mhurhangee/ep-ind-claims huggingface dataset:
Method for certifying a safety-critical function chain which has a plurality of components chained together via communications links to provide a safety function, comprising the following steps: a) checking of component safety certificates, CSCs, of the chained components by a safety certificate manager using specified safety requirements; b) checking, by the safety certificate manager, of at least one interface safety level, ISL, of the interface safety certificates, ISCs, which specify the component interface, of component interfaces of the components which are chained together; and c) enabling of the components of the safety-critical function chain by the safety certificate manager if the component certificate checking and the interface certificate checking are successful, characterised in that, in the course of the safety certificate checking, the ISCs of the two component interfaces, connected via a communications link, of two components which are adjacent within the safety-critical function chain are checked as to whether the ISLs respectively specified therein are mutually compatible. a) checking of component safety certificates, CSCs, of the chained components by a safety certificate manager using specified safety requirements; b) checking, by the safety certificate manager, of at least one interface safety level, ISL, of the interface safety certificates, ISCs, which specify the component interface, of component interfaces of the components which are chained together; and c) enabling of the components of the safety-critical function chain by the safety certificate manager if the component certificate checking and the interface certificate checking are successful,
Housing for domestic appliances, for example a tumble dryer, washing machine, dishwasher or the like, comprising a bottom module, side walls, a front wall and a rear wall, it being possible for the rear wall to be attached to the bottom module in a self-retaining defined pre-mounted position in order to construct the housing without a frame, at least one central journal being provided on the bottom module for centring the rear wall and at least one catch hook being provided for mounting the attached rear wall, said central journal and said catch hook both interacting with corresponding punched holes and in the rear wall when in the attached state, characterised in that the bottom module comprises at least one undercut in the region of the lower rear side edge, in which undercut at least one plate edge, arranged on the lower side edge, engages when the rear wall is attached.
A laser processing machine for processing a workpiece by means of a laser beam, comprising: a nozzle changer for mounting and/or demounting nozzles to/from a processing head of the laser processing machine, the nozzle changer having a plurality of nozzle holders for holding nozzles, characterized in that the laser processing machine has a protective enclosure for closing off a working space for the processing of the workpiece with the laser beam from a working space surrounding area, and in that the nozzle changer is movable between a nozzle changing position within the protective enclosure and a setup position outside the protective enclosure. a nozzle changer for mounting and/or demounting nozzles to/from a processing head of the laser processing machine, the nozzle changer having a plurality of nozzle holders for holding nozzles, characterized in that the laser processing machine has a protective enclosure for closing off a working space for the processing of the workpiece with the laser beam from a working space surrounding area, and in that the nozzle changer is movable between a nozzle changing position within the protective enclosure and a setup position outside the protective enclosure.
A method of forming a laminate comprising a pattern of microwave interactive material, the method comprising: forming a compound laminate comprising first, second and third webs (32, 62, 34), wherein an initial laminate comprises the first and third webs (32, 34), the forming of the compound laminate is comprised of laminating the initial laminate and the second web to one another so that the third web is positioned between the first and second webs (32, 62), and the third web comprises microwave interactive material; prior to the laminating of the initial laminate and the second web to one another, forming a plurality of lines of disruption in the third web so that the plurality of lines of disruption at least partially define first and second pluralities of sections (52, 54) of the third web; and separating the compound laminate into parts comprising a first laminate and a second laminate, wherein the first laminate comprises the first web and the first plurality of sections, and the second laminate comprises the second web and the second plurality of sections. forming a compound laminate comprising first, second and third webs (32, 62, 34), wherein an initial laminate comprises the first and third webs (32, 34), the forming of the compound laminate is comprised of laminating the initial laminate and the second web to one another so that the third web is positioned between the first and second webs (32, 62), and the third web comprises microwave interactive material; an initial laminate comprises the first and third webs (32, 34), the forming of the compound laminate is comprised of laminating the initial laminate and the second web to one another so that the third web is positioned between the first and second webs (32, 62), and the third web comprises microwave interactive material; prior to the laminating of the initial laminate and the second web to one another, forming a plurality of lines of disruption in the third web so that the plurality of lines of disruption at least partially define first and second pluralities of sections (52, 54) of the third web; and separating the compound laminate into parts comprising a first laminate and a second laminate, wherein the first laminate comprises the first web and the first plurality of sections, and the second laminate comprises the second web and the second plurality of sections.
A computer-implemented system for assessing a patient's risk for recurrent atrial fibrillation AF following treatment with an AF treatment modality, the system comprising: a processing module that determines, from magnetic resonance imaging data of left atrium LA tissue of a patient before the treatment, a level of a parameter that is positively proportional or negatively proportional to an amount of unhealthy tissue in a wall of the LA of the patient, the parameter comprising an amount of delayed intravascular contrast enhancement by magnetic resonance imaging and an output module, in communication with the processing module, that outputs a machine-readable indicator of a comparison between (i) the determined level and (ii) a first threshold level of the parameter, the first threshold level derived from LA tissue image data of at least one other patient, who experienced an AF recurrence after treatment with the AF treatment modality; wherein when the level of the parameter is positively proportional to the amount of unhealthy tissue, levels of the parameter equal to or greater than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality; wherein, when the level of the parameter is negatively proportional to the amount of unhealthy tissue, levels of the parameter equal to or less than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality. a processing module that determines, from magnetic resonance imaging data of left atrium LA tissue of a patient before the treatment, a level of a parameter that is positively proportional or negatively proportional to an amount of unhealthy tissue in a wall of the LA of the patient, the parameter comprising an amount of delayed intravascular contrast enhancement by magnetic resonance imaging and an output module, in communication with the processing module, that outputs a machine-readable indicator of a comparison between (i) the determined level and (ii) a first threshold level of the parameter, the first threshold level derived from LA tissue image data of at least one other patient, who experienced an AF recurrence after treatment with the AF treatment modality; wherein when the level of the parameter is positively proportional to the amount of unhealthy tissue, levels of the parameter equal to or greater than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality; wherein, when the level of the parameter is negatively proportional to the amount of unhealthy tissue, levels of the parameter equal to or less than the first threshold level are indicative of a significant risk of AF recurrence after treatment with the AF treatment modality.
A medical signal processing device configured to receive a picture signal imaged by a medical observation device and processes the picture signal, comprising: a signal input unit configured to receive the picture signal; a first signal converting unit (62, 62C) configured to convert the picture signal received by the signal input unit from an RGB signal into a luminance signal and a color difference signal by performing a matrix calculating process; an identification information appending unit (63, 63C)configured to append color gamut identification information related to a color gamut of the picture signal and identifying the matrix calculating process used by the first converting unit, to the picture signal resulting from the conversion; and a signal output unit (64, 64C) configured to output the picture signal to which the color gamut identification information has been appended, to either an external medical display device or an external medical recording device. a signal input unit configured to receive the picture signal; a first signal converting unit (62, 62C) configured to convert the picture signal received by the signal input unit from an RGB signal into a luminance signal and a color difference signal by performing a matrix calculating process; an identification information appending unit (63, 63C)configured to append color gamut identification information related to a color gamut of the picture signal and identifying the matrix calculating process used by the first converting unit, to the picture signal resulting from the conversion; and a signal output unit (64, 64C) configured to output the picture signal to which the color gamut identification information has been appended, to either an external medical display device or an external medical recording device.
A method for manufacturing a stent, the method comprising: forming a first ring having a plurality of peaks and a plurality of valleys; and forming a second ring having a plurality of peaks and a plurality of valleys; characterised by deforming a portion of at least one of the peaks of the first ring causing displacement of stent material at the deformed portion to create a recess relative to an adjacent non-deformed portion and an extension extending towards the second ring relative to an adjacent non-deformed portion; and connecting the deformed portion to one of the valleys of the second ring. forming a first ring having a plurality of peaks and a plurality of valleys; and forming a second ring having a plurality of peaks and a plurality of valleys; characterised by deforming a portion of at least one of the peaks of the first ring causing displacement of stent material at the deformed portion to create a recess relative to an adjacent non-deformed portion and an extension extending towards the second ring relative to an adjacent non-deformed portion; and connecting the deformed portion to one of the valleys of the second ring.
A base station for transmitting in a wireless network in a downlink to a plurality of subscriber stations (111,...,116) using a plurality of pilots according to a multiple input, multiple-output, MIMO, protocol, wherein the base station (101, 102, 103) is arranged for operating, during a first downlink subframe, in a single-user MIMO mode for transmitting a first data subpacket to a first subscriber station using a first pilot and transmitting a second data subpacket to the first subscriber station using a second pilot; and wherein the base station (101, 102, 103) is further arranged for operating, during a second downlink subframe following the first downlink subframe, in a multi-user MIMO mode for transmitting a third data subpacket to the first subscriber station using the first pilot and transmitting a fourth data subpacket to a second subscriber station using the second pilot.
A first proteinaceous molecule comprising a first binding site for binding to a first epitope of a first cell-surface molecule, covalently bound to at least one saponin via at least one linker and/or via an oligomeric or polymeric scaffold to an amino-acid residue of said first proteinaceous molecule, or covalently bound directly to an amino-acid residue of said first proteinaceous molecule, wherein - the first binding site comprises or consists of an immunoglobulin, such as an antibody or an IgG, or comprises or consists of at least one ligand for binding to a cell-surface molecule such as EGF or a cytokine, and - wherein the at least one saponin is selected from the group consisting of: SO1861, SA1641, GE1741, QS-21, QS-21A, QS21-B, Quil-A, SO1832, SO1904, and SO1862. - the first binding site comprises or consists of an immunoglobulin, such as an antibody or an IgG, or comprises or consists of at least one ligand for binding to a cell-surface molecule such as EGF or a cytokine, and - wherein the at least one saponin is selected from the group consisting of: SO1861, SA1641, GE1741, QS-21, QS-21A, QS21-B, Quil-A, SO1832, SO1904, and SO1862.
A method of controlling a load wrapping apparatus of the type configured to wrap a load on a load support with packaging material dispensed from a packaging material dispenser through relative rotation between the packaging material dispenser and the load support, the method comprising: sensing a plurality of points on a plurality of surfaces (736, 738) of the load using one or more sensors directed at the load; generating a surface model of the load based upon the sensed plurality of points, wherein the generated surface model identifies a top surface topography comprising a plurality of elevations for the load; and controlling one or more control parameters for the load wrapping apparatus when wrapping the load based upon the generated surface model; the method being characterized by the step of: determining a density parameter for the load from the generated surface model. sensing a plurality of points on a plurality of surfaces (736, 738) of the load using one or more sensors directed at the load; generating a surface model of the load based upon the sensed plurality of points, wherein the generated surface model identifies a top surface topography comprising a plurality of elevations for the load; and controlling one or more control parameters for the load wrapping apparatus when wrapping the load based upon the generated surface model; the method being characterized by the step of: determining a density parameter for the load from the generated surface model.
Rim (3; 103; 203; 303) for a bicycle wheel, having in radial cross section a U-shape with, on the one hand, two lateral flanks (5a, 5b; 105a, 105b; 205a, 205b; 305a, 305b) which are situated one on each side of a mid-plane of the rim (3; 103; 203; 303) and which are each delimited by an external surface (S5a, S5b) facing away from the mid-plane and, on the other hand, a bridge (6; 106; 206; 306) which connects the flanks and comprises an external surface which faces towards an axis of rotation of the wheel, the rim (3; 103; 203; 303) being characterized in that at least a median zone of the external surface of the bridge (6; 106; 206; 306), which has a transverse width, measured perpendicular to the mid-plane greater than 4 mm, is machined over the entire circumference of the rim (3; 103; 203; 303).
Torque transmission device, notably for a motor vehicle, comprising a torque input element (12, 16a, 16b), intended to be coupled to a crankshaft and comprising a first and a second guiding washers (16a, 16b), an annular web, a torque output element comprising a hub intended to be coupled to an input shaft of a gearbox, the web being able to slide along its axis relative to the hub, a primary damper arranged between the torque input element (12, 16a, 16b) and the web and a secondary damper or pre-damper arranged between the web and the torque output element, friction means suitable for generating a hysteresis torque upon the rotation of the web relative to the torque input element (12, 16a, 16b), said friction means comprising an application washer mounted axially between the web and the first guiding washer, a variable hysteresis washer mounted axially between the second guiding washer and the web, at least one elastic member tending to push back the application washer and/or the web towards the variable hysteresis washer so that said variable hysteresis washer generates a hysteresis torque by friction, the variable hysteresis washer and the application washer being coupled in rotation to one another, and furthermore the pre-damper comprising at least one auxiliary guiding washer (34a, 34b) coupled in rotation with the web, characterized in that said auxiliary guiding washer comprises a bump stop suitable for cooperating with a complementary bump stop of the application washer so as to produce a rotational coupling of the web, of the variable hysteresis washer and of the application washer, when the travel of the web relative to the torque input element (12, 16a, 16b) exceeds a determined angular range and so as to decouple the web, on the one hand, and the variable hysteresis washer and the application washer, on the other hand, when said travel lies within said determined angular range.
A method of making a dental article, comprising the steps of: (i) providing a layer of sinter powder, the layer having a thickness; (ii) providing a fluid solidifiable binder to form a circumferential fixation zone having essentially the thickness of the powder layer and being arranged in essentially the same level with the powder layer, wherein the fixation zone encloses a portion of the powder layer; and (iii) repeating steps (i) and (ii) with each fixation zone of one layer being in contact with a fixation zone of an adjacent layer such that a plurality of the fixation zones together form a coherent hollow sleeve extending across the layers, wherein the corresponding plurality of powder portions in combination form a contiguous batch of powder captured in the sleeve; and further comprising the step of using the binder to form a base layer and a cover layer, wherein the base layer, the cover layer and the sleeve together form a closed shell which seals the batch of powder therein. (i) providing a layer of sinter powder, the layer having a thickness; (ii) providing a fluid solidifiable binder to form a circumferential fixation zone having essentially the thickness of the powder layer and being arranged in essentially the same level with the powder layer, wherein the fixation zone encloses a portion of the powder layer; and (iii) repeating steps (i) and (ii) with each fixation zone of one layer being in contact with a fixation zone of an adjacent layer such that a plurality of the fixation zones together form a coherent hollow sleeve extending across the layers, wherein the corresponding plurality of powder portions in combination form a contiguous batch of powder captured in the sleeve; and
A method, comprising: receiving, by a device, a set of feedback files corresponding to a file transfer from a first device to a second device, a feedback file, of the set of feedback files, including a timestamp corresponding to an event that occurred during the file transfer; determining, by the device, configuration information associated with the file transfer, the configuration information including timing information, associated with the event, that identifies an expected time of the event; determining, by the device, status information indicating a status of the file transfer, the status information being determined based on the timestamp corresponding to the event and the timing information associated with the event; and providing, by the device, the status information. receiving, by a device, a set of feedback files corresponding to a file transfer from a first device to a second device, a feedback file, of the set of feedback files, including a timestamp corresponding to an event that occurred during the file transfer; determining, by the device, configuration information associated with the file transfer, the configuration information including timing information, associated with the event, that identifies an expected time of the event; determining, by the device, status information indicating a status of the file transfer, the status information being determined based on the timestamp corresponding to the event and the timing information associated with the event; and
An Application Server for interfacing with a cellular network, comprising: a proximity service function interface, configured to receive a Map Request from a first Proximity Service Function on behalf of a first User Equipment, UE; and security logic, configured to authenticate the Map Request and, if the Map Request is authenticated, to communicate a Map Response to the first Proximity Service Function; and wherein the security logic is further configured to generate an application Server cryptographic signature using a cryptographic key established at the application server and to communicate the application Server cryptographic signature together with the Map Response. a proximity service function interface, configured to receive a Map Request from a first Proximity Service Function on behalf of a first User Equipment, UE; and security logic, configured to authenticate the Map Request and, if the Map Request is authenticated, to communicate a Map Response to the first Proximity Service Function; and wherein the security logic is further configured to generate an application Server cryptographic signature using a cryptographic key established at the application server and to communicate the application Server cryptographic signature together with the Map Response.