mhurhangee/ep-ind-claims huggingface dataset:
A sealing system for sealing of doors of transport vehicles comprising at least one door with at least one first electrical contact means and a corresponding door frame with at least one second electrical contact means, where the first and the second contact means (21, 31) are arranged on the same side of the door and the door frame and are electrically connected to build an open electrical circuit, and a seal having a body to be attached directly on the surface of the door and the door frame suitable to close the open electrical circuit between first and second electrical contact means (21, 31) in order to indicate the sealing of the door.
A non-destructive method for detecting, locating and diagnosing defective areas on a face of a leaf of a railway vehicle door with a sandwich structure, said defective areas being detected and located on said face of the leaf, the leaf comprising a profile frame and a lining, the detection and location method comprising the following steps: - segmenting the face of the leaf into distinct structural areas (30 to 33) of said leaf, - applying a series of blows to the surface of each structural zone (30, 31, 33) in defined grid patterns, - identification of the delimitation of the defective zones according to the vibratory responses noted during the application of the blows and marking of said zones, characterized in that the segmentation of said face of the leaf of a railway vehicle door is carried out with the aid of a protective film and the diagnostic method comprises steps consisting of: - establishing the ratio of the areas of the marked defective zones to the structural zones, by an image processing unit, from a previously taken image of the face of the leaf bearing the marking of the defective zones, and - comparing the ratio obtained with a predetermined threshold value stored in the image processing unit, in that, during the detection and location, all or part of the face of the leaf is covered by the protective film suitable for being marked, in that the protective film comprises pre-marked zones (30 to 33), each of the zones corresponding to a distinct structural zone so that the step of segmenting the face of the leaf is carried out concomitantly with the step of applying the protective film. - segmenting the face of the leaf into distinct structural areas (30 to 33) of said leaf, - applying a series of blows to the surface of each structural zone (30, 31, 33) in defined grid patterns, - identification of the delimitation of the defective zones according to the vibratory responses noted during the application of the blows and marking of said zones, characterized in that the segmentation of said face of the leaf of a railway vehicle door is carried out with the aid of a protective film and the diagnostic method comprises steps consisting of: - establishing the ratio of the areas of the marked defective zones to the structural zones, by an image processing unit, from a previously taken image of the face of the leaf bearing the marking of the defective zones, and - comparing the ratio obtained with a predetermined threshold value stored in the image processing unit,
Method for processing a cryptographic key in a hardware environment which comprises a secure microcontroller and a peripheral controller and is embodied as a physical unit, and the cryptographic key to be processed is stored in the secure microcontroller, wherein, after a mutual authentication of the secure microcontroller and the peripheral controller, the cryptographic key is communicated from the secure microcontroller to the peripheral controller, a desired cryptographic operation is performed by the peripheral controller, and a result of the cryptographic operation is communicated from the peripheral controller to the secure microcontroller.
A process for preparing carboxylic esters by reacting a carboxylic acid or a carboxylic anhydride or a mixture thereof with an alcohol in the presence of an esterification catalyst selected from among alkoxides, carboxylates and chelate compounds of titanium, zirconium, tin, aluminum and zinc, in a reaction system comprising one or more reactors, with water of reaction being distilled off as alcohol-water azeotrope with the vapor, the vapor being at least partly condensed, the condensate being separated into an aqueous phase and an organic phase and at least part of the organic phase being recirculated to the reaction system, wherein components having boiling points lower than that of the alcohol are at least partly removed from the organic phase to be recirculated, where the components having boiling points lower than that of the alcohol comprise olefins which are derived by elimination of water from the alcohol used.
Mobile laboratory formed by a transportable mobile container defining a base room, the interior space of said room being isolated from the outside by means of at least one closure system, said room comprising: ∘ at least two separate spaces i. The first "pre-PCR" space suitable for carrying out a pre-amplification step and comprising: • A nucleic acid PCR amplification reaction mixture • A receptacle ii. a second "post-PCR" space suitable for carrying out a step of nucleic acid PCR amplification, sequencing and genotyping comprising: • A PCR analysis device • A sequencer • A sequencing reaction mixture • A receptacle ∘ an alternately opening airlock system between the outside and the pre-PCR area, of a size suitable for the passage of a sample and not a human being, said alternately opening airlock system enabling the transmission of samples between the outside and the pre-PCR space; ∘ a closure system between the two spaces and, said closure system sealing the two spaces and off from each other and enabling the transmission of samples between the two spaces and; ∘ an autonomous power inverter associated with batteries; said mobile laboratory being suitable for genetic analysis and identification of an individual from a biological sample directly at the location where said sample is taken. ∘ at least two separate spaces i. The first "pre-PCR" space suitable for carrying out a pre-amplification step and comprising: • A nucleic acid PCR amplification reaction mixture • A receptacle ii. a second "post-PCR" space suitable for carrying out a step of nucleic acid PCR amplification, sequencing and genotyping comprising: • A PCR analysis device • A sequencer • A sequencing reaction mixture • A receptacle i. The first "pre-PCR" space suitable for carrying out a pre-amplification step and comprising: • A nucleic acid PCR amplification reaction mixture • A receptacle • A nucleic acid PCR amplification reaction mixture • A receptacle ii. a second "post-PCR" space suitable for carrying out a step of nucleic acid PCR amplification, sequencing and genotyping comprising: • A PCR analysis device • A sequencer • A sequencing reaction mixture • A receptacle • A PCR analysis device • A sequencer • A sequencing reaction mixture • A receptacle ∘ an alternately opening airlock system between the outside and the pre-PCR area, of a size suitable for the passage of a sample and not a human being, said alternately opening airlock system enabling the transmission of samples between the outside and the pre-PCR space; ∘ a closure system between the two spaces and, said closure system sealing the two spaces and off from each other and enabling the transmission of samples between the two spaces and; ∘ an autonomous power inverter associated with batteries; said mobile laboratory being suitable for genetic analysis and identification of an individual from a biological sample directly at the location where said sample is taken.
Container suspension device for coupling a container with a set-down arm of a container transporter, wherein from the container suspension device extend two chain strands at an angle (α) to one another and respectively one chain link can be fixed in position in a receptacle of the container suspension device, wherein the receptacle is supported in a relatively pivotable manner to a crossbeam, characterised in that the crossbeam is formed by two traverse sheets which are disposed spaced parallel to one another and the at least one receptacle is formed by a receiving frame as well as by arms protruding laterally from the receiving frame, wherein the arms are supported in a respective recess of the traverse sheets.
A hinge for a toilet seat arrangement comprising a first hinge part and a second hinge part, wherein the first hinge part has a pivoting portion with a pivot damper for bearing a toilet support so as to be pivotable about a first axis in a damped manner and the second hinge part has a mounting portion for mounting on a toilet body, wherein the first hinge part comprises a connection portion, on which a joint portion is arranged, and wherein the second hinge part has a receptacle for receiving the connection portion, said receptacle having a joint receptacle for receiving the joint portion, wherein, when the joint portion is in the joint receptacle, a joint is provided and the first hinge part is pivotable relative to the second hinge part about the joint about at least one second axis different from the first axis with limited play and the joint is not pivotable about the first axis, characterized in that the connection portion has a shank portion which, through the joint portion, is separated from a section comprising the pivoting portion of the first hinge part. wherein the first hinge part has a pivoting portion with a pivot damper for bearing a toilet support so as to be pivotable about a first axis in a damped manner and the second hinge part has a mounting portion for mounting on a toilet body, wherein the first hinge part comprises a connection portion, on which a joint portion is arranged, and wherein the second hinge part has a receptacle for receiving the connection portion, said receptacle having a joint receptacle for receiving the joint portion, wherein, when the joint portion is in the joint receptacle, a joint is provided and the first hinge part is pivotable relative to the second hinge part about the joint about at least one second axis different from the first axis with limited play and the joint is not pivotable about the first axis, characterized in that the connection portion has a shank portion which, through the joint portion, is separated from a section comprising the pivoting portion of the first hinge part.
A cyclohexane derivative with a structure according to formula 1a where the substituents on the cyclohexyl ring may be in cis or trans position to one another with a cis/trans ratio of at least 70/30, where R1 and R2 are selected from C2- to C4-alkyl and R3 to R6 are hydrogen.
A method, comprising: mounting magnetic transmitters (28, 32, 34, 36, 38), configured to generate a magnetic field in a patient, on a location pad; attaching location-pad-cameras with respective fixed orientations to the location pad; coupling rotatable cameras to the location pad; attaching fiducial marks to a fluoroscope configured to image the patient; locating the fluoroscope into different positions; and for each position: orienting the rotatable cameras into known orientations, and forming respective images of the fiducial marks with the rotatable cameras and the location-pad cameras, and analyzing the respective images to register a location and an orientation of the fluoroscope with an axis of the location pad. mounting magnetic transmitters (28, 32, 34, 36, 38), configured to generate a magnetic field in a patient, on a location pad; attaching location-pad-cameras with respective fixed orientations to the location pad; coupling rotatable cameras to the location pad; attaching fiducial marks to a fluoroscope configured to image the patient; locating the fluoroscope into different positions; and for each position: orienting the rotatable cameras into known orientations, and forming respective images of the fiducial marks with the rotatable cameras and the location-pad cameras, and analyzing the respective images to register a location and an orientation of the fluoroscope with an axis of the location pad. orienting the rotatable cameras into known orientations, and forming respective images of the fiducial marks with the rotatable cameras and the location-pad cameras, and analyzing the respective images to register a location and an orientation of the fluoroscope with an axis of the location pad.
A method, comprising: receiving, at a user equipment, a configuration message from a network element, wherein the configuration message is for either management-based or signaling-based logged measurement; identifying a trigger pertaining to signaling-based tracing or management-based tracing; storing the configuration message according to the trigger associated with the configuration message; and performing measurement data collection pertaining to a cell according to the configuration message. receiving, at a user equipment, a configuration message from a network element, wherein the configuration message is for either management-based or signaling-based logged measurement; identifying a trigger pertaining to signaling-based tracing or management-based tracing; storing the configuration message according to the trigger associated with the configuration message; and performing measurement data collection pertaining to a cell according to the configuration message.
A method performed at a first node of a transport network which is connected to a first wireless base station (3, 4) and to a second wireless base station, wherein the first wireless base station comprises a remote radio unit and a remotely located baseband processing unit, wherein the baseband processing unit is connected to the first node by the transport network (20, 21), the method comprising: receiving, via the transport network, a synchronous time division multiplexed communication signal which carries at least a first communication signal between the baseband processing unit and the remote radio unit; determining a frequency synchronisation signal from the synchronous time division multiplexed communication signal; transmitting, via the transport network, the synchronous time division multiplexed communication signal to the remote radio unit; and transmitting, via the transport network, the frequency synchronisation signal to the second wireless base station. receiving, via the transport network, a synchronous time division multiplexed communication signal which carries at least a first communication signal between the baseband processing unit and the remote radio unit; determining a frequency synchronisation signal from the synchronous time division multiplexed communication signal; transmitting, via the transport network, the synchronous time division multiplexed communication signal to the remote radio unit; and transmitting, via the transport network, the frequency synchronisation signal to the second wireless base station.
An electrode assembly for a vacuum interrupter comprising: a plurality of electrode plates 110 and 120 each having slits 111 and 121; coil conductors 131 and 135 disposed between the plurality of electrode plates; a plurality of conductor connection pins 141 to 144 installed between each electrode plate and the coil conductors to define conductive paths of a current; and supporting members 151 to 156 installed between each electrode plate and the coil conductors to support the electrode plates with respect to the coil conductors, characterised in that the supporting members installed at both sides based on the coil conductors are partially overlapped by each other when being projected in an axial direction. a plurality of electrode plates 110 and 120 each having slits 111 and 121; coil conductors 131 and 135 disposed between the plurality of electrode plates; a plurality of conductor connection pins 141 to 144 installed between each electrode plate and the coil conductors to define conductive paths of a current; and supporting members 151 to 156 installed between each electrode plate and the coil conductors to support the electrode plates with respect to the coil conductors, characterised in that the supporting members installed at both sides based on the coil conductors are partially overlapped by each other when being projected in an axial direction.
A method of providing time synchronization of facility wide data between a process automation system with one or more control devices (112, 114, 116, 118) to control one or more processes and an electrical automation system with one or more intelligent electrical devices, IEDs, to provide power to the process automation system, the method comprising: distributing a time signal from a timing device through a first network operatively coupled with the control devices (112, 114, 116, 118) of the process automation system; and distributing the time signal from the timing device through a second network operatively coupled with the lEDs of the electrical automation system; the method further comprising: providing, by the one or more control devices, consolidate information regarding energy consumption as well as process control states and machine status information; and shutting down a process of the one or more processes during a peak demand time period. distributing a time signal from a timing device through a first network operatively coupled with the control devices (112, 114, 116, 118) of the process automation system; and distributing the time signal from the timing device through a second network operatively coupled with the lEDs of the electrical automation system; the method further comprising: providing, by the one or more control devices, consolidate information regarding energy consumption as well as process control states and machine status information; and shutting down a process of the one or more processes during a peak demand time period. providing, by the one or more control devices, consolidate information regarding energy consumption as well as process control states and machine status information; and shutting down a process of the one or more processes during a peak demand time period.
A shunt tube entry device comprising: one or more inlet ports; a shroud disposed about a wellbore tubular, wherein the shroud defines a chamber between the shroud and the wellbore tubular, and wherein the chamber is in fluid communication with the one or more inlet ports; and a shunt tube in fluid communication with the chamber; characterized by an entrance subassembly disposed between the shroud and the wellbore tubular, wherein the entrance subassembly comprises rotatable ring disposed about the wellbore tubular, wherein the one or more inlet ports are disposed through the rotatable ring. one or more inlet ports; a shroud disposed about a wellbore tubular, wherein the shroud defines a chamber between the shroud and the wellbore tubular, and wherein the chamber is in fluid communication with the one or more inlet ports; and a shunt tube in fluid communication with the chamber; characterized by an entrance subassembly disposed between the shroud and the wellbore tubular, wherein the entrance subassembly comprises rotatable ring disposed about the wellbore tubular, wherein the one or more inlet ports are disposed through the rotatable ring.
A medical device, comprising: (a) a bioabsorbable stent body; and (b) a bioabsorbable coating comprising a reservoir layer comprising a D,L-PLA polymer and novolimus, wherein (i) the D,L-PLA polymer has a number average molecular weight below 60,000 Daltons; and (ii) the coating has a thickness of less than 5 micrometers. (a) a bioabsorbable stent body; and (b) a bioabsorbable coating comprising a reservoir layer comprising a D,L-PLA polymer and novolimus, wherein (i) the D,L-PLA polymer has a number average molecular weight below 60,000 Daltons; and (ii) the coating has a thickness of less than 5 micrometers. (i) the D,L-PLA polymer has a number average molecular weight below 60,000 Daltons; and (ii) the coating has a thickness of less than 5 micrometers.
A method for reconstructing measured projection data using a motion compensated iterative reconstruction algorithm and generating reconstructed image data, comprising: re-sampling current image data representing a reference motion state into a plurality of different groups, each group corresponding to a different motion state of moving tissue of interest; forward projecting each of the plurality of groups, generating a plurality of groups of forward projected data, each group of forward projected data corresponding to a group of the re-sampled current image data; determining update projection data based on a comparison between the forward projected data and the measured projection data; grouping the update projection data into a plurality of different groups, each group corresponding to a different motion state of the moving tissue of interest; back projecting each of the plurality of groups, generating a plurality of groups of update image data; re-sampling each group of update image data to the reference motion state of the current image; and generating new current image data by combining the current image data and each of the groups of re-sampled update image data. re-sampling current image data representing a reference motion state into a plurality of different groups, each group corresponding to a different motion state of moving tissue of interest; forward projecting each of the plurality of groups, generating a plurality of groups of forward projected data, each group of forward projected data corresponding to a group of the re-sampled current image data; determining update projection data based on a comparison between the forward projected data and the measured projection data; grouping the update projection data into a plurality of different groups, each group corresponding to a different motion state of the moving tissue of interest; back projecting each of the plurality of groups, generating a plurality of groups of update image data; re-sampling each group of update image data to the reference motion state of the current image; and generating new current image data by combining the current image data and each of the groups of re-sampled update image data.
A method for controlling an internal combustion engine having an electric heating catalyst in an exhaust system, the method including starting preheating of the electric heating catalyst by energizing the electric heating catalyst before starting the internal combustion engine, and performing the preheating until an estimated temperature of the electric heating catalyst, which is sequentially estimated, reaches a predetermined temperature, the method characterized in that: when information on the estimated temperature is lost during the preheating due to loss of power of an engine controller, forbidding energization of the electric heating catalyst until a cooling period (tc1, tc2, tc3, tc4) set as a sufficient time for temperature of the electric heating catalyst to lower to such a temperature as not to cause an excessive temperature rise even if a normal preheating is performed elapses after recovery of the power of the engine controller. when information on the estimated temperature is lost during the preheating due to loss of power of an engine controller, forbidding energization of the electric heating catalyst until a cooling period (tc1, tc2, tc3, tc4) set as a sufficient time for temperature of the electric heating catalyst to lower to such a temperature as not to cause an excessive temperature rise even if a normal preheating is performed elapses after recovery of the power of the engine controller.