mhurhangee/ep-ind-claims huggingface dataset:
Fault detection device (40; 41; 42) for the detection of signal path defects in a voltage measuring system having a signal measuring circuit for measuring bioelectric signals with a number of useful signal paths (6a; 6b), wherein the fault detection device (40; 41; 42) has at least the following components: - at least one electricity generating unit, wherein the electricity generating unit is designed such that it impresses a signal (I E1; I E2) on a first useful signal path (6a; 6b), wherein the impressed current is in the nanoampere range, in order not to falsify measured bioelectric signals, - at least one first comparison unit, which checks whether the signal of the first useful signal path (6a; 6b) lies within a measuring range, in which it is assumed that the signal flows on the useful signal path, - at least one first interference signal path, designed as a current measurement path, for current-detecting measurement of a first interference signal (I RLD) - and a signal path defect analysis unit, which is designed to detect a signal path defect in a useful signal path (6a; 6b) of the voltage measuring system when the impressed signal (I E1; I E2) is not measured on the first interference signal path and the checked signal of the comparison unit lies within the measuring range. - at least one electricity generating unit, wherein the electricity generating unit is designed such that it impresses a signal (I E1; I E2) on a first useful signal path (6a; 6b), wherein the impressed current is in the nanoampere range, in order not to falsify measured bioelectric signals, - at least one first comparison unit, which checks whether the signal of the first useful signal path (6a; 6b) lies within a measuring range, in which it is assumed that the signal flows on the useful signal path, - at least one first interference signal path, designed as a current measurement path, for current-detecting measurement of a first interference signal (I RLD) - and a signal path defect analysis unit, which is designed to detect a signal path defect in a useful signal path (6a; 6b) of the voltage measuring system when the impressed signal (I E1; I E2) is not measured on the first interference signal path and the checked signal of the comparison unit lies within the measuring range.
Method for safe at least semi-autonomous driving operation of an ego vehicle in case of sun glare, comprising the following steps: - checking, by a computing system, whether one or more vehicle sensors of the ego vehicle are dazzled by sun glare; - if yes, detecting environmental information by a detection system of the ego vehicle; - checking, by a computing system, the environmental information for a presence of at least one object, which is suitable for intercepting the sun glare during driving operation of the ego vehicle; - if yes, checking, by a computing system, whether the ego vehicle can execute a driving maneuver in such a way that the at least one object intercepts the sun glare during driving operation of the ego vehicle; - if yes, executing the driving maneuver, characterized in that said a least one object is a dynamic object. - checking, by a computing system, whether one or more vehicle sensors of the ego vehicle are dazzled by sun glare; - if yes, detecting environmental information by a detection system of the ego vehicle; - checking, by a computing system, the environmental information for a presence of at least one object, which is suitable for intercepting the sun glare during driving operation of the ego vehicle; - if yes, checking, by a computing system, whether the ego vehicle can execute a driving maneuver in such a way that the at least one object intercepts the sun glare during driving operation of the ego vehicle; - if yes, executing the driving maneuver,
A bracket for fastening a rail of a guardrail on a post, of the type including a first and a second jaws (4, 5) designed to grip all or part of a section of the rail, said first jaw being provided with fastening means on the post, and said second jaw being held on the first jaw by means of a connecting member and movably mounted on the first jaw between a clamped position in which the first and second jaws (4, 5) are intended to grip all or part of a section of the rail, and an unclamped position allowing the introduction of the rail between the first and second jaws (4, 5); the first jaw including a front face shaped to grip the rail against it when the second jaw is in the clamped position, and an opposite rear face shaped to be anchored on the post, and the means for fastening the first jaw on the post include: - at least one stop member protruding from said rear face of the first jaw, and - an anchoring member engaged in said through hole; wherein said through hole is arranged and disposed relative to said stop member so that, in situation on an post, the anchoring member passes through said through hole to bear against a wall of a groove of said post and in return to press said stop member against another wall of said groove of the post in order to anchor said first jaw on said post; said front face of the first jaw has, on the one hand, a clamping surface, preferably curved, shaped to conform to a part of the section of the rail when the second jaw is in the clamped position and, on the other hand, two lateral surfaces connecting said clamping surface to the rear face, said bracket being characterized in that the fastening means of the first jaw on the post include at least one through hole formed in said first jaw between its front and rear faces and said through hole opens into one of said lateral surfaces below the clamping surface, so that the anchoring member is accessible below the rail once the latter is clamped between the two jaws (4, 5). - at least one stop member protruding from said rear face of the first jaw, and - an anchoring member engaged in said through hole;
Spray nozzle, in particular for a dispensing system of a pressurised fluid provided with a pushbutton, the nozzle (12, 42) comprising a dispensing orifice and a vortex chamber (22, 42) leading to the dispensing orifice, the chamber comprising a conic portion (31, 41) delimited by a conic side surface (25, 45), said conic side surface being convergent from an upstream end (26, 46) to a downstream end (27, 47) for supplying the dispensing orifice, the nozzle further comprising at least one supply channel (24, 44) of said vortex chamber, the supply channel(s) (24, 44) leading to the upstream end (26, 46) of the conic portion (31, 41), the side surface (25, 45) having at least one staged portion (33, 43) provided with a level or a plurality of levels, the nozzle being characterised in that it comprises at least one continuous portion, the continuous portion(s) overhanging the adjacent staged portion(s).
A light assembly module including a plurality of light sources, the light assembly module comprising a base plate with a fixture rim shaped for mechanical engagement with another light assembly module (100b, 100c, 100d), the fixture rim comprising an outer wall and an inner wall, wherein the fixture rim comprises a plurality of projections and recesses, wherein the projections constitute a part of the outer wall and the recesses are located between the outer wall and the inner wall, wherein in a first section of the fixture rim, at least one projection projects away from the light emission direction of the light sources and in a second section of the fixture rim, at least one projection projects in the emission direction of the light sources, characterized in that the outer wall comprises notches which separate a series of the projections from one another, forming a line of teeth
A method for adjusting a web page on a touchscreen, wherein a correspondence between a touch area value and a display ratio relating to a zooming function is preset; and the method comprises: after a display terminal is turned on and before a browser is started, collecting a touch area value of a user; when the browser is started, determining (S10, S603), by using the correspondence, a display ratio corresponding to the collected touch area value of the user, the display ratio relating to a zooming function; and displaying a web page in the browser according to the display ratio; characterised in that in the process of browsing the web page, if it is detected within a set duration that the number of times of a stop operation on the display terminal is greater than a preset threshold, recollecting a touch area value of the user, redetermining a display ratio by using the correspondence, and displaying the web page in the browser according to the redetermined display ratio. after a display terminal is turned on and before a browser is started, collecting a touch area value of a user; when the browser is started, determining (S10, S603), by using the correspondence, a display ratio corresponding to the collected touch area value of the user, the display ratio relating to a zooming function; and displaying a web page in the browser according to the display ratio; characterised in that in the process of browsing the web page, if it is detected within a set duration that the number of times of a stop operation on the display terminal is greater than a preset threshold, recollecting a touch area value of the user, redetermining a display ratio by using the correspondence, and displaying the web page in the browser according to the redetermined display ratio.
A composite bone graft, comprising: two or more distinct bone portions wherein said two or more distinct bone portions are adjacent to each other and each comprise cortical bone, characterised in that said bone portions are configured to interlock with each other.
A display backlight comprising: an excitation source with a dominant emission wavelength from 200 nm to 480 nm; a coated phosphor with a first phosphor peak emission wavelength from 530 nm to 545 nm, said coated phosphor comprising: phosphor particles comprised of a phosphor material with composition 2 S 4: Eu, wherein: M is at least one of Mg, Ca, Sr and Ba; and A is at least one of Ga, Al, In, Y; and wherein said phosphor particles have a coating of an oxide material encapsulating individual ones of said phosphor particles; and a second phosphor comprising K 2 SiF 6: Mn or CaSe 1-x S x: Eu; wherein the backlight generates light having at least 92% of the area of the NTSC standard as mapped on the CIE 1931 xy chromaticity diagram. an excitation source with a dominant emission wavelength from 200 nm to 480 nm; a coated phosphor with a first phosphor peak emission wavelength from 530 nm to 545 nm, said coated phosphor comprising: phosphor particles comprised of a phosphor material with composition 2 S 4: Eu, wherein: M is at least one of Mg, Ca, Sr and Ba; and A is at least one of Ga, Al, In, Y; and wherein said phosphor particles have a coating of an oxide material encapsulating individual ones of said phosphor particles; and M is at least one of Mg, Ca, Sr and Ba; and A is at least one of Ga, Al, In, Y; and wherein said phosphor particles have a coating of an oxide material encapsulating individual ones of said phosphor particles; and a second phosphor comprising K 2 SiF 6: Mn or CaSe 1-x S x: Eu; wherein the backlight generates light having at least 92% of the area of the NTSC standard as mapped on the CIE 1931 xy chromaticity diagram.
Smart shoe soles where each sole includes a rechargeable electric battery and also: - at least three specific vibrators (2a, b, c), - an adapted electronic card, - a membrane placed on a rigid sole body, in which these means and equipment of these intelligent soles are autonomous and controllable by emulation of specific software, which make it possible to generate vibrations, at the decision of individuals equipped by example of a digital transmission means or a remote control, which means that these so-called individuals with permanent or temporary neuro-psychomotor disorders can recover their initial form to perform all the physical exercises they wish, characterized in that the soles provide localized stimulations under the soles of the feet, resulting from a frequency shift between each of the vibrators which creates very specific vibratory resonance zones for use by individuals for plantar reflexology. - at least three specific vibrators (2a, b, c), - an adapted electronic card, - a membrane placed on a rigid sole body, in which these means and equipment of these intelligent soles are autonomous and controllable by emulation of specific software, which make it possible to generate vibrations, at the decision of individuals equipped by example of a digital transmission means or a remote control, which means that these so-called individuals with permanent or temporary neuro-psychomotor disorders can recover their initial form to perform all the physical exercises they wish, characterized in that the soles provide localized stimulations under the soles of the feet, resulting from a frequency shift between each of the vibrators which creates very specific vibratory resonance zones for use by individuals for plantar reflexology.
A process for producing a gas using an electrodialysis apparatus comprising: flowing at least a first solution and a second solution into the electrodialysis apparatus, wherein the first solution is a basic solution and the second solution is an acidic solution or wherein the first solution is an acidic solution and the second solution is a basic solution, wherein the electrodialysis apparatus comprises an anode end and a cathode end, a housing which comprises axial support members, and reinforcing members which are configured to apply a compressive force in the axial direction when they are coupled together, wherein the axial support members are mated together to form a cell chamber in which an eletrodialysis membrane stack is received; flowing an electrode solution into the electrodialysis apparatus; pressurizing the electrodialysis apparatus at a stack pressure; applying a voltage to an electrodialysis stack of the electrodialysis apparatus such that a dissolved gas is generated in the second solution; flowing the second solution out of the electrodialysis apparatus; regenerating the gas out of the second solution; and collecting the gas; wherein the stack pressure is 0.1 to 20.3 MPa (1 to 200 atm). flowing at least a first solution and a second solution into the electrodialysis apparatus, wherein the first solution is a basic solution and the second solution is an acidic solution or wherein the first solution is an acidic solution and the second solution is a basic solution, wherein the electrodialysis apparatus comprises an anode end and a cathode end, a housing which comprises axial support members, and reinforcing members which are configured to apply a compressive force in the axial direction when they are coupled together, wherein the axial support members are mated together to form a cell chamber in which an eletrodialysis membrane stack is received; flowing an electrode solution into the electrodialysis apparatus; pressurizing the electrodialysis apparatus at a stack pressure; applying a voltage to an electrodialysis stack of the electrodialysis apparatus such that a dissolved gas is generated in the second solution; flowing the second solution out of the electrodialysis apparatus; regenerating the gas out of the second solution; and collecting the gas; wherein the stack pressure is 0.1 to 20.3 MPa (1 to 200 atm).
A method of spectrometric analysis comprising: obtaining one or more sample spectra for an aerosol, smoke or vapour sample, wherein obtaining said one or more sample spectra comprises generating the aerosol, smoke or vapour sample using a sampling device, wherein the sampling device comprises or forms part of a rapid evaporative ionisation mass spectrometry ("REIMS") ion source; and analysing the one or more sample spectra so as to classify the aerosol, smoke or vapour sample; characterised by changing from a first mode of operation to a second different mode of operation so as to classify said aerosol, smoke or vapour sample, wherein changing the mode of operation comprises changing a mode of operation for obtaining sample spectra and/or changing a mode of operation for pre-processing sample spectra and/or changing a mode of operation for analysing sample spectra; using said first mode of operation to provide a first classification for the aerosol, smoke or vapour sample; and using said second different mode of operation to provide a second classification for the aerosol, smoke or vapour sample. obtaining one or more sample spectra for an aerosol, smoke or vapour sample, wherein obtaining said one or more sample spectra comprises generating the aerosol, smoke or vapour sample using a sampling device, wherein the sampling device comprises or forms part of a rapid evaporative ionisation mass spectrometry ("REIMS") ion source; and analysing the one or more sample spectra so as to classify the aerosol, smoke or vapour sample; characterised by changing from a first mode of operation to a second different mode of operation so as to classify said aerosol, smoke or vapour sample, wherein changing the mode of operation comprises changing a mode of operation for obtaining sample spectra and/or changing a mode of operation for pre-processing sample spectra and/or changing a mode of operation for analysing sample spectra; using said first mode of operation to provide a first classification for the aerosol, smoke or vapour sample; and using said second different mode of operation to provide a second classification for the aerosol, smoke or vapour sample.
A fusion protein, characterized in that, a protein containing a site recognized by autoantibodies which are a cause of the autoimmune disease of autoantibody type is connected to a protein containing a fragment of the antibody heavy chain constant region which exhibits the antibody-dependent cellular cytotoxicity with a linker peptide consisting of one or more amino acid (s), wherein the protein, the linker peptide and the protein are connected in this order by means of peptide bond from N terminal to C terminal, and wherein the fusion protein consists of amino acid sequence of SEQ ID No. 10 or 15.
Use of a polymeric film comprising one or more polyolefin and one or more acrylic polymer, wherein the weight ratio of said acrylic polymer to said polyolefin is from 0.02:1 to 5:1, wherein said polyolefin comprises polymerized units of one or more functional monomer, wherein the amount of said polyolefin in said polymeric film is more than 30% by weight, based on the weight of said polymeric film, wherein said acrylic polymer comprises polymerized units of one or more hydrogen-bondable monomer, wherein said acrylic polymer comprises, as polymerized units, 50% or more by weight, based on the weight of said acrylic polymer, acrylic monomer, wherein said hydrogen-bondable monomer is selected from the group consisting of acrylic monomers having one or more carboxyl group, amine-substituted alkyl (meth)acrylates, hydroxy-substituted alkyl (meth)acrylates, acrylic monomers derived from phthalic acid, and mixtures thereof, and wherein said film has a thickness of 0.01 mm to 2 mm as a graphics arts film.
An earth-orbit satellite, comprising a structure of which the orientation is maintained constant in relation to the Earth in an operational configuration of the satellite in the orbit; a center of mass of the satellite being contained in the structure of the satellite, the satellite further comprising a propulsion device for the orbit control of the satellite, the propulsion device comprising two thrusters (51, 52) each one suitable for delivering a thrust according to one axis, and fixed to the structure of the satellite in the same half-space separated by the plane of the orbit, and the thrusters (51, 52) being arranged on the structure on either side of a plane containing the center of mass and perpendicular to a Z-axis of the satellite oriented towards the Earth; the thrusters (51, 52) being configured in such a way that a force resulting from the thrusts of the two simultaneously activated thrusters (51, 52) represents a principal component according to a Y-axis of the satellite oriented perpendicular to the orbit, characterized in that each of the two thrusters (61, 62) comprises a motorized mechanism (63, 64) suitable for controlling the orientation of said thruster (61, 62) around two axes substantially perpendicular to its thrust axis.
A method of graphics processing comprising: determining, by a graphics processing unit, a workload of a fragment shader program that executes on the GPU; comparing, by the GPU, the workload of the fragment shader program to a threshold; in response to determining that the workload of the fragment shader is lower than the threshold, processing, by the fragment shader program, one or more fragments without performing early depth testing of the one or more fragments before the processing by the fragment shader program; performing, by the GPU after processing by the fragment shader program, late depth testing of the one or more fragments to result in one or more non-occluded fragments; and writing, by the GPU, pixel values for the one or more non-occluded fragments into a frame buffer. determining, by a graphics processing unit, a workload of a fragment shader program that executes on the GPU; comparing, by the GPU, the workload of the fragment shader program to a threshold; in response to determining that the workload of the fragment shader is lower than the threshold, processing, by the fragment shader program, one or more fragments without performing early depth testing of the one or more fragments before the processing by the fragment shader program; performing, by the GPU after processing by the fragment shader program, late depth testing of the one or more fragments to result in one or more non-occluded fragments; and writing, by the GPU, pixel values for the one or more non-occluded fragments into a frame buffer.