity controller configured to control the light source such that when the illumination area is divided into an upper area and a lower area, the light intensity of light source is increased during a period of scanning the upper area as compared to a period of scanning the lower area in a vertical scan period of the reflected light. an actuator controller configured to control the actuator (31, 32, 51, 52) such that a scanning frequency in a vertical direction of the reflected light becomes larger than a scanning frequency in a horizontal direction of the reflected light; and a light intensity controller configured to control the light source such that when the illumination area is divided into an upper area and a lower area, the light intensity of light source is increased during a period of scanning the upper area as compared to a period of scanning the lower area in a vertical scan period of the reflected light.
A roll of a flexible web comprising: a flexible web substrate having opposite sides, a first major surface on one side and a second major surface on another side and an indefinite length; and a first cleaning layer of solidified polymeric material coated onto, and in direct contact with, said first major surface, wherein said first cleaning layer forms a substantially adhesive bond to said first major surface, is readily removable from said first major surface without damaging or leaving a substantial residue of cleaning layer material on said first major surface, and said first cleaning layer is formed by applying a coating of flowable polymeric material onto the first major surface to capture at least 99.0 percent of particles having a diameter of 3 micrometers and larger that were disposed on said first major surface before said first cleaning layer was coated thereon, and wherein, the flexible web substrate coated with the first cleaning layer is wound into a roll; and wherein the first cleaning layer contains anti-blocking agents in an amount in the range of from 0.01 to 10% by weight of solids. a flexible web substrate having opposite sides, a first major surface on one side and a second major surface on another side and an indefinite length; and a first cleaning layer of solidified polymeric material coated onto, and in direct contact with, said first major surface, wherein said first cleaning layer forms a substantially adhesive bond to said first major surface, is readily removable from said first major surface without damaging or leaving a substantial residue of cleaning layer material on said first major surface, and said first cleaning layer is formed by applying a coating of flowable polymeric material onto the first major surface to capture at least 99.0 percent of particles having a diameter of 3 micrometers and larger that were disposed on said first major surface before said first cleaning layer was coated thereon, and wherein, the flexible web substrate coated with the first cleaning layer is wound into a roll; and wherein the first cleaning layer contains anti-blocking agents in an amount in the range of from 0.01 to 10% by weight of solids.
An apparatus to facilitate memory flushing, comprising: a cache memory; one or more processing resources; tracker hardware to dispatch workloads for execution at the processing resources and to monitor the workloads to track completion of the execution; range based flush, RBF, hardware to process RBF commands and generate a flush indication to flush data from the cache memory, wherein the flush indication further comprises flush command attributes; and a flush controller to receive the flush indication and perform a flush operation to discard the data from the cache memory at an address range provided in the flush indication, wherein the flush controller is configured to prioritize flush operations based on the flush command attributes. a cache memory; one or more processing resources; tracker hardware to dispatch workloads for execution at the processing resources and to monitor the workloads to track completion of the execution; range based flush, RBF, hardware to process RBF commands and generate a flush indication to flush data from the cache memory, wherein the flush indication further comprises flush command attributes; and a flush controller to receive the flush indication and perform a flush operation to discard the data from the cache memory at an address range provided in the flush indication, wherein the flush controller is configured to prioritize flush operations based on the flush command attributes.
A method for assessing myocardial ischemia comprising the steps of: (a) subjecting a blood sample which is derived from a test subject and which contains a B-type natriuretic hormone molecular group containing at least two members selected from the group consisting of BNP 1-32 molecule (SEQ ID No. 1), BNP 3-32 molecule (SEQ ID No. 2), BNP 4-32 molecule (SEQ ID No. 3), BNP 5-32 molecule (SEQ ID No. 4), and a molecule having a mass number larger than that of BNP 5-32 molecule by 16 Da to a detection process capable of distinguishing and quantifying the individual BNP molecules different in mass number to detect the BNP molecular group; and (b) assessing myocardial ischemia in the test subject using, as an index, a ratio between a detected intensity of at least one molecule selected from the BNP molecular group and a detected intensity of at least one other molecule selected from the BNP molecular group; wherein the ratio between a detected intensity of at least one molecule selected from the molecular group and a detected intensity of at least one other molecule selected from the molecular group is a ratio between a sum of a detected intensity of the BNP 1-32 molecule and a detected intensity of the BNP 3-32 molecule, and a detected intensity of the BNP 5-32 molecule. (a) subjecting a blood sample which is derived from a test subject and which contains a B-type natriuretic hormone molecular group containing at least two members selected from the group consisting of BNP 1-32 molecule (SEQ ID No. 1), BNP 3-32 molecule (SEQ ID No. 2), BNP 4-32 molecule (SEQ ID No. 3), BNP 5-32 molecule (SEQ ID No. 4), and a molecule having a mass number larger than that of BNP 5-32 molecule by 16 Da to a detection process capable of distinguishing and quantifying the individual BNP molecules different in mass number to detect the BNP molecular group; and (b) assessing myocardial ischemia in the test subject using, as an index, a ratio between a detected intensity of at least one molecule selected from the BNP molecular group and a detected intensity of at least one other molecule selected from the BNP molecular group;
A locking switch assembly, comprising: a locking switch having a locking plunger; an actuator having a housing and a cover; the actuator having a through hole therein for receiving the locking plunger therein; the actuator having a non-access mode and an access mode; characterized in that the housing has a breakaway cap configured to change the actuator from the non-access mode to the access mode, wherein at least a portion of the breakaway cap prevents access to the through hole in the non-access mode. a locking switch having a locking plunger; an actuator having a housing and a cover; the actuator having a through hole therein for receiving the locking plunger therein; the actuator having a non-access mode and an access mode; characterized in that the housing has a breakaway cap configured to change the actuator from the non-access mode to the access mode, wherein at least a portion of the breakaway cap prevents access to the through hole in the non-access mode.
A front end circuit for coupling an antenna to a radio frequency transceiver including a transmit line, a receive line, a first enable line, and a second enable line, the front end circuit comprising: an antenna port; a power amplifier with a signal output, a signal input connectible to the transmit line of the transceiver and a first control circuit connectible to the first enable line of the transceiver, the first control circuit arranged to apply a first voltage to activate and set a bias point of the power amplifier; a low noise amplifier with a signal input, a signal output connectible to the receive line of the transceiver and a second control circuit connectible to the second enable line of the transceiver, the second control circuit arranged to apply a second voltage to the input of the low noise amplifier to activate and set a bias point of the low noise amplifier; a direct current bias switch connected between the low noise amplifier output and a bias voltage source and arranged to be activated by the second voltage applied by the second control circuit; and a matching network (118, 150, 152) connected to the antenna port, the signal output of the power amplifier and the signal input of the low noise amplifier. an antenna port; a power amplifier with a signal output, a signal input connectible to the transmit line of the transceiver and a first control circuit connectible to the first enable line of the transceiver, the first control circuit arranged to apply a first voltage to activate and set a bias point of the power amplifier; a low noise amplifier with a signal input, a signal output connectible to the receive line of the transceiver and a second control circuit connectible to the second enable line of the transceiver, the second control circuit arranged to apply a second voltage to the input of the low noise amplifier to activate and set a bias point of the low noise amplifier; a direct current bias switch connected between the low noise amplifier output and a bias voltage source and arranged to be activated by the second voltage applied by the second control circuit; and a matching network (118, 150, 152) connected to the antenna port, the signal output of the power amplifier and the signal input of the low noise amplifier.
A biologically compatible metallic ion complex with nordihydroguaiaretic acid (NDGA) polymer, said complex comprising a metallic ion and a NDGA moiety, wherein the metallic ion possesses antimicrobial, antifungal, and/or anticancer properties; wherein said metallic ion is bound to the NDGA moiety.
A method for diagnosing bladder cancer in a patient, the method comprising: (a) determining an amount of a biomarker in a sample of urine or bladder tissue obtained from a patient; (b) comparing the amount of the biomarker in the sample of urine or bladder tissue from the patient to the amount of the biomarker in a normal control; wherein a difference in the amount of the biomarker in the sample of urine or bladder tissue from the patient compared to the amount of the biomarker in the normal control is associated with the presence of bladder cancer, wherein the biomarker comprises:- (i) a nucleic acid sequence comprising SEQ ID NO:1, or a fragment thereof coding for at least 250 amino acids of SEQ ID NO:2, or a variant having at least 85% sequence identity with SEQ ID NO:1, or a nucleic acid molecule which comprises said nucleic acid sequence; or (ii) an amino acid sequence comprising SEQ ID NO:2, or a fragment thereof having at least 250 amino acids, or a variant having at least 85% amino acid sequence identity with SEQ ID NO:2, or an amino acid molecule which comprises said amino acid sequence. (a) determining an amount of a biomarker in a sample of urine or bladder tissue obtained from a patient; (b) comparing the amount of the biomarker in the sample of urine or bladder tissue from the patient to the amount of the biomarker in a normal control; (i) a nucleic acid sequence comprising SEQ ID NO:1, or a fragment thereof coding for at least 250 amino acids of SEQ ID NO:2, or a variant having at least 85% sequence identity with SEQ ID NO:1, or a nucleic acid molecule which comprises said nucleic acid sequence; or (ii) an amino acid sequence comprising SEQ ID NO:2, or a fragment thereof having at least 250 amino acids, or a variant having at least 85% amino acid sequence identity with SEQ ID NO:2, or an amino acid molecule which comprises said amino acid sequence.
An interior trim part (2, 3, 4, 5, 6) for planar installation comprising similar interior trim parts for producing a wall covering inside an aircraft cell, wherein the interior trim part (2, 3, 4, 5, 6) may be rigidly connected to the aircraft cell, wherein said interior trim part (2, 3, 4, 5, 6) has a latticed support structure (20, 21, 22, 23) comprising lattice nodes and lattice webs, wherein at least one holding position is provided, which is formed to receive loads on the interior side, said latticed support structure being formed by a lattice, holding positions being formed at the lattice nodes, so that said interior trim part has a plurality of selectable holding positions in a grid-like arrangement to allow for a variable attachment of equipment devices, especially medical ones, characterized in that said lattice is embedded in the interior trim part (2, 3, 4, 5, 6), so that the interior trim part has said plurality of selectable holding positions beneath its surface and that said lattice nodes are formed by cylindrical receiving elements having bores into which threaded inserts may be inserted.
A wearable device for allowing an impaired user to record a medicament dosing event and a headache severity level during a headache, such as a migraine, without reference to a screen, the device comprising: a first input button and a second input button disposed on separate faces of a body of the wearable device so as to be identifiable to a user during the headache, the first and second input buttons being operable by being pressed and released; a vibration motor housed within the body for producing vibrational feedback to the user during the headache; a processor housed within the body; and a memory housed within the body for storing data; wherein the processor is configured to: record, within the memory, a medicament dosing event based on operation of the first input button, the medicament dosing event being binary; record, within the memory, a headache severity level based on the number of operations of the second input button within a predetermined time period, the headache severity level being a non-binary value; characterised by the headache severity level being stored in the memory after the predetermined time period; the vibration motor being controlled to indicate the medicament dosing event based on the operation of the first input button; and the vibration motor being controlled, prior to the headache severity level being recorded within the memory, to indicate the headache severity level after a first delay following the number of operations of the second input button for allowing the impaired user to determine or validate their input without reference to the screen and cancel an erroneous input. record, within the memory, a medicament dosing event based on operation of the first input button, the medicament dosing event being binary; record, within the memory, a headache severity level based on the number of operations of the second input button within a predetermined time period, the headache severity level being a non-binary value; characterised by the headache severity level being stored in the memory after the predetermined time period; the vibration motor being controlled to indicate the medicament dosing event based on the operation of the first input button; and the vibration motor being controlled, prior to the headache severity level being recorded within the memory, to indicate the headache severity level after a first delay following the number of operations of the second input button for allowing the impaired user to determine or validate their input without reference to the screen and cancel an erroneous input.
A method of making a stimulation lead, the method comprising: forming a rib framework (661, 771a, 661b, 761, 761a, 861, 861a, 861b) comprising a plurality of pre-electrodes (657, 757, 857) attached together in a single helix or a double helix, wherein the rib framework comprises at least one alignment tab (663, 763, 863, 1143);; attaching a conductor (460, 1060) to each of the pre-electrodes; disposing the rib framework into a mold (667, 867, 1067) with the at least one alignment tab of the rib framework disposed in a corresponding slot of the mold; forming a lead body between the pre-electrodes; and removing a portion of the lead body and the pre-electrodes to generate a plurality of separated segmented electrodes (130, 456, 656, 756, 956, 1056, 1156, 1156a, 1356a-g) arranged in the single helix or the double helix. forming a rib framework (661, 771a, 661b, 761, 761a, 861, 861a, 861b) comprising a plurality of pre-electrodes (657, 757, 857) attached together in a single helix or a double helix, wherein the rib framework comprises at least one alignment tab (663, 763, 863, 1143);; attaching a conductor (460, 1060) to each of the pre-electrodes; disposing the rib framework into a mold (667, 867, 1067) with the at least one alignment tab of the rib framework disposed in a corresponding slot of the mold; forming a lead body between the pre-electrodes; and removing a portion of the lead body and the pre-electrodes to generate a plurality of separated segmented electrodes (130, 456, 656, 756, 956, 1056, 1156, 1156a, 1356a-g) arranged in the single helix or the double helix.
Method of computationally digitally modelling in two, three, or more dimensions an infrastructure (2.1, 2.2, 2.3, 2.4), for computationally merging with different infrastructure digital models, comprising using digital two- or three-dimensional objects (4, 6, 10) and attributing at least one flexibility attribute (8.1, 8.2, 8.3) to at least one of the objects (4, 6, 10); characterized in that each of the flexibility attributes (8.1, 8.2, 8.3) comprises at least one flexibility tolerance relating to the corresponding object, wherein each of the tolerance(s) is a flexibility parameter taken from the following list: position, dimension, time for change, state of progress, state of storage, and any combination thereof, related to said object, the flexibility attributes (8.1, 8.2, 8.3) are used by a computer-implemented resolution of conflicts when merging different infrastructure digital models; and the method further comprises outputting a digital model of the infrastructure (2.1, 2.2, 2.3, 2.4), said digital model comprising the objects with the at least one flexibility attribute (8.1, 8.2, 8.3).
An abrasive product with a concave-convex structure, comprising laminated three planar layers, and an abrasive layer with a concave-convex structure, located on an upper surface of the three planar layers, characterized in that, the abrasive layer with a concave-convex structure is an array of abrasive blocks, a groove serving as chips discharging groove is formed between each two adjacent abrasive blocks, and each abrasive block comprises a binder and abrasive grains distributed in the binder; the abrasive grain has a diameter of 1-30μm; the binder comprises a photocurable adhesive selected from the group consisting of acrylate oligomers, methyl acrylate oligomers, acrylic monomers, methacrylic monomers and mixtures thereof; and a heat curable adhesive selected from the group consisting of polyester polyol, polyether polyol, acrylic polyol and mixtures thereof; the three planar layers comprise an anti-skid layer, a backing layer and a make layer in a direction from bottom to top; and the make layer comprises an adhesive selected from the group consisting of photocurable acrylate oligomers, heat curable polyurethane resin, ethylene-acrylic copolymer emulsion and mixtures thereof; and nanoparticles selected from the group consisting of nano-silica, ultrafine calcium carbonate, ultrafine alumina and mixtures thereof.