mhurhangee/ep-ind-claims huggingface dataset:
A control device for a vehicle adapted for treating a field along a predetermined swath path, - the swath path comprising at least two lanes, in particular two successive lanes, namely a first and a second lane, the second lane comprising a lane beginning defining a beginning pose of the vehicle, - the beginning pose of the vehicle being the pose of the vehicle for ideally treating the second lane from the lane beginning; - the control device being adapted to gather information about the first lane during treatment of the first lane by the vehicle; and - the control device comprising a target path generator device adapted for generating a target path for steering the vehicle to the beginning pose based on information about the first lane, characterized in that - the target path generator device comprises ∘ a position memory adapted to store information representing a succession of positions of the vehicle when treating the first lane and ∘ a path generator module adapted to generate the target path based on the information representing the succession of positions stored in the position memory. - the swath path comprising at least two lanes, in particular two successive lanes, namely a first and a second lane, the second lane comprising a lane beginning defining a beginning pose of the vehicle, - the beginning pose of the vehicle being the pose of the vehicle for ideally treating the second lane from the lane beginning; - the control device being adapted to gather information about the first lane during treatment of the first lane by the vehicle; and - the control device comprising a target path generator device adapted for generating a target path for steering the vehicle to the beginning pose based on information about the first lane, - the target path generator device comprises ∘ a position memory adapted to store information representing a succession of positions of the vehicle when treating the first lane and ∘ a path generator module adapted to generate the target path based on the information representing the succession of positions stored in the position memory. ∘ a position memory adapted to store information representing a succession of positions of the vehicle when treating the first lane and ∘ a path generator module adapted to generate the target path based on the information representing the succession of positions stored in the position memory.
A method of using a computer system to assist in planning a trajectory for a surgical insertion into a skull to a target representing an anatomical region, the method comprising: providing the computer system with a three-dimensional image representation of the skull and brain which has been parcellated into anatomical regions, including an identification of critical objects comprising structures within the brain to be avoided during the surgical insertion; providing the computer system with a region of interest corresponding to a target anatomical region within the brain representing the target of the trajectory for the surgical insertion; determining a metric for voxel locations within the target anatomical region, the metric representing the suitability of each of the voxel locations to be a target location for the trajectory, the metric being further based on at least: a weighted sum of a first factor representing distance from within the surface of the region of interest and a second factor based on distance from outside the nearest surface of the critical objects; based on the metric, selecting a set of one or more voxel locations having the greatest suitability according to the metric within the region of interest, each of the one or more selected voxel locations representing a potential target location for the trajectory; and identifying a trajectory for the surgical insertion to a potential target location in the region of interest. providing the computer system with a three-dimensional image representation of the skull and brain which has been parcellated into anatomical regions, including an identification of critical objects comprising structures within the brain to be avoided during the surgical insertion; providing the computer system with a region of interest corresponding to a target anatomical region within the brain representing the target of the trajectory for the surgical insertion; determining a metric for voxel locations within the target anatomical region, the metric representing the suitability of each of the voxel locations to be a target location for the trajectory, the metric being further based on at least: a weighted sum of a first factor representing distance from within the surface of the region of interest and a second factor based on distance from outside the nearest surface of the critical objects; based on the metric, selecting a set of one or more voxel locations having the greatest suitability according to the metric within the region of interest, each of the one or more selected voxel locations representing a potential target location for the trajectory; and identifying a trajectory for the surgical insertion to a potential target location in the region of interest.
Elevator system comprising a shaft door device and a cab door device, wherein the shaft door device comprises a shaft door and a shaft door closing means, and the cab door device comprises a cab door, wherein the shaft door closing means is operatively connected to the shaft door such that a closing force F2 is exerted onto the shaft door, wherein the elevator system further comprises a compensating means which can be operatively connected to the shaft door such that the compensating means compensates for at least a part of the closing force F2 acting on the shaft door at least in phases during the opening process of the shaft door, and the cab door device comprises the compensating means, characterised in that the compensating means, in the closed state of the cab door, exerts a locking force on the cab door so that the cab door is locked.
A method of assembling a drum brake device including at least one brake shoe having a friction lining on a support structure with at least one window having a first portion and a second portion, the first portion of the window being wider than the second portion, a shoe mount, a brake actuating cylinder, and a drum having a braking surface inside the drum, the method comprising: positioning a portion of the support structure near an opening of the brake actuating cylinder; manipulating the support structure so that the first portion of the window is received over a portion of the shoe mount; moving the support structure relative to the shoe mount so that the portion of the support structure is received into the brake actuating cylinder and the second portion of the window is engaged by the portion of the shoe mount in a manner that the shoe mount restricts movement of the brake shoe in two dimensions and allows selective movement in a third dimension; and securing the brake shoe in an installed position by placing the drum over the brake shoe with the braking surface facing the friction lining. positioning a portion of the support structure near an opening of the brake actuating cylinder; manipulating the support structure so that the first portion of the window is received over a portion of the shoe mount; moving the support structure relative to the shoe mount so that the portion of the support structure is received into the brake actuating cylinder and the second portion of the window is engaged by the portion of the shoe mount in a manner that the shoe mount restricts movement of the brake shoe in two dimensions and allows selective movement in a third dimension; and securing the brake shoe in an installed position by placing the drum over the brake shoe with the braking surface facing the friction lining.
Ionic conductive polymer composition defined by the following general formula: PH x + SOH y + z MCl: wherein: - PH represents a polymer containing protic functions formed by hydroxyl groups; - SOH represents a plasticising polyol with a molecular mass greater than or equal to 75 g/mol and less than or equal to 250 g/mol, in the form of discrete molecules; - MCl represents sodium or potassium chloride (M = Na or K); - 0.3 ≤ x/y ≤ 3, x representing the quantity by weight of the polymer PH, and y the quantity by weight of the polyol SOH; - 0.5 % ≤ z ≤ 15%, z representing the percentage by weight of MCl with respect to the polyol SOH. - PH represents a polymer containing protic functions formed by hydroxyl groups; - SOH represents a plasticising polyol with a molecular mass greater than or equal to 75 g/mol and less than or equal to 250 g/mol, in the form of discrete molecules; - MCl represents sodium or potassium chloride (M = Na or K); - 0.3 ≤ x/y ≤ 3, x representing the quantity by weight of the polymer PH, and y the quantity by weight of the polyol SOH; - 0.5 % ≤ z ≤ 15%, z representing the percentage by weight of MCl with respect to the polyol SOH.
A unit for storing gas by absorption or adsorption, including a container harboring a storage element (702, 704, 502) of gas by absorption or adsorption, characterized in that it further includes a compressible element (712, 514), also provided in the container and maintained in contact with the storage element (702, 704, 502) and adapted so as to deform under the action of forces exerted by the storage element (702, 704, 502) during volume variations of the storage element (702, 704, 502) during phases of storing and discharging gas, so as to limit the forces applied on the container, wherein the compressible element (712, 514) includes a porous matrix of expansed natural graphite.
A rolling band rolled together with a clothing item to wrap the clothing item, wherein the rolling band is formed of a non-adhesive member, wherein a self-adhesive first adhesive member is attached to only one of both ends on an upper surface of the rolling band, and a self-adhesive second adhesive member is attached to only one of both ends on a lower surface of the rolling band which is positioned opposite the first adhesive member, wherein the first adhesive member and the second adhesive member are attachable to each other but do not stick to the clothing item and the non-adhesive member, and wherein the clothing item is placed on an upper portion of the upper surface of the rolling band and is rolled together with the rolling band so that the first adhesive member and the second adhesive member attach each other to leave the clothing item in a fixed, rolled-up position, allowing the non-adhesive member to be positioned on the outer surface of the rolling band upon rolling the clothing item the rolling band, wherein the first adhesive member and the second adhesive member are made of a material selected from polyvinyl chloride and ethylene-vinyl acetate copolymer.
A device comprising a positioning measuring system formed by an array of marks and an optical sensor for detecting the marks of the positioning measuring system, wherein the optical sensor and the positioning measuring system are arranged to be movable relative to each other, wherein position information and a checksum are encoded in each mark, wherein an evaluation unit of the optical sensor is set up to evaluate the position information and the checksum, and wherein an error check is carried out on the basis of the checksum, wherein the entire optical sensor has a single-channel structure, characterised in that the function of the evaluation unit is checked by detecting errors in the evaluation unit by binding, in that the checksum of a mark is not recognised, and in that an error signal is generated in the evaluation unit when errors are detected in the position information of the marks, as well as when errors are detected in the evaluation unit, whereby the error signal is output to an external unit so that suitable countermeasures can be initiated with it to rectify the error. wherein the optical sensor and the positioning measuring system are arranged to be movable relative to each other, wherein position information and a checksum are encoded in each mark, wherein an evaluation unit of the optical sensor is set up to evaluate the position information and the checksum, and wherein an error check is carried out on the basis of the checksum, wherein the entire optical sensor has a single-channel structure, characterised in that the function of the evaluation unit is checked by detecting errors in the evaluation unit by binding, in that the checksum of a mark is not recognised, and in that an error signal is generated in the evaluation unit when errors are detected in the position information of the marks, as well as when errors are detected in the evaluation unit, whereby the error signal is output to an external unit so that suitable countermeasures can be initiated with it to rectify the error.
A backlight source comprising: a printed circuit board on which a first alignment mark is arranged; at least one light source which is arranged on the printed circuit board; and a light guide plate on which a second alignment mark is arranged, wherein, when the first alignment mark is aligned with the second alignment mark, the light source is arranged at an edge of the light guide plate and a light emitted from the light source is guided into the light guide plate, characterized in that, the first alignment mark includes at least one first alignment side and the second alignment mark includes at least one second alignment side, which corresponds to the first alignment side, and wherein, when the first alignment side and the second alignment side are arranged on a same plane that is perpendicular to the printed circuit board and the light guide plate, the first alignment mark is aligned with the second alignment mark. a printed circuit board on which a first alignment mark is arranged; at least one light source which is arranged on the printed circuit board; and a light guide plate on which a second alignment mark is arranged, wherein, when the first alignment mark is aligned with the second alignment mark, the light source is arranged at an edge of the light guide plate and a light emitted from the light source is guided into the light guide plate, characterized in that, the first alignment mark includes at least one first alignment side and the second alignment mark includes at least one second alignment side, which corresponds to the first alignment side, and wherein, when the first alignment side and the second alignment side are arranged on a same plane that is perpendicular to the printed circuit board and the light guide plate, the first alignment mark is aligned with the second alignment mark.
Building facade element, embodied as an insulating glass unit comprising: - at least a first and a second glass pane; - at least one glass spacer made of glass, which is connected to each glass pane (2, 3) by at least one first sealant (5, 5'); - at least one additional spacer, which is gas-tight or has a gas-tight layer, and is connected to each glass pane (2, 3) by at least one second sealant (8, 8'); - at least one joining region between a glass spacer and an additional spacer; - wherein the at least one glass spacer, the at least one additional spacer and the glass panes (2, 3) form a closed inner chamber, characterized in that the additional spacer has a recess in the region of the at least one joining region, the region of the additional spacer remaining through the recess being guided along a short side of the glass spacer, and the at least one joining region being sealed in a gas-tight manner by means of a third sealant which contains butyl and is guided over the joining region. - at least a first and a second glass pane; - at least one glass spacer made of glass, which is connected to each glass pane (2, 3) by at least one first sealant (5, 5'); - at least one additional spacer, which is gas-tight or has a gas-tight layer, and is connected to each glass pane (2, 3) by at least one second sealant (8, 8'); - at least one joining region between a glass spacer and an additional spacer; - wherein the at least one glass spacer, the at least one additional spacer and the glass panes (2, 3) form a closed inner chamber,
A clamping device comprising two end plates (2,7) and tension rods arranged along the circumferential of the end plates (2,7), wherein piles of disc springs are arranged as a grid of springs supported on one of the endplates to distribute clamping forces on one or more flow module plates, on one or more reactor plates, on one or more heat exchanger plates, or on combinations thereof, which plates are placed between the two end plates (2,7), wherein the disc springs are either thread on pistons guided through holes in the end plate having the arrangement of the grid of springs, or the disc springs are integrated in the end plate, or the disc springs are arranged into holes in the end plate, characterized in that the grid of springs is placed between the two end plates (2,7).
A baler with a bale chamber in which a baler piston can be moved in oscillation, and an antechamber with an inlet region into which the harvested material picked up by a pickup device enters and a discharge region which discharges into the bale chamber, wherein a packer can be changed over in the antechamber between a collecting stroke movement which compacts harvested material in the antechamber and a filling stroke movement which transfers the harvested material from the antechamber into the downstream bale chamber, as well as at least one retaining assembly configured so as to be pivotable into the antechamber, wherein the retaining assembly has at least one retaining means which can be pivoted into the antechamber, wherein the retaining means has at least one sensor device for determining the fill level of the antechamber, characterized in that the retaining means has a projection in the form of a rocker arm which is disposed on a shank of the retaining means so as to be capable of tilting, wherein the rocker arm has a first end which faces the antechamber and a second end which is opposite to the first end, wherein the rocker arm is connected to the shank between the ends (78, 80) so as to be capable of tilting and is connected to the sensor device at its second end and the sensor device has at least a spring which in particular opposes a tilting movement, a plunger and a sensor element, wherein the plunger is mounted at the second end and is disposed at a distance from the sensor element when the rocker arm is in a position which is not tilted.
A method for producing a component for performing heat transfer and/or technical reaction control, in particular for carrying out a heterogeneous catalysis, with at least one surface which has a curved structure with concave parts, wherein the component has uniformly arranged microstructure elements on at least one of its surfaces, wherein the microstructure elements are formed onto the component to be manufactured, in particular onto a component formed as a tube, characterized in that the microstructure elements are formed by means of electroplating and/or mechanical spray compacting methods, and in that, at least partially, a radiation-sensitive photoresist, the shape of which is complementarily adjustable or adjusted to the curved structure, is deposited on the surface of the component, in particular on the concavely and optionally convexly curved surfaces, as a basis for the electrodeposition of a continuous microstructure, and in that a curved structure with concave parts is formed, wherein the whole component is provided with microstructures on sinusoidal additional forms, so that the convex and concave regions of the sinusoidal additional forms include the microstructures, and the microstructures each have identical or different shapes, wherein the material structure of the microstructure elements forms permanent bonds with the material structure on the surface of the component.
A method of forming a lithium coating on a substrate, the method comprising: melting a solid lithium target to form a molten lithium target; agitating the molten lithium target; vaporising at least part of the agitated molten lithium target to form vaporised material; and condensing the vaporised material on a substrate to form a lithium coating characterised in that agitating the molten lithium target comprises creating a magnetohydrodynamic effect in the lithium target.
Ezrin peptide 1 for use in a method of treating COVID-19 in a subject, wherein the Ezrin peptide 1 has the amino acid sequence NH2_Thr-Glu-Lys-Lys-Arg-Arg-Glu-Thr-Val-Glu-Arg-Glu-Lys-Glu_COOH (SEQ ID NO: 1).
An absorption analyzer, which comprises optically coupled components: a photodetector, an analytical cell, a modulator of radiation polarization and a spectral lamp containing a discharge cavity located between magnet poles and connected with means of electric discharge excitation, buffer gas and mercury placed into the spectral lamp, as well as a gas system connecting a sampling port of the analyzer with an input port of the analytical cell by gas communications, wherein the gas system comprises at least three gas channels connecting the sampling port of the analyzer to the input port of the analytical cell via a gas channels selector, while at least one of these gas channels comprises means for removing the benzene from the gas stream, at least one comprises means for removing mercury from the gas stream, at least one is permeable for mercury, at least one is permeable for benzene and at least one has different permeability rates for mercury and benzene.
Device comprising an integrally closed enclosure on which an actuation unit is mounted enabling the adjustment of a parameter or operating mode of the device, the device comprising a permanent magnet driven in its movement by the actuation unit and generating a magnetic field, characterized in that: - the actuation unit is a rotating ring bearing the permanent magnet and capable of assuming several predetermined angular positions around an axis of the device; - the device comprises an electronic card inserted along an axial plane; - the electronic card comprises processing means for processing each signal and for changing the parameter or the operating mode of the device depending on each signal; - the device comprises one or more sensors connected on the electronic card to the processing means and that can be guided by magnetic effect according to the angular position assumed by the rotating ring, each sensor being capable of sending at least one signal corresponding to a modification of the parameter or of the operating mode of the device; - the sensors are magnetic microswitches of the MEMS type, each comprising a deformable membrane having at least one layer made of ferromagnetic material and taking an open position or a closed position by aligning itself on field lines of the magnetic field generated by the permanent magnet. - the actuation unit is a rotating ring bearing the permanent magnet and capable of assuming several predetermined angular positions around an axis of the device; - the device comprises an electronic card inserted along an axial plane; - the electronic card comprises processing means for processing each signal and for changing the parameter or the operating mode of the device depending on each signal; - the device comprises one or more sensors connected on the electronic card to the processing means and that can be guided by magnetic effect according to the angular position assumed by the rotating ring, each sensor being capable of sending at least one signal corresponding to a modification of the parameter or of the operating mode of the device; - the sensors are magnetic microswitches of the MEMS type, each comprising a deformable membrane having at least one layer made of ferromagnetic material and taking an open position or a closed position by aligning itself on field lines of the magnetic field generated by the permanent magnet.