mhurhangee/ep-ind-claims huggingface dataset:
A cargo system for moving and restraining cargo in a cargo bay having a bay floor, comprising: a pair of trays oriented in parallel with each other; and a tray mounted lateral guide (108, 304) having: a main body defining a roller slot; a roller configured to be at least partially positioned in the roller slot and to facilitate conveyance of a pallet through the cargo bay; and a lifter coupled to the main body and configured to be coupled to a tray and to maintain the main body in at least one of a lowered position or a raised position, the main body being further raised from the bay floor when in the raised position than when in the lowered position; and a latch configured to fix the main body in at least one of the raised position or the lowered position; characterized in that the lifter includes a first notch configured to interface with the latch to cause the lifter to remain in the lowered position in response to the latch interfacing with the first notch, and a second notch configured to interface with the latch to cause the lifter to remain in the raised position in response to the latch interfacing with the second notch. a pair of trays oriented in parallel with each other; and a tray mounted lateral guide (108, 304) having: a main body defining a roller slot; a roller configured to be at least partially positioned in the roller slot and to facilitate conveyance of a pallet through the cargo bay; and a lifter coupled to the main body and configured to be coupled to a tray and to maintain the main body in at least one of a lowered position or a raised position, the main body being further raised from the bay floor when in the raised position than when in the lowered position; and a latch configured to fix the main body in at least one of the raised position or the lowered position; characterized in that the lifter includes a first notch configured to interface with the latch to cause the lifter to remain in the lowered position in response to the latch interfacing with the first notch, and a second notch configured to interface with the latch to cause the lifter to remain in the raised position in response to the latch interfacing with the second notch. a main body defining a roller slot; a roller configured to be at least partially positioned in the roller slot and to facilitate conveyance of a pallet through the cargo bay; and a lifter coupled to the main body and configured to be coupled to a tray and to maintain the main body in at least one of a lowered position or a raised position, the main body being further raised from the bay floor when in the raised position than when in the lowered position; and a latch configured to fix the main body in at least one of the raised position or the lowered position; characterized in that the lifter includes a first notch configured to interface with the latch to cause the lifter to remain in the lowered position in response to the latch interfacing with the first notch, and a second notch configured to interface with the latch to cause the lifter to remain in the raised position in response to the latch interfacing with the second notch.
A transmission arrangement comprising: an input shaft, an output shaft, an outer race mounted on one end of one of the input and output shafts (10, 11), an inner race mounted on one end of the other of the input and output shafts (10, 11), the inner and outer races (15, 16) being arranged concentrically to create a cage for ball bearings, and two ball bearings disposed within the cage 180 degrees apart from each other, wherein the races (15, 16) are pivoted with respect to each other around an axis running through each of the balls such that the balls are captured in a pocket between the races (15, 16) and cannot slide within the races (15, 16), and so that rotation of the input shaft rotates the output shaft at a different speed than a speed of the input shaft, wherein the input and output shafts (10, 11) are rotatably mounted in a housing, characterized in that: the transmission arrangement further comprises a finger assist (32, 33) mounted so as to press each of the ball bearings into position within the cage, wherein either the finger assist is mounted so as to pivot in the housing or the finger assist is fixedly mounted to the housing. an input shaft, an output shaft, an outer race mounted on one end of one of the input and output shafts (10, 11), an inner race mounted on one end of the other of the input and output shafts (10, 11), the inner and outer races (15, 16) being arranged concentrically to create a cage for ball bearings, and two ball bearings disposed within the cage 180 degrees apart from each other, wherein the races (15, 16) are pivoted with respect to each other around an axis running through each of the balls such that the balls are captured in a pocket between the races (15, 16) and cannot slide within the races (15, 16), and so that rotation of the input shaft rotates the output shaft at a different speed than a speed of the input shaft, wherein the input and output shafts (10, 11) are rotatably mounted in a housing, characterized in that: the transmission arrangement further comprises a finger assist (32, 33) mounted so as to press each of the ball bearings into position within the cage, wherein either the finger assist is mounted so as to pivot in the housing or the finger assist is fixedly mounted to the housing. the transmission arrangement further comprises a finger assist (32, 33) mounted so as to press each of the ball bearings into position within the cage, wherein either the finger assist is mounted so as to pivot in the housing or the finger assist is fixedly mounted to the housing.
A leak detection apparatus comprising: a controller having at least one processor to access data representing a measured flow of breathable gas, the controller being further configured to: determine a first occurrence associated with the measure of flow falling below a threshold (Q cutoff) in a breath (994-A) and a second occurrence associated with the measure of flow rising above the threshold (Q cutoff) in the breath (994-B); characterized by analyzing a duration between the first and second occurrences; and identifying a leak event by detecting a sharp negative flow peak based on the analyzing. determine a first occurrence associated with the measure of flow falling below a threshold (Q cutoff) in a breath (994-A) and a second occurrence associated with the measure of flow rising above the threshold (Q cutoff) in the breath (994-B); characterized by analyzing a duration between the first and second occurrences; and identifying a leak event by detecting a sharp negative flow peak based on the analyzing.
A hoisting cable intended to be used in a hoisting winch on board a helicopter, said cable being formed of a steel core coated at its periphery with a textile sheath, wherein: • said textile sheath is a sheath directly braided on the steel core, and is made of an abrasion-resistant synthetic material, • the average diameter of the steel core is in the range from 5 to 6 millimeters, and • the thickness of the sheath is in the range from 3 to 10% of the cable diameter. • said textile sheath is a sheath directly braided on the steel core, and is made of an abrasion-resistant synthetic material, • the average diameter of the steel core is in the range from 5 to 6 millimeters, and • the thickness of the sheath is in the range from 3 to 10% of the cable diameter.
A filtration medium for filtering a hydraulic oil comprising a thermally bonded sheet, the sheet comprising: (a) 20 to 80 wt% of a bicomponent binder fiber having a fiber diameter of 5 to 15 micrometers and a fiber length of 0.1 to 15 cm; and (b) 20 to 80 wt% of a media fiber having a fiber diameter of 0.1 to 2 micrometers and an aspect ratio of 10 to 10,000; wherein the media has a thickness of 0.2 to 2 mm, a basis weight of 40 to 350 g-m -2, a pore size of 0.5 to 30 micrometers, and a permeability of 1.524 to 60.96 m-min -1 (5 to 200 ft-min -1). (a) 20 to 80 wt% of a bicomponent binder fiber having a fiber diameter of 5 to 15 micrometers and a fiber length of 0.1 to 15 cm; and (b) 20 to 80 wt% of a media fiber having a fiber diameter of 0.1 to 2 micrometers and an aspect ratio of 10 to 10,000;
A method comprising: - transmitting, over a first wavelength and by an optical line terminal OLT, a first frame of data to a first optical network unit, ONU; - transmitting, over a second wavelength and by the OLT, a first portion of a second frame of data to a second ONU while the first frame of data is being transmitted to the first ONU over the first wavelength; and - after transmission of the first frame of data over the first wavelength has completed and while the first portion of the second frame of data is still being transmitted to the second ONU over the second wavelength, transmitting a second portion of the second frame of data to the second ONU over the first wavelength. - transmitting, over a first wavelength and by an optical line terminal OLT, a first frame of data to a first optical network unit, ONU; - transmitting, over a second wavelength and by the OLT, a first portion of a second frame of data to a second ONU while the first frame of data is being transmitted to the first ONU over the first wavelength; and - after transmission of the first frame of data over the first wavelength has completed and while the first portion of the second frame of data is still being transmitted to the second ONU over the second wavelength, transmitting a second portion of the second frame of data to the second ONU over the first wavelength.
A medical device comprising: a non-absorbable structure having a surface; a first antimicrobial coating on at least part of the surface, said first antimicrobial coating having a coating surface and comprising a first antimicrobial agent; and a second coating of a polymer comprising a second antimicrobial agent, wherein said second coating is applied over at least part of the coating surface of the first antimicrobial coating, characterized in that the second coating has a discontinuous microstructure comprising discrete droplets of said polymer comprising said second antimicrobial agent. a non-absorbable structure having a surface; a first antimicrobial coating on at least part of the surface, said first antimicrobial coating having a coating surface and comprising a first antimicrobial agent; and a second coating of a polymer comprising a second antimicrobial agent, wherein said second coating is applied over at least part of the coating surface of the first antimicrobial coating, characterized in that the second coating has a discontinuous microstructure comprising discrete droplets of said polymer comprising said second antimicrobial agent.
A work piece processing device, comprising: a tool device and a work piece holder; a servo-elastic actuator system having simultaneous precision force and position control that moves the tool device to the work piece holder or the work piece holder to the tool device; the servo-elastic actuator system including a servo-actuator, a compliance elastic member and a weight compensation elastic member disposed in a force transmission path, wherein the compliance elastic member and the weight compensation elastic member are disposed with respect to each other so that a spring force exerted by the weight compensation elastic member is opposed to a spring force exerted by the compliance elastic member; and a controller configured to determine a force being applied by the servo-actuator to a work piece held by the work piece holder as the compliance elastic member in combination with the weight compensation elastic member is deflected based on a spring deflection of these two elastic members (106, 1200) and simultaneously control force and position of the servo-actuator based on a spring constant for the combination of the compliance elastic member and weight compensation elastic member. a tool device and a work piece holder; a servo-elastic actuator system having simultaneous precision force and position control that moves the tool device to the work piece holder or the work piece holder to the tool device; the servo-elastic actuator system including a servo-actuator, a compliance elastic member and a weight compensation elastic member disposed in a force transmission path, wherein the compliance elastic member and the weight compensation elastic member are disposed with respect to each other so that a spring force exerted by the weight compensation elastic member is opposed to a spring force exerted by the compliance elastic member; and a controller configured to determine a force being applied by the servo-actuator to a work piece held by the work piece holder as the compliance elastic member in combination with the weight compensation elastic member is deflected based on a spring deflection of these two elastic members (106, 1200) and simultaneously control force and position of the servo-actuator based on a spring constant for the combination of the compliance elastic member and weight compensation elastic member.
A turbine for a gas turbine comprising a blade, a vane and an abradable lip attached to the blade or to the vane, wherein the blade and the vane are separated by an axial gap and the abradable lip extends part of the distance across the axial gap; the turbine being characterized by comprising an abrasive layer (50, 52) attached on the other side of the axial gap from the abradable lip.
A cabinet for housing a vertical array of rack-mounted electronic heat-producing equipment and configured to provide an equipment chamber and an equipment cooling unit chamber within the cabinet, the equipment chamber and the equipment cooling unit chamber being in fluid communication with each other and displaced horizontally with respect to each other, the equipment chamber and the equipment cooling unit chamber separated by a vertical partition, the equipment chamber being adapted to house electronic equipment in an equipment rack, said equipment cooling unit chamber comprising cooling and circulating means (92, 94) for drawing in heated gas from the equipment chamber to the equipment cooling unit chamber via a first plenum, for cooling the drawn-in gas in the equipment cooling unit chamber to produce cooled gas, and for impelling the cooled gas from the equipment cooling unit chamber into the equipment chamber via a second plenum; and wherein the cabinet is configured such that the gas is drawn primarily horizontally from the equipment chamber, circulated primarily horizontally through the equipment cooling unit chamber, impelled primarily horizontally into the equipment chamber, and flows across the second plenum as a horizontally-moving curtain.
A method of removing impurities from a gas for use as a fuel in an internal combustion engine, the method comprising: receiving fuel comprising at least one hydrocarbon via an engine; generating an engine exhaust; splitting the engine exhaust into a first portion and a second portion; directing the first portion of the engine exhaust to the atmosphere; directing the second portion of the engine exhaust to a heating component; injecting an air source into the heating component; heating the air source with the second portion of the engine exhaust; directing the second portion of the engine exhaust from the heating component to the atmosphere; and directing the heated air source to a reactor; wherein the reactor comprises adsorption media. receiving fuel comprising at least one hydrocarbon via an engine; generating an engine exhaust; splitting the engine exhaust into a first portion and a second portion; directing the first portion of the engine exhaust to the atmosphere; directing the second portion of the engine exhaust to a heating component; injecting an air source into the heating component; heating the air source with the second portion of the engine exhaust; directing the second portion of the engine exhaust from the heating component to the atmosphere; and directing the heated air source to a reactor; wherein the reactor comprises adsorption media.
A pest controlling composition comprising a compound represented by Formula: and one or more diamide compound (s) selected from Group: Group: a group consisting of a compound of Formula: wherein a combination of R 1 R 2 and R 3 is a combination whose R 1 is bromine atom, R 2 is chlorine atom and R 3 is 1-cyclopropylethyl group, a combination whose R 2 is chlorine atom, and R 1 and R 3 are both methyl group, or a combination whose R 1 and R 3 are both methyl group and R 2 is cyano group, and a compound of Formula: Group: a group consisting of a compound of Formula: wherein a combination of R 1 R 2 and R 3 is a combination whose R 1 is bromine atom, R 2 is chlorine atom and R 3 is 1-cyclopropylethyl group, a combination whose R 2 is chlorine atom, and R 1 and R 3 are both methyl group, or a combination whose R 1 and R 3 are both methyl group and R 2 is cyano group, and a compound of Formula:
A reaction force mechanism which is provided between a supporting member and a supported member supported by the supporting member to be tiltable and is capable of adjusting a reaction force resulting from the tilting movement of the supported member with respect to the supporting member, comprising: a plurality of shaft members including a first shaft member connected to the supporting member, a second shaft member connected to the supported member and a third shaft member other than the first shaft member and the second shaft member and disposed coaxially and radially in multiple layers; a plurality of biasing members (11, 13) configured to connect the shaft members adjacent to each other in a radial direction; and a reaction force adjusting part configured to increase the reaction force against a base reaction force resulting from the biasing member interposed between the first shaft member and the second shaft member by restricting rotation of the third shaft member with respect to the first shaft member or the second shaft member. a plurality of shaft members including a first shaft member connected to the supporting member, a second shaft member connected to the supported member and a third shaft member other than the first shaft member and the second shaft member and disposed coaxially and radially in multiple layers; a plurality of biasing members (11, 13) configured to connect the shaft members adjacent to each other in a radial direction; and a reaction force adjusting part configured to increase the reaction force against a base reaction force resulting from the biasing member interposed between the first shaft member and the second shaft member by restricting rotation of the third shaft member with respect to the first shaft member or the second shaft member.
Organic photovoltaic cell having a photoactive layer comprising a conjugated polymer component and a fullerene component and two electrodes (8, 20), characterised in that an intermediate layer (10, 18) having asymmetrical conductivity is arranged between each of the two electrodes and the photoactive layer, and the inter-mediate layer (10, 18) facing the incidence of light is transparent or semitransparent.
A screen-off display method, the method being applied to a processor of a display device, the display device further comprising a display screen, a display controller and a memory having a plurality of storage sub-regions, and the method comprising: in response to a screen-off trigger operation, compressing, by the processor, image data of at least two to-be-displayed images and storing the compressed image data in the memory; storing, by the memory, respective preset displaying criterions of the at least two to-be-displayed images, wherein the preset displaying criterions and the compressed image data are stored in the storage sub-regions one to one; and controlling, by the display controller, the display screen to display the at least two to-be-displayed images in a same local area of the display screen according to the compressed image data in the memory based on the preset displaying criterions. in response to a screen-off trigger operation, compressing, by the processor, image data of at least two to-be-displayed images and storing the compressed image data in the memory; storing, by the memory, respective preset displaying criterions of the at least two to-be-displayed images, wherein the preset displaying criterions and the compressed image data are stored in the storage sub-regions one to one; and controlling, by the display controller, the display screen to display the at least two to-be-displayed images in a same local area of the display screen according to the compressed image data in the memory based on the preset displaying criterions.
A computer-implemented method for training a cell defect detection model, wherein the defect detection model comprises a backbone model and a defect classification model with at least an output layer removed, and the method comprises: obtaining a plurality of first sample images, wherein the plurality of first sample images comprise sample images corresponding to a plurality of first-preset-category defects of a cell, and wherein the cell is an electrode assembly included in a battery cell; using the plurality of first sample images to train a defect classification model that comprises the output layer so that a defect classification model obtained through training is capable of predicting the plurality of first-preset-category defects of the cell; obtaining a second sample image, wherein the second sample image comprises a second-preset-category defect of the cell; inputting the second sample image to the defect classification model with at least an output layer removed to obtain a sample feature vector of the second sample image; inputting the sample feature vector of the second sample image to the backbone model to obtain a predicted defect classification result of the second sample image; and adjusting, based on the second-preset-category defect and the predicted defect classification result of the second sample image, parameters of the backbone model and the defect classification model with at least an output layer removed. obtaining a plurality of first sample images, wherein the plurality of first sample images comprise sample images corresponding to a plurality of first-preset-category defects of a cell, and wherein the cell is an electrode assembly included in a battery cell; using the plurality of first sample images to train a defect classification model that comprises the output layer so that a defect classification model obtained through training is capable of predicting the plurality of first-preset-category defects of the cell; obtaining a second sample image, wherein the second sample image comprises a second-preset-category defect of the cell; inputting the second sample image to the defect classification model with at least an output layer removed to obtain a sample feature vector of the second sample image; inputting the sample feature vector of the second sample image to the backbone model to obtain a predicted defect classification result of the second sample image; and adjusting, based on the second-preset-category defect and the predicted defect classification result of the second sample image, parameters of the backbone model and the defect classification model with at least an output layer removed.