mhurhangee/ep-ind-claims huggingface dataset:
Motor vehicle comprising a motor vehicle seat fixed on a floor assembly having, - a seat frame which has a seating area, and - a longitudinal adjustment device which has a rail guide with at least one pair of rails comprising a bottom rail attached to the floor assembly, a seat rail and guiding means arranged between these two rails, whereby the rails of the pair of rails are movable relative to each other along a displacement path in a longitudinal direction that is substantially parallel to an x-axis, and the seat rail comprises means for fastening the seat frame to be arranged above the pair of rails, whereby the bottom rail and the seat rail are curved respectively with the same radius of circular curvature and the center of curvature is located on the side of the pair of rails which shows in the direction opposite to the seat frame, characterized in that the radius of curvature is between 1.500 and 3.000 mm, in particular between 1.800 and 2.500 mm, and that a tangent to the frontmost area of the bottom rail extends substantially parallel to the x-y plane and deviates from this plane preferably only ± 5°, in particular only ± 3°. - a seat frame which has a seating area, and - a longitudinal adjustment device which has a rail guide with at least one pair of rails comprising a bottom rail attached to the floor assembly, a seat rail and guiding means arranged between these two rails, whereby the rails of the pair of rails are movable relative to each other along a displacement path in a longitudinal direction that is substantially parallel to an x-axis, and the seat rail comprises means for fastening the seat frame to be arranged above the pair of rails, whereby the bottom rail and the seat rail are curved respectively with the same radius of circular curvature and the center of curvature is located on the side of the pair of rails which shows in the direction opposite to the seat frame,
Press for separating fat containing mass, e.g. cocoa mass, into liquid fat and cake, comprising a frame, a plurality of pressing elements disposed in the frame, and a hydraulic cylinder and plunger (3, 3A) for exerting pressure on the pressing elements, the pressing elements comprising a pot having a cavity for receiving mass to be pressed, a squeezer located at least partially in the cavity, and filters disposed in front of the squeezer and on the side of the cavity opposite the squeezer, wherein, in the filling position of the press, the distance between the filters is in a range from 20 to 80 mm and characterised in that the ratio (Dc/Dp) of the diameter (Dc) of the hydraulic cylinder and the diameter (Dp) of the cavities is smaller than 1,15.
A gas turbine engine comprising a variable position airfoil member that includes a hub end having a leading edge and a trailing edge, the variable position airfoil member disposed within a flow path annulus adjacent a radially inner flow path boundary having a concave divot that includes a downstream end in which a radial rate of growth of the downstream end is increasing, wherein the hub end is disposed adjacent an inner wall of the flow path annulus, wherein the inner wall comprises the radially inner flow path boundary, the variable position airfoil member pivotable around an adjustment axis and capable of being moved between a first position and a second position where the first position provides a flow area greater than a flow area in the second position, the hub end offset from the concave divot to permit pivoting movement of the variable position airfoil member without interference from a flow path surface between the first position and the second position, wherein the offset between the flow path surface of the concave divot and the hub end of the variable position airfoil member is constant as the variable position airfoil member moves between the first position and the second position.
A coated silk film comprising (i) an active agent release sheet which comprises one or more first silk film layers comprising at least one active agent, wherein the active agent release sheet comprises a top surface and a base surface, which are opposed to each other, and at least one side surface connecting the top and the base surfaces, and (ii) one or more release modifying layers completely covering the active agent release sheet, wherein the coated silk film is a self-supporting silk film without carrier element. (i) an active agent release sheet which comprises one or more first silk film layers comprising at least one active agent, wherein the active agent release sheet comprises a top surface and a base surface, which are opposed to each other, and at least one side surface connecting the top and the base surfaces, and (ii) one or more release modifying layers completely covering the active agent release sheet,
An aerodynamic friction energy system, comprising: a heat energy device configured to be operatively connected to an aircraft structure and to convert heat energy due to aerodynamic friction on the aircraft structure into another form or to store heat energy due to friction on the aircraft structure, wherein the system is configured for use in ice prevention and/or deicing; characterised in that: the heat energy device includes a heat energy storage medium configured to store the heat energy as heat for later use; the heat energy storage medium includes a phase change material configured to receive heat due to friction and to change phase from a solid to a liquid as a result to store heat for later use in ice prevention and/or deicing; the heat energy storage medium includes at least one fluid circulating through the heat energy device including at least one of aircraft fuel, aircraft hydraulic fluid, aircraft coolant, aircraft refrigerant, aircraft oil, or a dedicated energy storage fluid; and in that the heat energy device includes a thermoelectric generator configured to convert heat due to friction into electrical energy, further comprising an electrical storage device operatively connected to the thermoelectric generator to receive electrical energy therefrom, further comprising an electrical deicing system attached to a structure of an aircraft for receiving energy from the electrical storage device. a heat energy device configured to be operatively connected to an aircraft structure and to convert heat energy due to aerodynamic friction on the aircraft structure into another form or to store heat energy due to friction on the aircraft structure, wherein the system is configured for use in ice prevention and/or deicing; the heat energy device includes a heat energy storage medium configured to store the heat energy as heat for later use; the heat energy storage medium includes a phase change material configured to receive heat due to friction and to change phase from a solid to a liquid as a result to store heat for later use in ice prevention and/or deicing; the heat energy storage medium includes at least one fluid circulating through the heat energy device including at least one of aircraft fuel, aircraft hydraulic fluid, aircraft coolant, aircraft refrigerant, aircraft oil, or a dedicated energy storage fluid; and in that the heat energy device includes a thermoelectric generator configured to convert heat due to friction into electrical energy, further comprising an electrical storage device operatively connected to the thermoelectric generator to receive electrical energy therefrom, further comprising an electrical deicing system attached to a structure of an aircraft for receiving energy from the electrical storage device.
Method of recording information concerning a device operating fault, in which information comprising a minimum value and a maximum value of a parameter characteristic of the operation of the device, said characteristic parameter being a piece of context data for the operation of the device, and a number of occurences of said fault are stored in the memory of a computer, characterized in that a phase of updating the stored recordings is carried out, this being performed on an occurrence of the fault and comprising: - step E11 consisting in: • replacing in the memory the minimum value of the parameter with the current value of the parameter if the current value of the parameter is less than the minimum value, or • replacing in the memory the maximum value of said parameter with the current value of the parameter if the current value is greater than the previously recorded maximum value; and - step E13 consisting in incrementing a number of occurrences of the fault. - step E11 consisting in: • replacing in the memory the minimum value of the parameter with the current value of the parameter if the current value of the parameter is less than the minimum value, or • replacing in the memory the maximum value of said parameter with the current value of the parameter if the current value is greater than the previously recorded maximum value; and • replacing in the memory the minimum value of the parameter with the current value of the parameter if the current value of the parameter is less than the minimum value, or • replacing in the memory the maximum value of said parameter with the current value of the parameter if the current value is greater than the previously recorded maximum value; and - step E13 consisting in incrementing a number of occurrences of the fault.
Use of epoxidized esters of carboxylic acids with cyclic acetals or ketals containing a -OH group as plasticizer, wherein the carboxylic acids are selected from the group consisting of fatty acids having a hydrocarbon chain comprised between C 12 and C 22, and wherein the double bonds of the hydrocarbon chain of the carboxylic acids are epoxidized.
A mixing tip for generating generally uniform density of a particulate and a fluid from an applicator for use in a medical procedure, the mixing tip comprising; a housing having a proximal end portion and a distal end portion; an inlet positioned at the proximal end portion of the housing, the inlet configured for attaching to the applicator and receiving a stratified particulate and fluid; an outlet positioned at the distal end portion of the housing; a mixing channel extending through the housing from the inlet to the outlet; and a first fin projecting inward from the housing into the mixing channel and having a triangular profile extending along at least a portion of the mixing channel, the triangular profile including a leading face and a trailing face projecting into the mixing channel toward a fin edge, wherein the leading face is generally convex and the trailing face is generally concave, and the first fin configured in a generally spiral shape about the mixing channel and positioned between the inlet and the outlet for mixing and generating turbulence in the particulate and the fluid and distributing the particulate generally uniformly within the fluid for discharge from the outlet.
Method for operating a driver assistance device of a motor vehicle, comprising the steps of: - detection of an area surrounding the motor vehicle by a sensor device of the motor vehicle, which sensor device is associated with the driver assistance device; - detection of at least one action by a driver of the motor vehicle, which action is related to a driving movement of the motor vehicle, by a further sensor device of the motor vehicle, which further sensor device is associated with the driver assistance device; - learning of a correlation between the detected surrounding area and the detected action by the driver assistance device by means of repeated detection of the surrounding area and the action; - evaluation of a degree of reliability of the learnt correlation by means of a quality measure by the driver assistance device; - implementation of at least one automated function, which is related to a driving movement of the motor vehicle, by the driver assistance device depending on the current area surrounding the motor vehicle and/or a value of the quality measure, characterized by detecting a parking action by the driver. - detection of an area surrounding the motor vehicle by a sensor device of the motor vehicle, which sensor device is associated with the driver assistance device; - detection of at least one action by a driver of the motor vehicle, which action is related to a driving movement of the motor vehicle, by a further sensor device of the motor vehicle, which further sensor device is associated with the driver assistance device; - learning of a correlation between the detected surrounding area and the detected action by the driver assistance device by means of repeated detection of the surrounding area and the action; - evaluation of a degree of reliability of the learnt correlation by means of a quality measure by the driver assistance device; - implementation of at least one automated function, which is related to a driving movement of the motor vehicle, by the driver assistance device depending on the current area surrounding the motor vehicle and/or a value of the quality measure, characterized by detecting a parking action by the driver.
A line guiding device for receiving and guiding energy lines or supply lines in a circular movement between two connecting points which are moveable relative to each other, wherein the line guiding device has a flexible body in the shape of a circular arc and a guide space for the energy lines, wherein the basic shape of the body is a flat ribbon in the shape of a circular ring and having one or more layers which are helically wound around a centre line (m) in a readiness position, the ribbon has peripheral narrow sides (10, 11) and oppositely disposed larger sides connecting same, a first side and a second side, the first side at least over a radial portion is in the form of an at least substantially continuous sliding surface and is arranged at the second side of the guide space and the body in the shape of a circular arc in a position of use has a first run wound in a direction of rotation (d), a second run wound in opposite relationship to the first run, and a direction-changing arc connecting the two runs (7, 8), characterised in that the ribbon in the readiness position is curved to form a continuous coil in which the layers bear against each other by way of their larger sides (12, 13) and the body in the shape of a circular arc in the position of use is biased by way of the connecting points along the centre line (m) like a tension spring.
System for checking and controlling access for a user to a refuse container, comprising a refuse container having an electronic control unit, which comprises a first communication interface for sending and receiving data and a server that is arranged at a distance from the refuse container and comprises a second communication interface, an authentication manager and a database, it being possible to initiate a transfer of identification data between the first communication interface and a third communication interface of a communication apparatus, which apparatus can be assigned to a user, in order to identify a user before using the refuse container, and it being possible to initiate a transfer of identification data between the third communication interface and the second communication interface, wherein the first communication interface does not comprise any devices for directly transferring data to the second communication interface, the communication apparatus that can be assigned to the user comprising an interface device, via which indirect data transfer can be initiated between the first communication interface and the second communication interface, the authentication manager assigning user data from the database to the identification data and giving or denying said user access to said refuse container on the basis of this assignment, characterised in that the communication takes place via a first communication channel and a second communication channel, which is different therefrom, in a time-displaced manner, wherein an offline state is detectable by the communication apparatus, in which offline state a communication between the third communication interface and the second communication interface is not possible, wherein access to the refuse container can be granted or denied by the communication apparatus by itself in the offline state on the basis of the last result of the authentication by the server.
An x-ray marker for an endoprosthesis, wherein the x-ray marker comprises a hollow cylinder made of a first radiopaque metal and a marker element, which is fixedly connected to the hollow cylinder and which is arranged inside the hollow cylinder and consists of a second radiopaque metal or an alloy thereof, characterized in that an electrically non-conductive material is located between the marker element and the hollow cylinder.
An abrasive article comprising: a carrier element (102, 202, 302, 402); an abrasive component (104, 204, 304, 404), the abrasive component includes abrasive particles bound in a metal matrix, the metal matrix including a network of interconnected pores substantially filled with bonding metal; and a bonding region (106, 206, 306, 406) between the abrasive component and the carrier element, wherein the bonding region (106, 206, 306, 406) is an identifiable layer having a distinct phase from the carrier element (102, 202, 302, 402) and the abrasive component (104, 204, 304, 404), the bonding region (106, 206, 306, 406) comprising the bonding metal, the bonding region being a separate phase from the carrier element (102, 202, 302, 402).
Spring winding machine for manufacturing helical springs by spring winding, comprising: a feed device for feeding wire to a shaping device, wherein the shaping device has at least one winding tool (122, 124) and at least one pitch die, a cutting device for separating a finished helical spring from the fed wire after termination of a shaping operation, wherein the cutting device has a cutting tool which, by means of a cutting tool drive system, can be moved along a predefinable closed trajectory; a control device for controlling the feed device, the shaping device and the cutting device on the basis of an NC control program, characterized by a programmable trajectory-setting system for setting the shape and/or position of the trajectory to be passed through by the cutting tool, wherein a linear trajectory, an elliptical or egg-shaped trajectory, which is mirror-symmetrical with respect to a plane of symmetry and has a predefinable ratio of height to width, or an asymmetrical trajectory with a non-mirror-symmetrical profile which deviates from an elliptical shape or egg shape can optionally be set. a feed device for feeding wire to a shaping device, wherein the shaping device has at least one winding tool (122, 124) and at least one pitch die, a cutting device for separating a finished helical spring from the fed wire after termination of a shaping operation, wherein the cutting device has a cutting tool which, by means of a cutting tool drive system, can be moved along a predefinable closed trajectory; a control device for controlling the feed device, the shaping device and the cutting device on the basis of an NC control program, characterized by a programmable trajectory-setting system for setting the shape and/or position of the trajectory to be passed through by the cutting tool, wherein a linear trajectory, an elliptical or egg-shaped trajectory, which is mirror-symmetrical with respect to a plane of symmetry and has a predefinable ratio of height to width, or an asymmetrical trajectory with a non-mirror-symmetrical profile which deviates from an elliptical shape or egg shape can optionally be set.
An apparatus for generating a high-rate video for displaying to a user on a display device, the apparatus comprising: a camera for capturing a video at a first frame rate; a motion sensor for capturing movement of a display device; a motion tracker for estimating motion of the camera based on images of the video captured at the first frame rate and the motion reported by the motion sensor; an image generator for generating the high-rate video at a second frame rate by up-sampling the video captured at the first frame rate, wherein images of the high-rate video are output emulating a video captured at the second frame rate; and a display for displaying the high-rate video to the user, characterized in that the up-sampling comprises: interpolating images of the video captured at the first frame rate using geometrical warping thereby causing content of the high-rate video to be displayed counteracting the movement of the display device. a camera for capturing a video at a first frame rate; a motion sensor for capturing movement of a display device; a motion tracker for estimating motion of the camera based on images of the video captured at the first frame rate and the motion reported by the motion sensor; an image generator for generating the high-rate video at a second frame rate by up-sampling the video captured at the first frame rate, wherein images of the high-rate video are output emulating a video captured at the second frame rate; and a display for displaying the high-rate video to the user, characterized in that the up-sampling comprises: interpolating images of the video captured at the first frame rate using geometrical warping thereby causing content of the high-rate video to be displayed counteracting the movement of the display device.
A magnetic actuator comprising a substrate, a support layer directly or indirectly deposited on a surface of the substrate, a membrane layer supported by the support layer, said membrane layer consisting of a matrix of elastic polymer material in which nanoparticles of magnetic material, capable of undergoing a dynamic effect under the action of a magnetic field, are dispersed, and generator means for producing a magnetic field acting on the membrane layer, said generator means comprising at least one magnetic field generator directly or indirectly arranged on said surface of the substrate, wherein said support layer has at least one cavity inside which said generator is arranged, said membrane layer having a membrane portion hanging over said cavity.
A continuous flow process for making a compound of Formula: wherein: P 1 is a hydroxyl protecting group; and P 2 is a carboxyl protecting group; the process comprising: (a) providing a first continuous flow of a compound of Formula and dichloromethane: (b) providing a second continuous flow of a base selected from lithium diisopropylamide and 2,2,6,6-tetramethylpiperidinylmagnesium chloride:lithium chloride; (c) mixing the first continuous flow and the second continuous flow in a mixing chamber to yield a third continuous flow comprising a first reactive intermediate; (d) collecting the first reactive intermediate into a collection vessel at the output of the third continuous flow; (e) treating the first reactive intermediate with a Lewis acid; and (f) warming the collection vessel to provide the compound of Formula; wherein: the first continuous flow further comprises a coordinating ethereal solvent; the second continuous flow further comprises a coordinating ethereal solvent; and the coordinating ethereal solvent is 2-methyltetrahydrofuran. P 1 is a hydroxyl protecting group; and P 2 is a carboxyl protecting group; (a) providing a first continuous flow of a compound of Formula and dichloromethane: (b) providing a second continuous flow of a base selected from lithium diisopropylamide and 2,2,6,6-tetramethylpiperidinylmagnesium chloride:lithium chloride; (c) mixing the first continuous flow and the second continuous flow in a mixing chamber to yield a third continuous flow comprising a first reactive intermediate; (d) collecting the first reactive intermediate into a collection vessel at the output of the third continuous flow; (e) treating the first reactive intermediate with a Lewis acid; and (f) warming the collection vessel to provide the compound of Formula; the first continuous flow further comprises a coordinating ethereal solvent; the second continuous flow further comprises a coordinating ethereal solvent; and the coordinating ethereal solvent is 2-methyltetrahydrofuran.