mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a simultaneously biaxially stretched film for film capacitors comprising at least one syndiotactic polystyrene-type homopolymer, comprising the steps of: - melting the polymer, - extruding the polymer from a slot die to produce a melt, - cooling the resulting melt on a chill roll to produce a cast film, the temperature of the chill roll being set to a temperature in the range of from 70 to 130°C, - tension separation of the cast film between the chill roll and the stretching furnace, - simultaneous stretching of the film in the longitudinal direction and in the transverse direction in the stretching oven, characterised in that in mixtures of syndiotactic polystyrene-type homopolymers with other polymers which are not syndiotactic polystyrene-type homopolymers, the amount of the other polymers is limited to a range of from 0.1 to 10 wt.%. - melting the polymer, - extruding the polymer from a slot die to produce a melt, - cooling the resulting melt on a chill roll to produce a cast film, the temperature of the chill roll being set to a temperature in the range of from 70 to 130°C, - tension separation of the cast film between the chill roll and the stretching furnace, - simultaneous stretching of the film in the longitudinal direction and in the transverse direction in the stretching oven,
Shed-forming device for a weaving machine comprising at least one elastically deformable selection element; - with a free end, and a positioning means in order to bring the selection element into a deformed position, in which the positioning means and the selection element are movable with respect to one another along the longitudinal direction of the selection element, and in which the positioning means comprises at least one guide flank,(14,15),,, which is designed in such a way that the free end of the selection element comes into contact with the guide flank during said movement and follows this flank during the further movement, so that the selection element is brought or held in a deformed position, characterized in that the selection element comprises a projection on the side facing the guide flank(s), so that only the projection comes into contact with the guide flank during the movement and slides along the surface of said flank.
An apparatus, comprising: a capacitor (100, 200, 300, 400, 500, 600, 700) comprising: a first terminal (110, 210, 310, 410, 510, 610, 710) disposed on a first dielectric layer, wherein the first terminal is electrically connected to a source of a first voltage potential; a first set of fingers (112, 212, 312, 412, 512, 612, 712) disposed on the first dielectric layer, wherein the first set of fingers are electrically coupled to the first terminal by way of an electrically conductive trace disposed on a second dielectric layer; a second terminal (120, 220, 320, 420, 520, 620, 720) disposed on the first dielectric layer, wherein the second capacitor terminal is electrically connected to a source of a second voltage potential; and a second set of fingers (122, 222, 322, 422, 522, 622, 722) disposed on the first dielectric layer, wherein the second set of fingers are electrically coupled directly to the second terminal, the second set of fingers having no other electrical connection, and wherein at least some of the fingers of the second set are each situated between adjacent pairs of fingers of the first set and extend parallel therewith. a first terminal (110, 210, 310, 410, 510, 610, 710) disposed on a first dielectric layer, wherein the first terminal is electrically connected to a source of a first voltage potential; a first set of fingers (112, 212, 312, 412, 512, 612, 712) disposed on the first dielectric layer, wherein the first set of fingers are electrically coupled to the first terminal by way of an electrically conductive trace disposed on a second dielectric layer; a second terminal (120, 220, 320, 420, 520, 620, 720) disposed on the first dielectric layer, wherein the second capacitor terminal is electrically connected to a source of a second voltage potential; and a second set of fingers (122, 222, 322, 422, 522, 622, 722) disposed on the first dielectric layer, wherein the second set of fingers are electrically coupled directly to the second terminal, the second set of fingers having no other electrical connection, and wherein at least some of the fingers of the second set are each situated between adjacent pairs of fingers of the first set and extend parallel therewith.
A blower comprising: a lower case, which has a suction port, in which a fan is disposed; a first tower extending upward and having a first discharge port extend vertically; a second tower extending upward, being spaced apart from the first tower and having a second discharge port extend vertically; a blowing space formed between the first tower and the second tower; and an third discharge port (211c, 226, 227, 236, 237) positioned below the first discharge port and the second discharge port (222, 232), and the third discharge port (211c, 226, 227, 236, 237) discharging an air suctioned into the suction port toward the blowing space. a lower case, which has a suction port, in which a fan is disposed; a first tower extending upward and having a first discharge port extend vertically; a second tower extending upward, being spaced apart from the first tower and having a second discharge port extend vertically; a blowing space formed between the first tower and the second tower; and an third discharge port (211c, 226, 227, 236, 237) positioned below the first discharge port and the second discharge port (222, 232), and the third discharge port (211c, 226, 227, 236, 237) discharging an air suctioned into the suction port toward the blowing space.
A cover for a container for receiving an enteral nutrition solution, having - a connecting device, which can be connected to a connection partner on a container for receiving an enteral nutrition solution in order to cover an opening in the container for receiving an enteral nutrition solution, - a connection piece for the connection of a hose line, wherein on an inner side of the cover is arranged an opening device, which can be in a starting state and an opening state, having a first part, which is connected to the cover, and having a second part, which is connected to the first part, wherein the second part of the opening device, in the starting state of the opening device, is fixed to the first part of the opening device by at least one fixing element and, in the opening state of the opening device, is movable relative to the first part of the opening device, wherein the opening device can be transferred to the opening state by introducing a spike or another object through the connection piece in the cover, characterized in that the second part of the opening device comprises a blade with a blade tip, wherein the second part of the opening device is designed on an underside of the blade at least in sections in the manner of a cutting knife, wherein the second part of the opening device has at least one wing which is arranged laterally on the blade and wherein the at least one wing has an increasing width in the direction of the first end region of the second part of the opening device. - a connecting device, which can be connected to a connection partner on a container for receiving an enteral nutrition solution in order to cover an opening in the container for receiving an enteral nutrition solution, - a connection piece for the connection of a hose line, wherein on an inner side of the cover is arranged an opening device, which can be in a starting state and an opening state, having a first part, which is connected to the cover, and having a second part, which is connected to the first part, wherein the second part of the opening device, in the starting state of the opening device, is fixed to the first part of the opening device by at least one fixing element and, in the opening state of the opening device, is movable relative to the first part of the opening device, wherein the opening device can be transferred to the opening state by introducing a spike or another object through the connection piece in the cover, characterized in that the second part of the opening device comprises a blade with a blade tip, wherein the second part of the opening device is designed on an underside of the blade at least in sections in the manner of a cutting knife, wherein the second part of the opening device has at least one wing which is arranged laterally on the blade and wherein the at least one wing has an increasing width in the direction of the first end region of the second part of the opening device.
A robotic system for machining a work-piece in restrictive access operating position, said system comprising: - a robot arm adapted to access a face of the work-piece with a restricted reach of the robot arm of a robot, wherein the face is a bottom face of the work piece; - a reach determination means adapted to determine a maximum reach of a tool held by the robot arm on the bottom face of the work-piece from both sides of the work-piece; - a computation means adapted to: compute positional coordinates of the tip of the tool held by the robot arm; compute positional coordinates of a central line on the bottom face; and compute, based on the maximum reach, an area of overlap located on the bottom face and comprising the central line that is accessible from both sides of the work-piece; and - a robot controller adapted to: sequentially maneuver the robot arm on the bottom face from one side of the work-piece to other side of the work-piece crossing the central line; and - position the central line on the area of overlap on the bottom face of the work-piece in a machining zone such that the area of overlap is within the restricted reach of the robot arm from each of the opposite sides of the work-piece. - a robot arm adapted to access a face of the work-piece with a restricted reach of the robot arm of a robot, wherein the face is a bottom face of the work piece; - a reach determination means adapted to determine a maximum reach of a tool held by the robot arm on the bottom face of the work-piece from both sides of the work-piece; - a computation means adapted to: compute positional coordinates of the tip of the tool held by the robot arm; compute positional coordinates of a central line on the bottom face; and compute, based on the maximum reach, an area of overlap located on the bottom face and comprising the central line that is accessible from both sides of the work-piece; and compute positional coordinates of the tip of the tool held by the robot arm; compute positional coordinates of a central line on the bottom face; and compute, based on the maximum reach, an area of overlap located on the bottom face and comprising the central line that is accessible from both sides of the work-piece; and - a robot controller adapted to: sequentially maneuver the robot arm on the bottom face from one side of the work-piece to other side of the work-piece crossing the central line; and - position the central line on the area of overlap on the bottom face of the work-piece in a machining zone such that the area of overlap is within the restricted reach of the robot arm from each of the opposite sides of the work-piece.
A processor circuit for a system for co-registering electro anatomical images, wherein the processor circuit is capable of communication with a user display, the processor circuit configured to: - receive a first electro-anatomical image of an anatomy, the first electro-anatomical image generated based on electro-anatomical data obtained using two or more electrodes positioned on a catheter; - receive treatment location data indicating treatment locations with respect to the first electro-anatomical image, the treatment location data based on the electro-anatomical data obtained using the two or more electrodes positioned on the catheter; - receive a second electro-anatomical image of the anatomy after the anatomy has been remodeled; - determine a non-rigid transformation that transforms the first electro-anatomical image to the second electro-anatomical image of the remodeled anatomy; - apply the non-rigid transformation to the treatment location data to map the treatment locations to the second electro-anatomical image of the remodeled anatomy; and - optionally, communicate a display of the treatment locations mapped to the second electro-anatomical image to the user display. - receive a first electro-anatomical image of an anatomy, the first electro-anatomical image generated based on electro-anatomical data obtained using two or more electrodes positioned on a catheter; - receive treatment location data indicating treatment locations with respect to the first electro-anatomical image, the treatment location data based on the electro-anatomical data obtained using the two or more electrodes positioned on the catheter; - receive a second electro-anatomical image of the anatomy after the anatomy has been remodeled; - determine a non-rigid transformation that transforms the first electro-anatomical image to the second electro-anatomical image of the remodeled anatomy; - apply the non-rigid transformation to the treatment location data to map the treatment locations to the second electro-anatomical image of the remodeled anatomy; and - optionally, communicate a display of the treatment locations mapped to the second electro-anatomical image to the user display.
A handoff access method based on random access channel, for handoff access of a mobile terminal of a cellular mobile communication system, characterized by comprising the steps of: Step a, sending a handoff request message to a target BS by a source BS, the handoff request message is used to request switching a mobile terminal that the source BS serves to the target BS; Step b, sending a handoff response message to the source BS by the target BS, then forwarding a handoff command with the content of the handoff response message to the mobile terminal by the source BS, wherein a sequence number of a reserved character code allocated by the target BS to the mobile terminal and a random access sub-channel that the reserved character code is located in are contained in the handoff command message, and the reserved character code is a part of random access character codes reserved for the handoff access mobile terminal in advance; Step c, after receiving the handoff command message by the mobile terminal, determining the handoff command message includes the sequence number of the reserved character code and then selecting the reserved character code with the received sequence number and the random access sub-channel that the reserved character code is located in, by the mobile terminal; and Step d, initiating a handoff access procedure on the selected random access sub-channel by the target BS and the mobile terminal, wherein the selected reserved character with the received sequence number is compiled into a random access message. Step a, sending a handoff request message to a target BS by a source BS, the handoff request message is used to request switching a mobile terminal that the source BS serves to the target BS; Step b, sending a handoff response message to the source BS by the target BS, then forwarding a handoff command with the content of the handoff response message to the mobile terminal by the source BS, wherein a sequence number of a reserved character code allocated by the target BS to the mobile terminal and a random access sub-channel that the reserved character code is located in are contained in the handoff command message, and the reserved character code is a part of random access character codes reserved for the handoff access mobile terminal in advance; Step c, after receiving the handoff command message by the mobile terminal, determining the handoff command message includes the sequence number of the reserved character code and then selecting the reserved character code with the received sequence number and the random access sub-channel that the reserved character code is located in, by the mobile terminal; and Step d, initiating a handoff access procedure on the selected random access sub-channel by the target BS and the mobile terminal, wherein the selected reserved character with the received sequence number is compiled into a random access message.
A turbocharger comprising: a turbine housing and a turbine wheel disposed in the turbine housing, the turbine wheel being mounted on one end of a rotatable shaft, the turbine housing receiving exhaust gas and feeding the exhaust gas through the turbine wheel to rotatably drive the turbine wheel and the shaft; a compressor comprising a compressor housing and a twin-impeller compressor wheel disposed in the compressor housing, the twin-impeller compressor wheel being mounted on an opposite end of the shaft, the twin-impeller compressor wheel having a first impeller and a second impeller; a center housing containing bearings for the shaft, the center housing being disposed between the compressor housing and the turbine housing; the compressor housing defining a generally annular discharge volute surrounding the twin-impeller compressor wheel, there being a common diffuser passage through which air compressed by each of the first and second impellers is led into the discharge volute, and defining a first inlet for leading a first stream of air into the first impeller along a direction generally axially toward the turbine wheel; the turbocharger further including a second inlet for leading a second stream of air into the second impeller along a direction generally axially away from the turbine wheel, a generally annular inlet volute for receiving the second air stream, and a feed passage circumferentially surrounding the second inlet, the feed passage feeding the second air stream from the inlet volute generally radially inwardly to the second inlet; characterized by further comprising; a plurality of inlet guide vanes disposed in and circumferentially spaced about the feed passage coming out of the inlet volute, the inlet guide vanes creating a swirling air stream into the second impeller; and the compressor having a recirculation system for the first impeller. a turbine housing and a turbine wheel disposed in the turbine housing, the turbine wheel being mounted on one end of a rotatable shaft, the turbine housing receiving exhaust gas and feeding the exhaust gas through the turbine wheel to rotatably drive the turbine wheel and the shaft; a compressor comprising a compressor housing and a twin-impeller compressor wheel disposed in the compressor housing, the twin-impeller compressor wheel being mounted on an opposite end of the shaft, the twin-impeller compressor wheel having a first impeller and a second impeller; a center housing containing bearings for the shaft, the center housing being disposed between the compressor housing and the turbine housing;
Control device for an elevator system, comprising an input device for a user to input control commands into the control device, wherein the input device comprises at least one first input element (112a-112f, 114, 116) that can be operated by the user, wherein a first control command can be entered into the control device via the input device by operating the input element (112a-112f, 114, 116) in a first predefinable manner, and a second control command, which is different from the first control command, can be entered into the control device via the input device by operating the input element (112a-112f, 114, 116) in a second predefinable manner, wherein by operating the input element (112a-112f, 114, 116) in the first predefinable manner as the first control command a destination call can be input, characterized in that by operating the input element (112a-112f, 114, 116) in the second predefinable manner as the second control command a destination call can be input and a characteristic associated with the destination call can be entered, wherein the characteristic associated with the destination call comprises at least one of the following characteristics: speed of the elevator car provided for serving the destination call; acceleration of the elevator car provided for serving the destination call; jerk of the elevator car provided for serving the destination call.
A wind turbine blade with a lightning protection system (1, 101, 201), wherein the blade (1, 101, 201) is a shell body made of a composite material and comprises a root area and a tip end, and wherein the lightning protection system comprises: - at least one lightning receptor (3, 103, 203) arranged freely accessible in or on the shell unit surface at or in the immediate vicinity of the tip of the blade (1, 101, 201), and - a lightning conductor (2, 102, 202) made of electrically conductive material extending within the shell body along substantially the entire longitudinal direction of the blade (1, 101, 201), and wherein - the lightning receptor (3, 103, 203) and the lightning conductor (2, 102, 202) are electrically connected by means of a connection area, characterized in that the lightning conductor (2, 102, 202) in its entire longitudinal direction as well as the connection area between the lightning conductor (2, 102, 202) and the lightning receptor (3, 103, 203) is electrically insulated in order to prevent the built-up of streamers and/or leaders. - at least one lightning receptor (3, 103, 203) arranged freely accessible in or on the shell unit surface at or in the immediate vicinity of the tip of the blade (1, 101, 201), and - a lightning conductor (2, 102, 202) made of electrically conductive material extending within the shell body along substantially the entire longitudinal direction of the blade (1, 101, 201), and wherein - the lightning receptor (3, 103, 203) and the lightning conductor (2, 102, 202) are electrically connected by means of a connection area,
A method for manufacturing a piping including a bent hollow tubular body comprising two fluidly connected end apertures and at least one second mechanical quick coupling member, at an end aperture, adapted to cooperate with a first mechanical quick coupling member of a coupling connector comprising an angular foolproofing mechanism, said second mechanical quick coupling member including an angular foolproofing mechanism adapted to cooperate with the angular foolproofing mechanism of the first mechanical quick coupling member of the connector at a predetermined angular position, the method including: - a step of securing the second mechanical quick coupling member to a rectilinear hollow tubular body, - a step of positioning the rectilinear hollow tubular body in a bending machine such that the angular foolproofing mechanism of the second mechanical quick coupling member is in a reference angular position with respect to said bending machine and - a step of bending the rectilinear hollow tubular body said reference angular position to form the bent hollow tubular body. - a step of securing the second mechanical quick coupling member to a rectilinear hollow tubular body, - a step of positioning the rectilinear hollow tubular body in a bending machine such that the angular foolproofing mechanism of the second mechanical quick coupling member is in a reference angular position with respect to said bending machine and - a step of bending the rectilinear hollow tubular body said reference angular position to form the bent hollow tubular body.