mhurhangee/ep-ind-claims huggingface dataset:
A surgical training system, comprising: a base; a top cover connected to and spaced apart from the base to define an internal cavity; the top cover including an opening; a frame connected to the top cover in the location of the opening; and a simulated abdominal wall connected to the frame and spanning at least part of the opening; the simulated abdominal wall being characterized by a plurality of dome-shaped layers forming a unitary dome body having a convex surface and a concave surface facing the internal cavity. a base; a top cover connected to and spaced apart from the base to define an internal cavity; the top cover including an opening; a frame connected to the top cover in the location of the opening; and a simulated abdominal wall connected to the frame and spanning at least part of the opening; the simulated abdominal wall being characterized by a plurality of dome-shaped layers forming a unitary dome body having a convex surface and a concave surface facing the internal cavity.
Vented extruder for the devolatilization of a polymer material, encompassing at least one drive, at least one extruder barrel, at least one rotatably driven extruder screw mounted in the extruder barrel, at least one first material feed, at least one extrudate outlet, at least one vent zone and at least one gas outlet, in which the drive has been provided in the region of that end of the extruder screw that is downstream in relation to the direction of conveying of the polymer, and a second material feed has been provided to the vented extruder in the region of the downstream end, and the location of the second material feed in the vented extruder here is downstream of the extrudate outlet, characterized in that the second material feed obtains its devolatilized melt via a substream diverted in the region of the extrudate outlet and/or via a substream diverted in the extruder barrel upstream of the extrudate outlet and/or via a substream diverted from the extrudate-outlet line.
Combined vehicle brake which has a hydraulically actuable service brake and an electromechanically actuable parking brake apparatus, a hydraulic service pressure space being delimited in a brake housing by a brake piston which can be loaded with hydraulic pressure medium in order to carry out service brake operations, with the result that the brake piston can be actuated along a piston longitudinal axis in order to achieve a braking action, and the parking brake apparatus acting on the brake piston by means of a rotational/translational gear mechanism which is driven by an electromechanical actuator and brings about an actuation of the brake piston in order to carry out parking brake operations and stops in the actuated position, the rotational/translational gear mechanism having a threaded spindle and a threaded nut which are in contact with one another via a plurality of rolling bodies, and with an axial bearing, on which the threaded spindle () is supported, characterized in that a further axial bearing is connected in series with the axial bearing, which further axial bearing acts only during the release operation of the parking brake apparatus and is designed in such a way that the frictional moment which is transmitted by the further axial bearing is higher than the retrodriving moment of the threaded spindle which is generated by the rotational/translational gear mechanism.
A local interconnect network receiver, comprising: a battery voltage input (Vbat); an input from a local interconnect network, LIN, bus; and a current mirror configured to mirror a current defined by a reference resistor arranged in a first branch of the current mirror coupled to the battery voltage input (Vbat) into a sense resistance arranged in a second branch of the current mirror coupled with the input from a LIN bus, wherein a voltage at an output point of the sense resistance in the second branch defines dominant and recessive states of the LIN bus in active, silent and sleep modes. a battery voltage input (Vbat); an input from a local interconnect network, LIN, bus; and a current mirror configured to mirror a current defined by a reference resistor arranged in a first branch of the current mirror coupled to the battery voltage input (Vbat) into a sense resistance arranged in a second branch of the current mirror coupled with the input from a LIN bus, wherein a voltage at an output point of the sense resistance in the second branch defines dominant and recessive states of the LIN bus in active, silent and sleep modes. a current mirror configured to mirror a current defined by a reference resistor arranged in a first branch of the current mirror coupled to the battery voltage input (Vbat) into a sense resistance arranged in a second branch of the current mirror coupled with the input from a LIN bus, wherein a voltage at an output point of the sense resistance in the second branch defines dominant and recessive states of the LIN bus in active, silent and sleep modes.
A method for producing a security and/or value product, in particular a security and/or value document, comprising the following steps: a) a substrate is coated with a marking layer, which includes at least two different particulate luminescent substances emitting light under different conditions of excitation of the luminescence, the particles of the luminescent substances being statistically laterally distributed, b1)the marking layer is exposed to conditions of excitation, at which the luminescent substances luminescence, the emitted light forming a random pattern being individual for the security and/or value product, and/or b2)the marking layer is exposed to conditions of excitation, at which only one of the luminescent substances luminescence, the emitted light forming a random partial pattern being individual for the security and/or value product, c) the random pattern and/or the random partial pattern is measured, and a sequence of characters or one sequence of characters each is assigned to the detected random pattern and/or to the detected random partial pattern in a preferably one-to-one correspondence, d) the sequence of characters assigned in step c) is applied or the sequences of characters assigned in step c) are applied onto the security and/or value product as an identification sequences of characters in a readable manner and/or integrated therein in a readable manner and/or registered in a centralized or decentralized database. a) a substrate is coated with a marking layer, which includes at least two different particulate luminescent substances emitting light under different conditions of excitation of the luminescence, the particles of the luminescent substances being statistically laterally distributed, b1)the marking layer is exposed to conditions of excitation, at which the luminescent substances luminescence, the emitted light forming a random pattern being individual for the security and/or value product, and/or b2)the marking layer is exposed to conditions of excitation, at which only one of the luminescent substances luminescence, the emitted light forming a random partial pattern being individual for the security and/or value product, c) the random pattern and/or the random partial pattern is measured, and a sequence of characters or one sequence of characters each is assigned to the detected random pattern and/or to the detected random partial pattern in a preferably one-to-one correspondence, d) the sequence of characters assigned in step c) is applied or the sequences of characters assigned in step c) are applied onto the security and/or value product as an identification sequences of characters in a readable manner and/or integrated therein in a readable manner and/or registered in a centralized or decentralized database.
Stair lift drive, comprising • a rail extending along a track, • a first frame part, provided with at least one pair of wheels (A, B) engaging the rail, • a second frame part, provided with at least one pair of wheels (C, D) engaging the rail, • a propulsion (4, 5, 6, 7), to drive at least one of the wheels (A, B, C, D), • a mounting part, for mounting a carrier for a load such as a seat for a user of the stair lift, wherein • the mounting part is connected to the first frame part; and • wherein the mounting part is freely rotatably connected to the second frame part about two axes (E, F) which are perpendicular to each other and perpendicular to the tangential direction of the track; and • wherein the mounting part is rotatably connected to the second frame part about or rotatable about an axis parallel to the tangential direction of the track. • a rail extending along a track, • a first frame part, provided with at least one pair of wheels (A, B) engaging the rail, • a second frame part, provided with at least one pair of wheels (C, D) engaging the rail, • a propulsion (4, 5, 6, 7), to drive at least one of the wheels (A, B, C, D), • a mounting part, for mounting a carrier for a load such as a seat for a user of the stair lift, • the mounting part is connected to the first frame part; and • wherein the mounting part is freely rotatably connected to the second frame part about two axes (E, F) which are perpendicular to each other and perpendicular to the tangential direction of the track; and • wherein the mounting part is rotatably connected to the second frame part about or rotatable about an axis parallel to the tangential direction of the track.
Sprinkler device with a support device on which there is held a water distribution device having a housing comprising a water inlet, and on which there are arranged a plurality of nozzles which are in flow connection with the water inlet via a longitudinal channel, at least one outlet chamber (41, 42, 43, 44, 45, 46) which is connected, on the one hand, to at least one controllable nozzle and, on the other hand, via a first passage to the longitudinal channel being arranged in or on the housing, the flow connection between the longitudinal channel and the at least one controllable nozzle being selectively blockable and releasable by means of a closing body which is displaceable back and forth between a blocking position and a releasing position, characterized in that the closing body is displaceable perpendicularly to the cross-sectional area of the first passage.
A method of initiating a wildcard pseudowire status message using multiple pseudowire group elements to which a pseudowire belongs, comprising: performing the following steps on a provider edge device: storing, on the provider edge device, mapping information of pseudowire extended group elements it has learned from neighboring devices through an implementation of a set of two or more contiguous segments that behave and function as a single point-to-point pseudowire; detecting a change in status of a resource associated with the provider edge device; determining if a pseudowire is affected by the change in status; determining, responsive to a pseudowire being affected by the change in status, a pseudowire group of the pseudowire, based on the pseudowire extended group-mapping information; forming a wildcard pseudowire status message that includes an indication of the pseudowire extended groups; and forwarding the wildcard pseudowire status message to a next hop of the provider edge device in a path of the pseudowire. performing the following steps on a provider edge device: storing, on the provider edge device, mapping information of pseudowire extended group elements it has learned from neighboring devices through an implementation of a set of two or more contiguous segments that behave and function as a single point-to-point pseudowire; detecting a change in status of a resource associated with the provider edge device; determining if a pseudowire is affected by the change in status; determining, responsive to a pseudowire being affected by the change in status, a pseudowire group of the pseudowire, based on the pseudowire extended group-mapping information; forming a wildcard pseudowire status message that includes an indication of the pseudowire extended groups; and forwarding the wildcard pseudowire status message to a next hop of the provider edge device in a path of the pseudowire. storing, on the provider edge device, mapping information of pseudowire extended group elements it has learned from neighboring devices through an implementation of a set of two or more contiguous segments that behave and function as a single point-to-point pseudowire; detecting a change in status of a resource associated with the provider edge device; determining if a pseudowire is affected by the change in status; determining, responsive to a pseudowire being affected by the change in status, a pseudowire group of the pseudowire, based on the pseudowire extended group-mapping information; forming a wildcard pseudowire status message that includes an indication of the pseudowire extended groups; and forwarding the wildcard pseudowire status message to a next hop of the provider edge device in a path of the pseudowire.
An applicator for administration of a medicament, comprising a container being in fluid communication with a dispenser having a plurality of non-deformable structures configured for retaining a predetermined volume of a liquid medicament delivered from said container, said dispenser being capable of delivering at least a part of said predetermined volume of said liquid medicament to a surface upon contact therewith; the applicator further comprising a mechanism (20, 50, 60) configured for actuating release of said predetermined volume of said medicament from said container to said dispenser, wherein said predetermined volume of said medicament is between 1 μL to 100 μL.
An antistatic cover (1, 110, 201, 301) which is to cover a transparent or translucent insulating resin-made tube (2, 202), wherein the cover incudes a tubular cover body (10,116, 210, 310) which is made of a resin composition containing a conductive material, and which can be fitted onto the tube, the cover body is divided in one place in a circumferential direction to form 1-st and 2-nd divided portions (11, 12, 211, 212), and elastically deformable in a manner that the 1-st and 2-nd divided portions approach or separate from each other, the cover body is configured so as to be elastically deformed in a manner that the 1-st and 2-nd divided portions separate from each other, and allow the tube to pass through between the 1-st and 2-nd divided portions, and the cover body has a plurality of cutaway portions (17, 18, 216, 225, 226, 253, 254, 255, 256, 257, 258, 316, 325, 326, 353, 354, 355, 356, 357, 358) which pass through at least one of the 1-st and 2-nd divided portions in a radial direction of the cover body, and is configured in a manner that, when the cover body is fitted onto the tube, a part of the tube can be exposed through the plurality of cutaway portions, characterized in that the cover includes a metal wire (30, 230, 330) and at least one winding portion around which the metal wire (30, 230, 330) that is to be connected to a ground line can be wound, between or near closed portions of the cutaway portions of the cover body (27, 28, 221, 222, 228, 229, 321, 322, 328, 329).
An amphipathic α-helical peptide comprising an amino acid sequence with at least 80%, 90%, or 100% identity to SEQ ID NO:1, SEQ ID NO:2, or SEQ ID NO:3.
A method for reconstructing a hyperspectral image, the method comprising: obtaining a dispersion model for dispersion created by a prism included in a camera, the camera including no coded aperture; aligning an input dispersed captured image obtained through the prism to obtain edge information without dispersion; wherein the captured image is an image captured without passing through a coded aperture; estimating spectral information based on the obtained edge information and the dispersion model; and reconstructing a hyperspectral image corresponding to a captured image based on the dispersion model and the estimated spectral information; characterized in that the obtaining of the edge information comprises: computing a difference between unnormalized gradient values of adjacent spectral channels in the captured image; performing spatial alignment between spectral channels; projecting an aligned spectral image onto RGB channels via a response function of the camera; and obtaining the edge information using an edge detector. obtaining a dispersion model for dispersion created by a prism included in a camera, the camera including no coded aperture; aligning an input dispersed captured image obtained through the prism to obtain edge information without dispersion; wherein the captured image is an image captured without passing through a coded aperture; estimating spectral information based on the obtained edge information and the dispersion model; and reconstructing a hyperspectral image corresponding to a captured image based on the dispersion model and the estimated spectral information; characterized in that the obtaining of the edge information comprises: computing a difference between unnormalized gradient values of adjacent spectral channels in the captured image; performing spatial alignment between spectral channels; projecting an aligned spectral image onto RGB channels via a response function of the camera; and obtaining the edge information using an edge detector. computing a difference between unnormalized gradient values of adjacent spectral channels in the captured image; performing spatial alignment between spectral channels; projecting an aligned spectral image onto RGB channels via a response function of the camera; and obtaining the edge information using an edge detector.
A painting device for painting components, in particular for painting motor vehicle bodies or parts thereof, comprising a) a multi-axis painting robot (6, 7) which positions an atomizer, b) application technology comprising components for frequently used coating agents and components for rarely used coating agents, c) wherein the components of the application technology for the frequently used coating agents are mounted on or in a distal robot arm of the painting robot (6, 7), characterized in that d) the components of the application technology for the rarely used coating agents are mounted on or in a proximal robot arm of the painting robot (6, 7). a) a multi-axis painting robot (6, 7) which positions an atomizer, b) application technology comprising components for frequently used coating agents and components for rarely used coating agents, c) wherein the components of the application technology for the frequently used coating agents are mounted on or in a distal robot arm of the painting robot (6, 7), characterized in that d) the components of the application technology for the rarely used coating agents are mounted on or in a proximal robot arm of the painting robot (6, 7).
In a computing device that implements an image or video encoder, a method comprising: encoding an image or video to produce encoded data, including performing intra block copy ("BC") prediction for a current block that is asymmetrically partitioned for the intra BC prediction; wherein the asymmetric partitioning comprises splitting the current block into two partitions, each partition having different dimensions and said partitions being different between each other; and outputting the encoded data as part of a bitstream. encoding an image or video to produce encoded data, including performing intra block copy ("BC") prediction for a current block that is asymmetrically partitioned for the intra BC prediction; wherein the asymmetric partitioning comprises splitting the current block into two partitions, each partition having different dimensions and said partitions being different between each other; and outputting the encoded data as part of a bitstream.
A misfire control arrangement for reciprocating engines that comprises a control unit that is arranged to form misfire control commands to cylinder specific regulating units and is connectable to cylinder specific first sensors, wherein the control unit is connectable to second sensors of at least two different types, and the arrangement further comprises a map or model (4, 21) for mapping values of the first sensors and the second sensors, the values of the first sensors indicating misfire condition cylinder specifically and the values of the second sensors indicating at least two variables the engine, the map or model indicating misfire area and an operation point of the engine in relation to the variables and the misfire condition, characterized in that the arrangement further comprises a calculator unit that is arranged to calculate the shortest distance between the operation point and the misfire area, and also arranged to calculate a gradient of the distance, and also comprises an adjusting unit to form the misfire control commands to regulating units of said variables as a response to the gradient for increasing the distance.
Positioning aid for positioning an anti-insect device on a window frame; the positioning aid comprising: - a distance element (1.1) and a collar section (1.2), installable on an outer edge of the window frame, - a support section (1.3) adapted to stabilize the anti-insect device, - a fastening section (1.4) for fastening the support section (1.3) on the window frame; characterized in that the positioning aid comprises at least one line of perforation (1.7) whereby at least one of the distance element (1.1) and the collar section (1.2) is seperable from the support section (1.3) and/or the fastening section (1.4). - a distance element (1.1) and a collar section (1.2), installable on an outer edge of the window frame, - a support section (1.3) adapted to stabilize the anti-insect device, - a fastening section (1.4) for fastening the support section (1.3) on the window frame;