mhurhangee/patent-ind-claim-en huggingface dataset:
A pharmaceutical composition comprising an Ecklonia cava extract as an active ingredient for use in the treatment of a vascular disease, wherein the Ecklonia cava extract is prepared by extraction using 45% ∼ 50% ethanol, and the vascular disease is selected from the group consisting of vascular inflammatory diseases, vascular restenosis, vascular stenosis, arteriosclerosis, atherosclerosis, myocardial infarction, angina pectoris, hypertension, hypertensive heart disease and peripheral vascular stenosis.
A tubular threaded joint comprised of a pin and a box each having a contact surface comprising a threaded portion and an unthreaded metal contact portion which includes a seal portion and a shoulder portion, characterized in that a first solid lubricating coating is present on a portion including the shoulder portion of the contact surface of at least one of the pin and the box, a second solid lubricating coating is present on at least a portion of the contact surface of the at least one of the pin and the box not having the first solid lubricating coating, each of the first and second solid lubricating coatings is formed from an organic resin or an inorganic polymer as a film-forming component, the Knoop hardness of the first solid lubricating coating is higher than the Knoop hardness of the second solid lubricating coating, and when a portion exists where both the first and the second solid lubricating coatings are present, the second solid lubricating coating is positioned below the first solid lubricating coating.
A system for tracking an expanded state of a moving object including a kinematic state indicative of a position of the object and an extended state indicative of one or combination of a dimension and an orientation of the object, the system comprising: at least one sensor configured to probe a scene including the object with multiple signal transmissions to produce multiple measurements of the object per the transmission; a processor configured to execute a probabilistic filter tracking a joint probability of the expanded state of the object estimated by a motion model of the object and a measurement model of the object, wherein the measurement model includes a center-truncated distribution having truncation intervals providing smaller probability for the measurements at the center of the center-truncated distribution inside of the truncation intervals and larger probability for the measurements outside of the truncation intervals, wherein the center-truncated distribution is a truncation of underlying untruncated Gaussian distribution according to the truncation interval, wherein the probabilistic filter is configured to estimate the center-truncated distribution that fits the measurements and to produce mean and variance of the underlying Gaussian distribution corresponding to the center-truncated distribution, such that the mean of the underlying Gaussian distribution indicates the position of the object in the expanded state and the variance of the underlying Gaussian distribution indicates the dimension and the orientation of the object in the expanded state; and an output interface configured to output the expanded state of the object. at least one sensor configured to probe a scene including the object with multiple signal transmissions to produce multiple measurements of the object per the transmission; a processor configured to execute a probabilistic filter tracking a joint probability of the expanded state of the object estimated by a motion model of the object and a measurement model of the object, wherein the measurement model includes a center-truncated distribution having truncation intervals providing smaller probability for the measurements at the center of the center-truncated distribution inside of the truncation intervals and larger probability for the measurements outside of the truncation intervals, wherein the center-truncated distribution is a truncation of underlying untruncated Gaussian distribution according to the truncation interval, wherein the probabilistic filter is configured to estimate the center-truncated distribution that fits the measurements and to produce mean and variance of the underlying Gaussian distribution corresponding to the center-truncated distribution, such that the mean of the underlying Gaussian distribution indicates the position of the object in the expanded state and the variance of the underlying Gaussian distribution indicates the dimension and the orientation of the object in the expanded state; and an output interface configured to output the expanded state of the object.
A magnetic field sensor comprising: a first magnetic field sensing element configured to generate a first magnetic field signal indicative of a magnetic field associated with a target; a second magnetic field sensing element spaced from the first magnetic field sensing element and configured to generate a second magnetic field signal indicative of the magnetic field associated with the target; a switching module coupled to receive the first and second magnetic field signals and configured to generate a combined signal having alternating portions associated with the first and second magnetic field signals ; a polarity module coupled to receive the combined signal and configured to invert a polarity of portions of the combined signal associated with one of the first magnetic field signal or the second magnetic field signal to generate an inverted polarity signal ; and a filter coupled to receive the inverted polarity signal and configured to generate an averaged signal corresponding to an average of the first and second magnetic field signals . a first magnetic field sensing element configured to generate a first magnetic field signal indicative of a magnetic field associated with a target; a second magnetic field sensing element spaced from the first magnetic field sensing element and configured to generate a second magnetic field signal indicative of the magnetic field associated with the target; a switching module coupled to receive the first and second magnetic field signals and configured to generate a combined signal having alternating portions associated with the first and second magnetic field signals ; a polarity module coupled to receive the combined signal and configured to invert a polarity of portions of the combined signal associated with one of the first magnetic field signal or the second magnetic field signal to generate an inverted polarity signal ; and a filter coupled to receive the inverted polarity signal and configured to generate an averaged signal corresponding to an average of the first and second magnetic field signals .
An electrode connection apparatus comprising: a transfer unit configured to transfer a start portion of a standby electrode roll while gripping the start portion; a leading unit configured to move upwards while gripping the start portion of the standby electrode roll transferred by the transfer unit; a first connection unit configured to fix the standby electrode roll transferred by the leading unit thereto; a second connection unit configured to fix an end portion of a moving electrode roll thereto; and a taping unit configured to connect the standby electrode roll and the moving electrode roll to each other. a transfer unit configured to transfer a start portion of a standby electrode roll while gripping the start portion; a leading unit configured to move upwards while gripping the start portion of the standby electrode roll transferred by the transfer unit; a first connection unit configured to fix the standby electrode roll transferred by the leading unit thereto; a second connection unit configured to fix an end portion of a moving electrode roll thereto; and a taping unit configured to connect the standby electrode roll and the moving electrode roll to each other.
A three side trimmer comprising: a discharge unit arranged downstream of a trimming unit which perform trimming on one or more booklets to discharge the trimmed booklets; and an accumulating unit arranged between the trimming unit and the discharge unit and including a shelf movable in a vertical direction, the trimmed booklets being placed on the shelf , characterized in that the accumulating unit is configured to deliver a predetermined number of the trimmed booklets to the discharge unit when the predetermined number of the trimmed booklets are accumulated on the shelf during operation of the accumulating unit in a delivery mode and the accumulating unit is configured to accumulate the trimmed booklets on the shelf without delivering the trimmed booklets to the discharge unit during operation of the accumulating unit in an accumulation mode. a discharge unit arranged downstream of a trimming unit which perform trimming on one or more booklets to discharge the trimmed booklets; and an accumulating unit arranged between the trimming unit and the discharge unit and including a shelf movable in a vertical direction, the trimmed booklets being placed on the shelf , characterized in that the accumulating unit is configured to deliver a predetermined number of the trimmed booklets to the discharge unit when the predetermined number of the trimmed booklets are accumulated on the shelf during operation of the accumulating unit in a delivery mode and the accumulating unit is configured to accumulate the trimmed booklets on the shelf without delivering the trimmed booklets to the discharge unit during operation of the accumulating unit in an accumulation mode.
A compound of formula I, wherein R 1 is selected from the group consisting of -C(O)-C 2 H 4 -CO 2 H and -PO 3 H 2 , or a pharmaceutically acceptable salt or solvate thereof.
A light emitting diode (LED) module, comprising: a first end cap ; a second end cap ; a reflector portion extending longitudinally between the first end cap and the second end cap ; and an LED package disposed adjacent to the reflector portion , characterized in that the reflector portion including a coolant passageway defined longitudinally through the reflector portion and fluidically coupled to the first end cap and the second end cap . a first end cap ; a second end cap ; a reflector portion extending longitudinally between the first end cap and the second end cap ; and an LED package disposed adjacent to the reflector portion , characterized in that the reflector portion including a coolant passageway defined longitudinally through the reflector portion and fluidically coupled to the first end cap and the second end cap .
An automatic analyzer comprising: a first reagent vessel container for storing a plurality of reagent vessels that each contain a reagent to be used for analysis; a second reagent vessel container for storing reagent vessels to be transferred to the first reagent vessel container ; a reagent vessel transfer mechanism for transferring reagent vessels from the first reagent vessel container to the second reagent vessel container and vice versa; at least one sample dispensing mechanism for suctioning and discharging samples; a sample rack storage mechanism for temporarily storing several sample racks until the sample racks which hold the samples for analysis are transferred from the sample rack storage mechanism ; a sample rack transfer path for transferring the sample racks to the sample dispensing mechanism , characterised in that the automatic analyser further comprises, a buffer mechanism including the sample rack storage mechanism , the second reagent vessel container and a buffer mechanism rack having a multi-story structure and a temperature control mechanism for controlling the temperature of the second reagent vessel container and the sample rack storage mechanism ; wherein the sample rack storage mechanism and the second reagent vessel container are installed on different levels of the buffer mechanism rack , with the second reagent vessel container being placed on a higher level than the sample rack storage mechanism , wherein the temperature control mechanism is installed between the two levels to control the temperatures of both levels . a first reagent vessel container for storing a plurality of reagent vessels that each contain a reagent to be used for analysis; a second reagent vessel container for storing reagent vessels to be transferred to the first reagent vessel container ; a reagent vessel transfer mechanism for transferring reagent vessels from the first reagent vessel container to the second reagent vessel container and vice versa; at least one sample dispensing mechanism for suctioning and discharging samples; a sample rack storage mechanism for temporarily storing several sample racks until the sample racks which hold the samples for analysis are transferred from the sample rack storage mechanism ; a sample rack transfer path for transferring the sample racks to the sample dispensing mechanism , characterised in that the automatic analyser further comprises, a buffer mechanism including the sample rack storage mechanism , the second reagent vessel container and a buffer mechanism rack having a multi-story structure and a temperature control mechanism for controlling the temperature of the second reagent vessel container and the sample rack storage mechanism ; wherein the sample rack storage mechanism and the second reagent vessel container are installed on different levels of the buffer mechanism rack , with the second reagent vessel container being placed on a higher level than the sample rack storage mechanism , wherein the temperature control mechanism is installed between the two levels to control the temperatures of both levels .
Pool covering device having a winding roller , a cover which can be wound onto and unwound from the winding roller , a winding motor for winding the cover onto the winding roller and unwinding the cover from the winding roller , and a traction motor for removing the cover from the winding roller in a pull direction , wherein the removal of the cover from the winding roller by means of the traction motor is braked by the winding motor , characterised in that the cover is guided by means of rollers , wherein the rollers are arranged on at least one roller table and the individual roller table comprises a plurality of rollers which are arranged compactly next to one another and in the pull direction .
A sensor device management method for supporting installation work of a sensor device that measures a quantity and transmits measured data to a management server , wherein a terminal acquires a first identifier, ID1, which a sensor device has, the terminal acquires positional information using a positioning device , the terminal transmits the first identifier, ID1, and the positional information respectively acquired to the management server , the sensor device transmits a second identifier, ID2, held by itself to the management server , the management server correlates the second identifier (ID2) and the positional information when the management server judges that the first identifier, ID1, and the second identifier, ID2, have a predetermined relation and stores the positional information and one of the first identifier, ID1, and the second identifier, ID2, in a storage , and the management server notifies the sensor device of a result of the judgment, wherein the first identifier, ID1, is held on/in a sheet displaying a two-dimensional bar code or an IC tag, and the second identifier (ID2) is stored in a memory with which the sensor device is provided. wherein a terminal acquires a first identifier, ID1, which a sensor device has, the terminal acquires positional information using a positioning device , the terminal transmits the first identifier, ID1, and the positional information respectively acquired to the management server , the sensor device transmits a second identifier, ID2, held by itself to the management server , the management server correlates the second identifier (ID2) and the positional information when the management server judges that the first identifier, ID1, and the second identifier, ID2, have a predetermined relation and stores the positional information and one of the first identifier, ID1, and the second identifier, ID2, in a storage , and the management server notifies the sensor device of a result of the judgment, wherein the first identifier, ID1, is held on/in a sheet displaying a two-dimensional bar code or an IC tag, and the second identifier (ID2) is stored in a memory with which the sensor device is provided.
A catalyst composition for producing olefins and aromatic compounds from a hydrocarbon feedstock, the catalyst composition comprising: a mixture of fluidized catalytic cracking (FCC) catalyst and a ZSM-5 zeolite catalyst, the FCC catalyst is a non-fresh FCC catalyst formed from a large pore molecular sieve or zeolite, wherein the amount of ZSM-5 zeolite catalyst makes up from 30 wt. % to 45 wt. % of the total weight of the FCC catalyst and the ZSM-5 zeolite catalyst, wherein the FCC catalyst comprises at least one of a Y-zeolite and a USY-zeolite embedded in a matrix, and wherein the non-fresh FCC catalyst has a total surface area of from 100 m 2 /g to 200 m 2 /g and a coke deposition in an amount of from greater than 0% to 0.5% by weight.
A method for determining an indicator that is indicative of a subject's Th1 immune status, the method comprising: determining a Th1 immune status biomarker profile of a sample from the subject, wherein the Th1 immune status biomarker profile comprises a first biomarker value that is indicative of an amount of a first Th1 immune status biomarker and a second biomarker value that is indicative of an amount of a second Th1 immune status biomarker in the sample, wherein the first and second Th1 immune status biomarkers are biomarkers on dendritic cells (DCs), wherein the first Th1 immune status biomarker is programmed cell death protein 1 ligand 2 (PD-L2) and the second Th1 immune status biomarker is programmed cell death protein 1 ligand 1 (PD-L1); and determining the indicator using the first and second biomarker values, the indicator being indicative of a sample PD-L2:PD-L1 biomarker value ratio that is indicative of the subject's Th1 immune status, wherein the indicator is determined to be indicative of impaired Th1 immunity in the subject if the sample PD-L2:PD-L1 biomarker value ratio is reduced relative to a control PD-L2:PD-L1 biomarker value ratio that correlates with the presence of normal or unimpaired Th1 immunity, wherein the indicator is determined to be indicative of elevated Th1 immunity in the subject if the sample PD-L2:PD-L1 biomarker value ratio is increased relative to a control PD-L2:PD-L1 biomarker value ratio that correlates with the presence of normal or unimpaired Th1 immunity, and wherein the indicator is determined to be indicative of normal or unimpaired Th1 immunity in the subject if the sample PD-L2:PD-L1 biomarker value ratio is about the same as a control PD-L2:PD-L1 biomarker value ratio that correlates with the presence of normal or unimpaired Th1 immunity.
A method of preparing a compound of Formula XI-a 2 the method comprising: forming a reaction mixture comprising a cyanating agent, a Lewis Acid, a Broenstedt acid, a solvent, and a compound of Formula V-a: under conditions suitable to prepare the compound of Formula XI-a 2 , wherein each R b is independently a hydroxy protecting group; alternatively, two R b groups on adjacent carbons can be combined to form a - C(R 19 ) 2 - group; R 10 is H or a silyl group; and R 19 is H, C 1 -C 8 alkyl, phenyl or substituted phenyl. the method comprising: forming a reaction mixture comprising a cyanating agent, a Lewis Acid, a Broenstedt acid, a solvent, and a compound of Formula V-a: under conditions suitable to prepare the compound of Formula XI-a 2 , forming a reaction mixture comprising a cyanating agent, a Lewis Acid, a Broenstedt acid, a solvent, and a compound of Formula V-a: under conditions suitable to prepare the compound of Formula XI-a 2 , wherein each R b is independently a hydroxy protecting group; alternatively, two R b groups on adjacent carbons can be combined to form a - C(R 19 ) 2 - group; R 10 is H or a silyl group; and R 19 is H, C 1 -C 8 alkyl, phenyl or substituted phenyl. each R b is independently a hydroxy protecting group; alternatively, two R b groups on adjacent carbons can be combined to form a - C(R 19 ) 2 - group; R 10 is H or a silyl group; and R 19 is H, C 1 -C 8 alkyl, phenyl or substituted phenyl.
A method for determining and/or monitoring the breakdown voltage of a transformer oil, comprising the steps of a) performing an acoustic impedance measurement of the transformer oil, the impedance of a medium partially or entirely disposed in the transformer oil and capable of naturally vibrating and/or transmitting vibrations to the transformer oil being determined in at least one frequency band of defined frequency width; and b) calculating a resonator quality factor for the frequency band based on the determination performed in step a); and c) performing a calibration process and calculating an acoustic disbalance of the transformer oil based on the calibration values ascertained in the calibration process and on the calculation performed in step b); and d) ascertaining the breakdown voltage of the transformer oil based on the calculation performed in step c). a) performing an acoustic impedance measurement of the transformer oil, the impedance of a medium partially or entirely disposed in the transformer oil and capable of naturally vibrating and/or transmitting vibrations to the transformer oil being determined in at least one frequency band of defined frequency width; and b) calculating a resonator quality factor for the frequency band based on the determination performed in step a); and c) performing a calibration process and calculating an acoustic disbalance of the transformer oil based on the calibration values ascertained in the calibration process and on the calculation performed in step b); and d) ascertaining the breakdown voltage of the transformer oil based on the calculation performed in step c).
A molten metal pump assembly configured to fill an associated mold with molten metal, the assembly comprising: a pump having an elongated shaft connecting a motor to an impeller , the impeller being housed within a chamber of a base member such that rotation of the impeller configured to draw molten metal into the chamber via an inlet and forces molten metal through an outlet of the chamber and into a riser assembly , a frame configured to receive the pump , the frame being mounted to an associated furnace apparatus , said frame suspending the pump such that the base member can be disposed in molten metal residing in said furnace apparatus , and wherein said frame includes a mechanism for selectively raising and lowering said pump into engagement and disengagement with said mold , and wherein said mechanism comprises a lever arm and said lever arm is configured to orient said pump in a raised position wherein the pump engages the mold and lowers the pump in response to an excessive hydraulic, pneumatic, or mechanical force supplied by a furnace lifting apparatus. a pump having an elongated shaft connecting a motor to an impeller , the impeller being housed within a chamber of a base member such that rotation of the impeller configured to draw molten metal into the chamber via an inlet and forces molten metal through an outlet of the chamber and into a riser assembly , a frame configured to receive the pump , the frame being mounted to an associated furnace apparatus , said frame suspending the pump such that the base member can be disposed in molten metal residing in said furnace apparatus , and wherein said frame includes a mechanism for selectively raising and lowering said pump into engagement and disengagement with said mold , and wherein said mechanism comprises a lever arm and said lever arm is configured to orient said pump in a raised position wherein the pump engages the mold and lowers the pump in response to an excessive hydraulic, pneumatic, or mechanical force supplied by a furnace lifting apparatus.