mhurhangee/ep-ind-claims huggingface dataset:
An axel mount (110, 200, 400, 500) for a leaf spring (534, 600), the axel mount (400, 500) comprising: a housing (102, 402, 502) with a shelf; an aperture (104, 404, 504) running lengthwise through the housing (104, 402, 502); wherein the axel mount (110, 200, 400, 500) further comprises: a support (106, 406, 506) running lengthwise on the shelf of the housing (102, 402, 502), wherein the support (106, 406, 506) creates an inactive zone at least as long as the approximate length of the support (106, 406, 506); and a windup preventer (430, 530) coupled to the support (406, 506), wherein the windup preventer (430, 530) elongates the inactive zone to be longer than the support (106, 406, 506) and is an extension of the support (406, 506) and includes: - a tongue extending at an upward angle from the housing; and characterized in that the windup preventer (430,530) includes - a fulcrum coupled to the housing and applied to the tongue). a housing (102, 402, 502) with a shelf; an aperture (104, 404, 504) running lengthwise through the housing (104, 402, 502); wherein the axel mount (110, 200, 400, 500) further comprises: a support (106, 406, 506) running lengthwise on the shelf of the housing (102, 402, 502), wherein the support (106, 406, 506) creates an inactive zone at least as long as the approximate length of the support (106, 406, 506); and a windup preventer (430, 530) coupled to the support (406, 506), wherein the windup preventer (430, 530) elongates the inactive zone to be longer than the support (106, 406, 506) and is an extension of the support (406, 506) and includes: - a tongue extending at an upward angle from the housing; and characterized in that the windup preventer (430,530) includes - a fulcrum coupled to the housing and applied to the tongue). - a tongue extending at an upward angle from the housing; and characterized in that the windup preventer (430,530) includes - a fulcrum coupled to the housing and applied to the tongue).
Pump power unit (10,110) comprising a liquid-ring pump (11,111) and a connection unit (12,112), wherein the liquid-ring pump (11,111) has a pump casing (14,114), which surrounds a first working space (15,115), which communicates with an intake port (19,119) for a fluid to be pumped via a first control disk (18,118) and in which a first impeller (17,117) connected non-rotatably to a drive shaft (16,116) is eccentrically arranged, characterised in that the liquid-ring pump (11,111) is releasably connected to the connection unit (12,112) and that the connection unit has a suction inlet (20,120), which communicates with the intake port (19,119) of the liquid-ring pump (11,111), wherein the connection unit (12,112) is designed as a connection housing (13,113) and the liquid-ring pump (11,111) is releasably mounted as a plug-in unit in the connection housing (13,113).
Compounds of the following formulae: in which X denotes CF 3, -C≡C-CF 3 or -CH=CH-CF 3, and R denotes a halogenated or unsubstituted alkyl radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may in each case be replaced, independently of one another, by -C≡C- or -CH=CH-. X denotes CF 3, -C≡C-CF 3 or -CH=CH-CF 3, and R denotes a halogenated or unsubstituted alkyl radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may in each case be replaced, independently of one another, by -C≡C- or -CH=CH-.
A learning apparatus comprising: a learning data acquiring unit for acquiring learning data including measurement data obtained by measuring a facility and a state of the facility; a learning pre-processing unit for performing a pre-processing for reducing a drift of the measurement data in the learning data and outputting pre-processed learning data; a learning processing unit for performing a processing for learning a model for determining the state of the facility from the pre-processed measurement data, by using the pre-processed learning data; and a designation input unit for inputting a designation of a type of pre-processing that the learning pre-processing unit should perform, wherein the learning pre-processing unit is configured to perform a pre-processing corresponding to the inputted designation, characterized in that the learning pre-processing unit is configured to perform, according to the designation, at least one of a pre-processing for reducing a gravity center movement of the measurement data in the learning data or a pre-processing for calculating the difference of the measurement data in the learning data with in a sliding window, the difference indicating at least one of a difference between a maximum value and a minimal value of the measurement data within the sliding window, a difference between a first value and a last value of the measurement data within the sliding window, and a largest value among differences of adjacent measurement values within the sliding window. a learning data acquiring unit for acquiring learning data including measurement data obtained by measuring a facility and a state of the facility; a learning pre-processing unit for performing a pre-processing for reducing a drift of the measurement data in the learning data and outputting pre-processed learning data; a learning processing unit for performing a processing for learning a model for determining the state of the facility from the pre-processed measurement data, by using the pre-processed learning data; and a designation input unit for inputting a designation of a type of pre-processing that the learning pre-processing unit should perform, wherein the learning pre-processing unit is configured to perform a pre-processing corresponding to the inputted designation, characterized in that the learning pre-processing unit is configured to perform, according to the designation, at least one of a pre-processing for reducing a gravity center movement of the measurement data in the learning data or a pre-processing for calculating the difference of the measurement data in the learning data with in a sliding window, the difference indicating at least one of a difference between a maximum value and a minimal value of the measurement data within the sliding window, a difference between a first value and a last value of the measurement data within the sliding window, and a largest value among differences of adjacent measurement values within the sliding window.
A method for synchronizing contact information to be synchronized between a local terminal and a server, comprising: acquiring a request for synchronizing the contact information; acquiring, in response to the request, head portrait information in the contact information and feature identification data of the head portrait information; determining whether the head portrait information is NULL in the local terminal to obtain a first determination result; retrieving a uniform resource locator in the feature identification data from the server; determining whether the uniform resource locator in the feature identification data is NULL in the server to obtain a second determination result; and determining the first determination result and the second determination result as a portrait status of the head portrait information; and performing a synchronizing operation on the head portrait information based on the portrait status of the head portrait information, the synchronizing operation comprising one of an uploading operation, a download operation, and a deleting operation. acquiring a request for synchronizing the contact information; acquiring, in response to the request, head portrait information in the contact information and feature identification data of the head portrait information; determining whether the head portrait information is NULL in the local terminal to obtain a first determination result; retrieving a uniform resource locator in the feature identification data from the server; determining whether the uniform resource locator in the feature identification data is NULL in the server to obtain a second determination result; and determining the first determination result and the second determination result as a portrait status of the head portrait information; and performing a synchronizing operation on the head portrait information based on the portrait status of the head portrait information, the synchronizing operation comprising one of an uploading operation, a download operation, and a deleting operation.
A system of calculating a payload weight, the system including: a first sensor configured to measure a first load associated with a first ram of a lifting machine; a second sensor configured to measure a second load associated with a second ram of the lifting machine; and a calculating device configured to: calculate the payload weight being carried by the lifting machine based on the first load and the second load; wherein: the calculating device is configured to receive stroke measurements from the first ram and the second ram of the lifting machine; and the calculating device is configured to calculate a centre of gravity of the payload, from relationships obtained by summing moments about a first point and a second point and from the stroke measurements received whereby the centre of gravity of the payload is subsequently used to calculate the payload weight. a first sensor configured to measure a first load associated with a first ram of a lifting machine; a second sensor configured to measure a second load associated with a second ram of the lifting machine; and a calculating device configured to: calculate the payload weight being carried by the lifting machine based on the first load and the second load; wherein: the calculating device is configured to receive stroke measurements from the first ram and the second ram of the lifting machine; and the calculating device is configured to calculate a centre of gravity of the payload, from relationships obtained by summing moments about a first point and a second point and from the stroke measurements received whereby the centre of gravity of the payload is subsequently used to calculate the payload weight. the calculating device is configured to receive stroke measurements from the first ram and the second ram of the lifting machine; and the calculating device is configured to calculate a centre of gravity of the payload, from relationships obtained by summing moments about a first point and a second point and from the stroke measurements received whereby the centre of gravity of the payload is subsequently used to calculate the payload weight.
A burner for the gasification of a solid fuel, comprising: a burner front having a fuel discharge opening for discharging a solid fuel, the burner further comprising an opening for discharging an oxygen containing gas, wherein the fuel discharge opening is fluidly connected to a central passage way; wherein the opening for discharging the oxygen containing gas is fluidly connected to an annular passage way for passage of oxygen; wherein the central passage way has a downstream part wherein the diameter of the passage way increases over a first length and subsequently decreases over a second length terminating at the burner front; wherein inside the downstream part of the central passage way a hollow member is positioned which is closed at one end, the hollow member having an increasing diameter and decreasing diameter aligned with the increasing and decreasing diameter of the central passage way to form an annular passage for the solid fuel terminating at the burner front in an inwardly directed annular opening for discharging the solid fuel; and wherein the hollow member is fluidly connected with the annular passage way for the oxygen containing gas by means of one or more connecting conduits, the hollow member comprising said opening at its frusto-conical shaped end, the opening for discharging the oxygen containing gas is at a distance upstream of the burner front. a burner front having a fuel discharge opening for discharging a solid fuel, the burner further comprising an opening for discharging an oxygen containing gas, wherein the fuel discharge opening is fluidly connected to a central passage way; wherein the opening for discharging the oxygen containing gas is fluidly connected to an annular passage way for passage of oxygen; wherein the central passage way has a downstream part wherein the diameter of the passage way increases over a first length and subsequently decreases over a second length terminating at the burner front; wherein inside the downstream part of the central passage way a hollow member is positioned which is closed at one end, the hollow member having an increasing diameter and decreasing diameter aligned with the increasing and decreasing diameter of the central passage way to form an annular passage for the solid fuel terminating at the burner front in an inwardly directed annular opening for discharging the solid fuel; and wherein the hollow member is fluidly connected with the annular passage way for the oxygen containing gas by means of one or more connecting conduits, the hollow member comprising said opening at its frusto-conical shaped end, the opening for discharging the oxygen containing gas is at a distance upstream of the burner front.
A closure device comprising: (a) a foot positionable against an internal luminal surface of a surgical perforation; (b) at least one suture (104, 872, 921) positionable within the foot for securing the foot into position against an internal luminal surface, the at least one suture (104, 872, 921) having a proximal end and a distal end; (c) at least one bolster attached to the proximal end of the at least one suture (104, 872, 921), the at least one bolster (104, 872, 921) securable on an outer luminal surface; and (d) a needle attached to the distal end of the at least one suture (104, 872, 921), the needle configured to be anchored on an underside portion of the foot such that a tensile force is applied to the suture (104, 872, 921) for generating a suture tension, the suture (104, 872, 921) securing the foot in position; characterised in that the foot comprises a central core section having at least one opening (126, 128) and configured to provide structural integrity of the foot and a flexible wing component associated with the central core section, where the central core section has higher stiffness than the flexible wing component. (a) a foot positionable against an internal luminal surface of a surgical perforation; (b) at least one suture (104, 872, 921) positionable within the foot for securing the foot into position against an internal luminal surface, the at least one suture (104, 872, 921) having a proximal end and a distal end; (c) at least one bolster attached to the proximal end of the at least one suture (104, 872, 921), the at least one bolster (104, 872, 921) securable on an outer luminal surface; and (d) a needle attached to the distal end of the at least one suture (104, 872, 921), the needle configured to be anchored on an underside portion of the foot such that a tensile force is applied to the suture (104, 872, 921) for generating a suture tension, the suture (104, 872, 921) securing the foot in position;
A formed body of resin for throwing into water, having a dispersion structure in which a hydrolysable resin is dispersed in a matrix of a water-soluble resin; wherein the hydrolysable resin is a biodegradable polyester that is polyoxalate; and wherein the water-soluble resin is polyethylene glycol and/or polyvinyl alcohol. wherein the hydrolysable resin is a biodegradable polyester that is polyoxalate; and wherein the water-soluble resin is polyethylene glycol and/or polyvinyl alcohol.
A scroll pump (100, 200) comprising: a first scroll (130, 230) with a cooling conduit (170, 270) extending therethrough; and a fan (160, 260) configured to blow cooling gas towards the first scroll (130, 230), wherein the cooling conduit (170, 270) is configured to receive cooling gas blown by the fan (160, 260) and convey the received cooling gas through the first scroll (130, 230), characterised in that the cooling conduit (170, 270) is defined by a surface of an insert (600A, 600B, 600C, 600D) disposed within the first scroll (130, 230), and wherein the surface comprises one or more surface features selected from the following group of surface features: one or more ridges, one or more grooves, one or more lattice structures, one or more fins, one or more folds. a first scroll (130, 230) with a cooling conduit (170, 270) extending therethrough; and a fan (160, 260) configured to blow cooling gas towards the first scroll (130, 230), wherein the cooling conduit (170, 270) is configured to receive cooling gas blown by the fan (160, 260) and convey the received cooling gas through the first scroll (130, 230), characterised in that the cooling conduit (170, 270) is defined by a surface of an insert (600A, 600B, 600C, 600D) disposed within the first scroll (130, 230), and wherein the surface comprises one or more surface features selected from the following group of surface features: one or more ridges, one or more grooves, one or more lattice structures, one or more fins, one or more folds.
A door handle for a vehicle, in particular a door outer handle for a movable part of the vehicle, comprising: - a cavity, which is at least partially formed by a housing of the door handle, and - an electronic unit, which is received in the cavity, wherein the electronic unit comprises a support unit, - an electrical plug unit, which comprises at least one electrically conducting plug element, wherein the at least one plug element is attached to the support unit in firmly bonded manner, characterized in that the electrical plug unit is configured for attaching a bearing coupling, which is configured with an electrical line, to the electrical plug unit, whereby the door handle is attached to the vehicle, in particular to a mounting support of the vehicle, in mechanical, in particular detachable, preferably form- and/or force-fit manner, and the electronic unit is electrically connected to the electrical line of the bearing coupling at the same time. - a cavity, which is at least partially formed by a housing of the door handle, and - an electronic unit, which is received in the cavity, - an electrical plug unit, which comprises at least one electrically conducting plug element, the electrical plug unit is configured for attaching a bearing coupling, which is configured with an electrical line, to the electrical plug unit, whereby the door handle is attached to the vehicle, in particular to a mounting support of the vehicle, in mechanical, in particular detachable, preferably form- and/or force-fit manner, and the electronic unit is electrically connected to the electrical line of the bearing coupling at the same time.
A process for preparing a taste masked particulate pharmaceutical formulation from core particles that comprise an active pharmaceutical ingredient and at least a partial coating of nanoparticle material having a median particle size not greater than 100 nm, as determined by visual inspection of an image of the nanoparticle material generated with a field emission scanning electron microscope, said process characterized by comprising steps of: 1. coating the at least partially coated core particles in a fluidized bed with a first polymer layer from a first solution of the first polymer; and 2. coating the first polymer layer with a water insoluble second polymer layer in a fluidized bed from a second solution of the second polymer; and wherein the first polymer layer is at least partially water soluble. 1. coating the at least partially coated core particles in a fluidized bed with a first polymer layer from a first solution of the first polymer; and 2. coating the first polymer layer with a water insoluble second polymer layer in a fluidized bed from a second solution of the second polymer; and wherein the first polymer layer is at least partially water soluble.
Locking mechanism for a vehicle seat, in particular for a motor vehicle seat, comprising a lock housing, comprising a latch for locking to a counter element, which is pivotably mounted about a first bearing pin, at least one securing element (25, 31) which is pivotably mounted about a second bearing pin arranged parallel to the first bearing pin and which secures the latch in the locked state in the lock housing, and a movable unlocking handle which is mounted, manually pivotably about an unlocking axis parallel to the bearing pins (13, 23), in a separate unlocking housing which is substantially configured as a vertical duct, within which the unlocking handle is arranged and is accessible from above, characterized in that the unlocking handle is directly articulated to one of the securing elements (25, 31) present, by means of a single point of articulation.
Method for operating a driver information system in an ego vehicle, in which weather data for a road section which is located in front of the ego vehicle in the direction of travel are detected; a driver information display is generated and output; the driver information display having a graphical lane object that represents the road section located in front of the ego vehicle; the graphical lane object comprising a display parameter formed on the basis of the weather data, characterized in that a road course of the road section and a radius of curvature of a curve of the road course are determined; movement data of the ego vehicle including the current speed or a predicted speed when driving into the curve are detected; a criticality is determined on the basis of the detected movement data and the determined radius of curvature; and the graphical lane object comprises a highlighting feature formed on the basis of the determined criticality. weather data for a road section which is located in front of the ego vehicle in the direction of travel are detected; a driver information display is generated and output; the driver information display having a graphical lane object that represents the road section located in front of the ego vehicle; the graphical lane object comprising a display parameter formed on the basis of the weather data, characterized in that a road course of the road section and a radius of curvature of a curve of the road course are determined; movement data of the ego vehicle including the current speed or a predicted speed when driving into the curve are detected; a criticality is determined on the basis of the detected movement data and the determined radius of curvature; and the graphical lane object comprises a highlighting feature formed on the basis of the determined criticality.