mhurhangee/ep-ind-claims huggingface dataset:
A plasma polymerization coating device, comprising a vacuum chamber, wherein any cross section of a chamber body inner wall of the side part of the vacuum chamber is a circle with the same diameter or a polygon with the same edge length, wherein the polygon has at least 6 edges; porous electrodes are installed in the vacuum chamber proximal to the inner wall of the vacuum chamber; the porous electrodes form porous arched structures with a distance from the inner wall of the vacuum chamber; the porous electrodes are connected with a high frequency power source; at least two discharge cavities are installed on an outer wall of the vacuum chamber in a sealed manner; at least two layers of metal grids are arranged at where the discharge cavities connect to the inner walls of the vacuum chamber; the metal grids are insulated from the inner walls of the vacuum chamber; the metal grids are connected to a pulse power source; a discharge source is disposed in the discharge cavity and is connected to a power source; the discharge cavity is connected with a carrier gas pipe; the other end of the carrier gas pipe is connected to a carrier gas source; a monomer vapor pipe is connected to the vacuum chamber, and an outlet end of the monomer vapor pipe is located in front of the discharge cavity, with the other end of the monomer vapor pipe being connected to a monomer vapor source; a tail gas collecting tube is vertically provided along the central axis of the vacuum chamber; one end of the tail gas collecting tube extends from the vacuum chamber and is connected to a vacuum pump, and holes are provided on the wall of the tail gas collecting tube; a rotation rack is disposed in the vacuum chamber; the rotation shaft of the rotation rack is coaxial with the central axis of the vacuum chamber; and the substrate to be treated is placed on the rotation rack.
A cyclic compound represented by formula: wherein each R 1 is independently an alkyl group having 1 to 20 carbon atoms, a cycloalkyl group having 3 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, an alkoxyl group having 1 to 20 carbon atoms, cyano group, nitro group, hydroxyl group, a heterocyclic group, a halogen, carboxyl group, glycidyl group, an alkylsilyl group having 1 to 20 carbon atoms, or hydrogen atom, with the proviso that at least one of R 1 is glycidyl group and another at least one of R 1 is hydrogen atom, R 4 is methyl, ethyl, propyl, isopropyl, butyl, isobutyl, t-butyl, cyclopropyl, cyclobutyl, cyclopentyl, cyclohexyl, phenyl, naphthyl, anthranyl, phenanthryl, methoxy, ethoxy, propoxy, isopropoxy, butoxy, isobutoxy, t-butoxy, cyano group, nitro group, pyridyl group, furyl group, thienyl group, oxazolyl group, thiazolyl group, isoxazolyl group, isothiazolyl group, pyrazolyl group, benzofuranyl group, morpholinyl group, fluorine, chlorine, bromine, iodine, carboxyl group, hydroxyl group, glycidyl group, trimethylsilyl, triethylsilyl, tripropylsilyl, dimethylsilyl, diethylsilyl, dipropylsilyl, methylsilyl, ethylsilyl, or propylsilyl, p is 1, m is an integer of 1 to 4, X 2 is a hydrogen or halogen atom, m 5 is an integer of 0 to 3, and m + m 5 = 4.
A slip resistant shoe sole comprising a plurality of ground contact projections formed on the ground contact side of the sole base with a predetermined gap between adjacent ground contact projections in the longitudinal direction of the base, the ground contact projections are arranged in a plurality of columns, with each column of ground contact projections being connected to an adjacent column thereof and being spaced apart from the other adjacent column thereof by a predetermined gap in the transverse direction of the base, the ground contact projections having a V-shaped horizontal cross section, having inclined reinforcements provided at the roots of the ground contact projections on the base, and being formed using an elastomeric polymer with a JIS-A hardness of 45 to 80 as measured at 20°C.
An engine control device comprising a controller configured to perform, when starting an engine, swing-back control in which a motor driven based on a supply current from a battery drives a crankshaft in a reverse rotation direction, and after the drive in the reverse rotation direction, drives the crankshaft in a normal rotation direction, wherein the controller has: a supply controller configured to set a current value or a duty ratio of the supply current used in a first time period of the reverse rotation drive; and a battery status determination unit configured to determine a status of the battery based on a state of voltage of the battery in the first time period, characterized in that the supply controller is configured to set the current value or duty ratio of the supply current used in the first time period of the reverse rotation drive to a value larger than a current value or a duty ratio of the supply current used in a second time period of the reverse rotation drive, the first time period extending from a time point at which the reverse rotation of the crankshaft is started to a predetermined time point, the second time period extending from the predetermined time point, wherein the supply controller is configured to set the current value or the duty ratio used in the first time period to a value which allows a piston of the engine to reach beyond a top dead center, the piston changing in position as the crankshaft is driven in the reverse rotation direction, and to set the current value or the duty ratio used in the second time period to a value which does not allow the piston to reach beyond the top dead center. a supply controller configured to set a current value or a duty ratio of the supply current used in a first time period of the reverse rotation drive; and a battery status determination unit configured to determine a status of the battery based on a state of voltage of the battery in the first time period,
A method for separating propylene oxide from a crude propylene oxide stream, the method comprising passing the crude propylene oxide stream through an extractive distillation column, wherein the distillation column is operated at a pressure in a range of greater than (25 to 50 psig) 273.69 to 446.06 kPa and wherein the extractive distillation column uses C8-C20 paraffin as extractive solvent.
Use of at least one homopolymer or copolymer obtainable by polymerization of ethylenically unsaturated monomers, which is composed of at least one structural unit and optionally at least one further structural unit different from, wherein each structural unit both contains at least one functional group which contains at least one phosphorus atom, and also contains at least one functional group reactive towards an isocyanate group, and the homopolymer or copolymer, based on the total quantity of the at least one structural unit and optionally within the polymer main chain of the homopolymer or copolymer, contains the following proportions in mol.%: ∘ 1 to 100 mol.% of the structural units and ∘ 0 to 99 mol.% of the structural units, or which is composed of at least two structural units and different from one another and optionally at least one further structural unit different from and, wherein each structural unit contains at least one functional group which contains at least one phosphorus atom, and optionally at least one part of the structural units additionally contains at least one functional group reactive towards an isocyanate group, and each structural unit contains at least one functional group reactive towards an isocyanate group, wherein none of the structural units contains phosphorus atoms, and the homopolymer or copolymer, based on the total quantity of the at least two structural units and and optionally within the polymer main chain of the homopolymer or copolymer, contains the following proportions in mol.%: ∘ 1 to 80 mol.% of the structural units, ∘ 1 to 80 mol.% of the structural units and ∘ 0 to 98 mol.% of the structural units, as an adhesion-strengthening additive. ∘ 1 to 100 mol.% of the structural units and ∘ 0 to 99 mol.% of the structural units, ∘ 1 to 80 mol.% of the structural units, ∘ 1 to 80 mol.% of the structural units and ∘ 0 to 98 mol.% of the structural units,
Apparatus comprising a vehicle frame assembly, first and second hinge devices located on respective opposite sides of said frame assembly and a child-carrying unit mounted to the frame assembly, wherein each of the first and second hinge devices include first and second hinge parts (14, 20), each first hinge part having a child-carrying unit receptor device for receiving respective first and second mounting devices of said child-carrying unit, characterised in that each receptor device is resiliently rotatable relative to the respective first parts.
A system for assessing health of a patient, the system being a sensing Foley catheter system configured to measure urine output, the system further comprising: a drainage tube (1001; 1012) configured to be in fluid communication with at least one opening positioned near or at a distal end of a catheter (102; 1000); a pump (2918; 3106; 6606) in fluid communication with the drainage tube (1001; 1012) and configured to apply a negative pressure to the drainage tube (1001; 1012); a valve configured for unidirectional flow and in fluid communication with the drainage tube (1001; 1012); and a controller in communication with the pump (2918; 3106; 6606), wherein the controller is configured to actuate the pump (2918; 3106; 6606) to apply the negative pressure for clearing an airlock from the drainage tube (1001; 1012), wherein the controller is configured to monitor a urine output from the patient over a first period of time above a urine output threshold of 0.5 mL/kg/hour and over a second period of time below the urine output threshold, and wherein the controller is further configured to determine a risk of acute kidney injury if a trend of several hours of decreasing urine output is preceeding 3 hours of urine output below the urine output threshold of 0.5mL/kg/hour. a drainage tube (1001; 1012) configured to be in fluid communication with at least one opening positioned near or at a distal end of a catheter (102; 1000); a pump (2918; 3106; 6606) in fluid communication with the drainage tube (1001; 1012) and configured to apply a negative pressure to the drainage tube (1001; 1012); a valve configured for unidirectional flow and in fluid communication with the drainage tube (1001; 1012); and a controller in communication with the pump (2918; 3106; 6606), wherein the controller is configured to actuate the pump (2918; 3106; 6606) to apply the negative pressure for clearing an airlock from the drainage tube (1001; 1012), wherein the controller is configured to monitor a urine output from the patient over a first period of time above a urine output threshold of 0.5 mL/kg/hour and over a second period of time below the urine output threshold, and wherein the controller is further configured to determine a risk of acute kidney injury if a trend of several hours of decreasing urine output is preceeding 3 hours of urine output below the urine output threshold of 0.5mL/kg/hour.
A handset, comprising a housing, a card tray, the card tray is configured to be inserted to or detached from the handset, wherein a pinhole is disposed on the housing, the card tray is detached from the handset after an ejector pin passes through the pinhole and a sealing kit and a force is applied on the ejector pin; the sealing kit is inside the handset; an opening is disposed on the sealing kit; when the ejector pin passes through the sealing kit after passing through the pinhole, the opening on the sealing kit is opened; and when the ejector pin is unplugged from the sealing kit, the opening on the sealing kit is closed for water proofing.
Lavatory arrangement comprising a vacuum flushing system, wherein the lavatory arrangement comprises a fresh water tank and a folding toilet bowl, characterized in that the lavatory arrangement comprises a funnel arrangement for filling the fresh water tank of the lavatory arrangement with fresh water from the inside of a vehicle, preferably an aircraft, in a case where the lavatory arrangement is installed in such a vehicle. wherein the lavatory arrangement comprises a fresh water tank and a folding toilet bowl, characterized in that the lavatory arrangement comprises a funnel arrangement for filling the fresh water tank of the lavatory arrangement with fresh water from the inside of a vehicle, preferably an aircraft, in a case where the lavatory arrangement is installed in such a vehicle.
Conveyor device with an elastic load-bearing means guided between two drive and return rollers (2, 4) which are spaced apart parallel to and opposite one another, wherein said load-bearing means circulates endlessly in an upper carrying run and a lower carrying run, is flexible in all directions and is configured to receive articles to be conveyed and which can be driven in a conveying direction by means of drive trains (8a, b) disposed on longitudinal edges (6a, b) of said load-bearing means, wherein a support means for the upper carrying run is located between the upper carrying run and the lower carrying run, wherein the drive trains (8a, b) are stretched to a greater extent than a region of the load-bearing means located between them, wherein the load-bearing means has a greater deflection radius on at least one of the drive and return rollers (2, 4) in the region of the drive trains (8a, b) than in a region located between them, and wherein the support means is curved two-dimensionally with a bend in the conveying direction and crosswise to this and has a deepest region over a certain area or at a point between the drive and return rollers (2, 4) and between the longitudinal edges (6a, b) of the load-bearing means.
A corner insert assembly, comprising: a corner insert configured to be installed in an inserted position within a gap, the corner insert comprising: a body portion having an outer surface to cover the gap; a shank extending from the body portion; and a retention clip to retain the corner insert in the inserted position, the retention clip having a cutout formed therein, the cutout being at least partially delimited by at least one edge, wherein the corner insert includes at least one locking device, and the locking device includes a pressing surface configured to engage the at least one edge of the retention clip to limit movement of the corner insert relative to the retention clip, characterized in that the corner insert further includes a securing member to cooperate with the cutout of the retention clip to couple the corner insert with the retention clip. a corner insert configured to be installed in an inserted position within a gap, the corner insert comprising: a body portion having an outer surface to cover the gap; a shank extending from the body portion; and a retention clip to retain the corner insert in the inserted position, the retention clip having a cutout formed therein, the cutout being at least partially delimited by at least one edge, a body portion having an outer surface to cover the gap; a shank extending from the body portion; and a retention clip to retain the corner insert in the inserted position, the retention clip having a cutout formed therein, the cutout being at least partially delimited by at least one edge, wherein the corner insert includes at least one locking device, and the locking device includes a pressing surface configured to engage the at least one edge of the retention clip to limit movement of the corner insert relative to the retention clip,
A method for classifying microwave link data of a microwave system comprising a point-to-point wireless microwave link (210, 210a, 210b), the method being performed by a controller entity, the method comprising: obtaining microwave link data in terms of a set of performance affecting values for the point-to-point wireless microwave link (210, 210a, 210b), wherein each performance affecting value in the set pertains to a respective performance affecting property of the point-to-point wireless microwave link (210, 210a, 210b); and classifying the microwave link data to operating conditions in a set of operating conditions, where each operating condition is associated with its own subset of the performance affecting properties, by estimating for each operating condition a probability value using the performance affecting values of the subset of the performance affecting properties associated with that operating condition. obtaining microwave link data in terms of a set of performance affecting values for the point-to-point wireless microwave link (210, 210a, 210b), wherein each performance affecting value in the set pertains to a respective performance affecting property of the point-to-point wireless microwave link (210, 210a, 210b); and classifying the microwave link data to operating conditions in a set of operating conditions, where each operating condition is associated with its own subset of the performance affecting properties, by estimating for each operating condition a probability value using the performance affecting values of the subset of the performance affecting properties associated with that operating condition.
A malleable filler material for dental use, said material consisting of: - a collagen gel cross-linked with polyphenols in a ceramic support matrix, and - a pectin aqueous or saline solution at about pH 5 with an acetic buffer. - a collagen gel cross-linked with polyphenols in a ceramic support matrix, and - a pectin aqueous or saline solution at about pH 5 with an acetic buffer.
Assembly of motor vehicle body parts and a static temporary storage device for said motor vehicle body parts, the assembly comprising: • a stationary frame; • at least two stationary parallel rails (101, 103; 201, 203; 301, 303) that are mounted horizontally or in a slightly angled manner sloping on the frame, each rail being capable of supporting a bearing (125, 127; 225, 227) fitted onto the rail so as to be longitudinally movable on the rail; • at least one carriage (7; 117, 217) having bearing (125, 127; 225, 227) fitted onto the rail, the carriage being dimensioned so as to rest on both rails by means of said support; and • means (129; 229) for suspending a bodywork part from the carriage; each carriage (7; 117; 217) extending longitudinally relative to the rails over a length that is shorter than the longitudinal extent of a bodywork part, in a suspended position thereof, the assembly being characterized in that the suspension means (129; 229) are shaped in such a manner that the extent of two body parts beside each other is less than twice the extent of a single body part. • a stationary frame; • at least two stationary parallel rails (101, 103; 201, 203; 301, 303) that are mounted horizontally or in a slightly angled manner sloping on the frame, each rail being capable of supporting a bearing (125, 127; 225, 227) fitted onto the rail so as to be longitudinally movable on the rail; • at least one carriage (7; 117, 217) having bearing (125, 127; 225, 227) fitted onto the rail, the carriage being dimensioned so as to rest on both rails by means of said support; and • means (129; 229) for suspending a bodywork part from the carriage;
Foldable superstructure for vehicles, which comprises a floor, fitted on both sides with downwardly foldable auxiliary floors (2, 2'), having drop sideboards (3, 3') movably fitted thereon, which are movably connected with main sideboards (4, 4'), wherein their height is longer by the height of the storage space of the superstructure in its unfolded configuration, as the width of the auxiliary floors (2, 2') together with the height of the drop sideboards, the main sideboards (4, 4') are movably connected with a roof with their other side, wherein a front panel is foldable to the inside and connected with a front lower panelling and the front panel is foldable to the inside and connected with a front upper panelling, a rear panel is foldable to the inside and connected with a rear lower panelling, and the rear panel is foldable to the inside and connected with a rear upper panelling, front triangular panels (16, 16') and rear triangular panels (15, 15') for closing the folded superstructure are removable or mounted, foldably inward the superstructure, to the auxiliary floors (2, 2') and equipped with fast clamping pawls positioned on their sides.
Apparatus, comprising: a probe, configured for insertion into a body cavity of a patient and comprising a position sensor for measuring a position of a distal end of the probe inside the body cavity and a force sensor for measuring a force between the distal end and a wall of the body cavity; and a processor, which is configured to construct a simulated surface of the body cavity, to accept from the probe, while pressing the distal end against the wall, position measurements indicating a position of the probe within the body cavity and force measurements indicating a force between the distal end and the wall, to create a distortion in the simulated surface at the position indicated by the position measurements, so as to form a distorted surface, upon detecting that the force measurements exceed a predefined amount; and to display the distorted surface, characterised in that said distortion is created by incorporating a three dimensional effect on the simulated surface, wherein the three dimensional effect comprises a vertex protruding from the simulated surface, or a vertex recessing into the simulated surface. a probe, configured for insertion into a body cavity of a patient and comprising a position sensor for measuring a position of a distal end of the probe inside the body cavity and a force sensor for measuring a force between the distal end and a wall of the body cavity; and a processor, which is configured to construct a simulated surface of the body cavity, to accept from the probe, while pressing the distal end against the wall, position measurements indicating a position of the probe within the body cavity and force measurements indicating a force between the distal end and the wall, to create a distortion in the simulated surface at the position indicated by the position measurements, so as to form a distorted surface, upon detecting that the force measurements exceed a predefined amount; and to display the distorted surface, characterised in that said distortion is created by incorporating a three dimensional effect on the simulated surface, wherein the three dimensional effect comprises a vertex protruding from the simulated surface, or a vertex recessing into the simulated surface. to construct a simulated surface of the body cavity, to accept from the probe, while pressing the distal end against the wall, position measurements indicating a position of the probe within the body cavity and force measurements indicating a force between the distal end and the wall, to create a distortion in the simulated surface at the position indicated by the position measurements, so as to form a distorted surface, upon detecting that the force measurements exceed a predefined amount; and to display the distorted surface, characterised in that said distortion is created by incorporating a three dimensional effect on the simulated surface, wherein the three dimensional effect comprises a vertex protruding from the simulated surface, or a vertex recessing into the simulated surface.