mhurhangee/ep-ind-claims huggingface dataset:
A pressure-resistant electrical cabinet, comprising a cabinet housing having a door opening, a door which is hinged laterally to the cabinet housing, a continuous seal and locking elements arranged along at least two door edges, which press the door onto the door opening during the locking process, wherein the door is supported vertically in a non-displaceable manner by hinges during the locking process, characterized in that, during the locking process which follows the swiveling movement of the door, the door can be guided to the door opening with the locking device (9,11) perpendicular to the continuous seal, such that the hinges are relieved of the forces acting thereon at the end of the locking process and the inside of the electrical cabinet is sealed against the inside and outside in a gas-tight manner in the event of increases in pressure and decreases in pressure.
A method of operating a memory system comprising: reading individual data storage values and the associated error correction code for the individual data storage values from the memory system; representing the individual read data storage values by digital data values (106-i) and associated quality indications (132-i) derived from the individual read data storage values; and using a combination of the associated error correction code and the quality indications (132-i) to perform error correction on the digital data values (106-i) representing the data storage values read from the memory system, characterised by: using the associated quality indications (132-i) to identify one or more digital data values (106-i) which are likely to be corrupt and using said identification in error correction in addition to using the associated error correction code. reading individual data storage values and the associated error correction code for the individual data storage values from the memory system; representing the individual read data storage values by digital data values (106-i) and associated quality indications (132-i) derived from the individual read data storage values; and using a combination of the associated error correction code and the quality indications (132-i) to perform error correction on the digital data values (106-i) representing the data storage values read from the memory system, using the associated quality indications (132-i) to identify one or more digital data values (106-i) which are likely to be corrupt and using said identification in error correction in addition to using the associated error correction code.
A computer implemented method for network and/or device security, comprising: executing, on one or more computers, a routine that receives as input a plurality of pieces of packet information from network traffic; executing, on the one or more computers, a routine that analyzes the pieces of packet information to identify outgoing network packets that receive no response packet during a period of time; and executing, on the one or more computers, a routine that causes storage and/or tracking, in one or more data stores, of packet information related to the outgoing network packets that have received no response packet, the packet information related to the outgoing network packets comprising packet headers that have been normalized such that identical packet headers that are received within a period of time are grouped together. executing, on one or more computers, a routine that receives as input a plurality of pieces of packet information from network traffic; executing, on the one or more computers, a routine that analyzes the pieces of packet information to identify outgoing network packets that receive no response packet during a period of time; and executing, on the one or more computers, a routine that causes storage and/or tracking, in one or more data stores, of packet information related to the outgoing network packets that have received no response packet, the packet information related to the outgoing network packets comprising packet headers that have been normalized such that identical packet headers that are received within a period of time are grouped together.
A process to produce anhydrous tetraalkyl pnictogen perfluoroalkoxy salts comprising contacting a hydrofluoroether and an amine or phosphine to produce the tetraalkyl pnictogen perfluoroalkoxy salt in the presence of a solvent, wherein the amine or phosphine is or mixtures thereof; wherein Z is N or P; R f 2 is a linear or branched fluoroalkyl of 1 to 10 carbons; -R 1, -R 2, -R 3, -R 4, -R 5, -R 6, -R 7, -R 9, -R 10, -R 12, -R 13, -R 14, and -R 15 are each independently hydrogen or alkyl of 1 to 10 carbons wherein the alkyl may be linear, branched, or cyclic; -R 8, -R 11, and -R 14 are each independently divalent alkyl of 1 to 10 carbons wherein the alkyl may be linear, branched, or cyclic; each X is independently a halogen; and a is an integer from 0 to 5.
A nacelle apparatus for use with an aircraft engine comprising: a forward section defining an air intake of the aircraft engine, the forward section to move relative to an intermediate section, the intermediate section to house a fan of the aircraft engine; an inlet lip coupled to the forward section, the forward section to translate relative to the intermediate section between a first open position and a closed position to change an axial length between the inlet lip and the fan; wherein the forward section defines a primary flow path when the forward section is in the closed position; wherein the forward section and the intermediate section define the primary flow path and an auxiliary flow path when the forward section is in the first open position; and wherein said nacelle further comprises a plurality of vanes positioned in the auxiliary flow path when the forward section is in the first open position, wherein the vanes move between a plurality of angles to vary airflow in a direction toward the fan when the forward section is in the first open position. a forward section defining an air intake of the aircraft engine, the forward section to move relative to an intermediate section, the intermediate section to house a fan of the aircraft engine; an inlet lip coupled to the forward section, the forward section to translate relative to the intermediate section between a first open position and a closed position to change an axial length between the inlet lip and the fan; wherein the forward section defines a primary flow path when the forward section is in the closed position; wherein the forward section and the intermediate section define the primary flow path and an auxiliary flow path when the forward section is in the first open position; and wherein said nacelle further comprises a plurality of vanes positioned in the auxiliary flow path when the forward section is in the first open position, wherein the vanes move between a plurality of angles to vary airflow in a direction toward the fan when the forward section is in the first open position.
A stimuli responsive wound dressing for application against a wound site of a human or animal body, the wound dressing comprising: a lyophilized hyaluronic acid hydrogel; and a plurality of devices embedded within said lyophilized hyaluronic acid hydrogel, each device including chitosan and hypromellose, wherein said lyophilized hyaluronic acid hydrogel depolymerizes upon contact with hydroxyl radicals from an inflammatory response present at the wound site in order to release the plurality of embedded devices into the wound site, and wherein said lyophilized hyaluronic acid hydrogel absorbs water and/or exudates facilitating the maintenance of a moist wound site which promotes angiogenesis and wound healing. a lyophilized hyaluronic acid hydrogel; and a plurality of devices embedded within said lyophilized hyaluronic acid hydrogel, each device including chitosan and hypromellose, wherein said lyophilized hyaluronic acid hydrogel depolymerizes upon contact with hydroxyl radicals from an inflammatory response present at the wound site in order to release the plurality of embedded devices into the wound site, and wherein said lyophilized hyaluronic acid hydrogel absorbs water and/or exudates facilitating the maintenance of a moist wound site which promotes angiogenesis and wound healing.
A system for monitoring industrial processes, comprising a monitoring module comprising sensor means (7; 17) for detecting one or more process quantities in at least one process station, acquisition means (8, 32; 32'; 32") for acquiring measurement signals issued by said sensor means (7; 17), processing means (9; 19) operating on signals (T; T1) generated by said acquisition means (8, 32; 32'; 32") to obtain information on the quality of the process, said system comprising means for managing the production flow (9; 19) operating on the basis of said information on the quality of the process and are located in a workstation that is remote with respect to said process station, said monitoring module being configured for being set locally in said at least one process station for receiving the measurement signals issued by said sensor means (7; 17), characterized in that said measurement signals issued by said sensor means (7; 17) are analog signals comprised in the 0-32 768-Hz band, and said monitoring module, set locally in said at least one process station comprises means (32") for acquisition and processing of the measurement signals in turn comprising means for encoding said measurement signals generated by said sensor means into encoded signals, and wireless transmission means, associated to said acquisition means (32") configured for operating at 2.4 GHz and sending the encoded signals (T; T1) generated by said acquisition means to corresponding wireless receiver means (82; 43) comprised in said remote workstation that includes said means for managing the production flow and said processing means operating on signals (T; T1) generated by said acquisition means (32") to obtain information on the quality of the process, said acquisition means (32") comprising a voltage-to-frequency converter for converting said measurement signals into a pulse train at a variable frequency greater than or equal to 65 536 Hz, said voltage-to-frequency converter being configured for associating to values of maximum amplitude (V max) of the measurement signals issued by said sensor means (7; 17) a maximum frequency (f max) of 625 kHz, said remote workstation comprising a corresponding frequency-to-voltage converter configured to convert the signal (T1 m) received by the wireless receiver means, and an acquisition card, configured to operate at a maximum frequency of 65 536 Hz for acquiring the signal converted by said converter and to supply it to the processing means.
A non-therapeutic method for controlling an arthropod in an environment comprising: providing Purified Hydrogen Peroxide Gas (PHPG) to said environment to prepare a PHPG containing environment having PHPG gas at a final concentration of at least 0.005 parts per million (ppm) to 5.0 ppm and maintaining said PHPG containing environment for a time period sufficient to control said arthropod, wherein said Purified Hydrogen Peroxide Gas (PHPG) comprises 0.015 parts per million (ppm) of ozone or less and is free of hydration.
A compressed composition comprising a therapeutically effective amount of macitentan; 15% to 85% (wt sugar alcohol diluent /wt total) of a sugar alcohol diluent selected from a list consisting of: maltitol, xylitol, mannitol; 0.1% to 15% (wt surfactant /wt total) of a surfactant selected from a list consisting of: sodium dodecyl sulfate, polysorbate 80. 15% to 85% (wt sugar alcohol diluent /wt total) of a sugar alcohol diluent selected from a list consisting of: maltitol, xylitol, mannitol; 0.1% to 15% (wt surfactant /wt total) of a surfactant selected from a list consisting of: sodium dodecyl sulfate, polysorbate 80.
A device for detecting the temperature of the esophagus in cardiac ablation treatments, comprising an esophageal probe insertable into the esophagus of a patient, and at least one sensor (3a; 3b; 3c) disposed on said probe and suitable to detect the temperature of a respective portion of said esophagus, said at least one sensor being configured to generate, in successive time instants, respective detection signals (r) indicative of said temperature, wherein said device further comprises a control unit connectable in use to said probe for receiving said detection signals from said at least one sensor and programmed with at least one preset temperature limit value reachable from said respective portion of the esophagus, characterized in that said control unit is configured to calculate, for each of said instants and at least partially as a function of said detection signals, a variation speed of said temperature, and to determine, for each of said instants and as a function of said temperature variation speed of said respective portion of the esophagus, a residual time value required to achieve said at least one temperature limit value by said respective portion of the esophagus, said device being further configured to provide on output, for each of said instants, at least one information (Sa; Sb; Sc; Va; Vb; Vc) correlated to the residual time value required to achieve said temperature limit value by said respective portion of the esophagus, and at least one information (Sa; Sb; Sc; Va; Vb; Vc) correlated to the value of said temperature variation speed of said respective portion of the esophagus.
A method for preparing rebaudioside A, comprising: reacting sucrose and nucleotide diphosphate in the presence of sucrose synthase to prepare nucleotide diphosphate to which glucose is bonded; and reacting the nucleotide diphosphate to which glucose is bonded with stevioside in the presence of glycosyltransferase to prepare rebaudioside A. reacting sucrose and nucleotide diphosphate in the presence of sucrose synthase to prepare nucleotide diphosphate to which glucose is bonded; and reacting the nucleotide diphosphate to which glucose is bonded with stevioside in the presence of glycosyltransferase to prepare rebaudioside A.
A combination of a prosthetic valve including a stent having a plurality of commissure posts and a plurality of leaflets connected to the stent; and a holder adapted for connection to the prosthetic valve in an assembled condition, the holder comprising: a base; and a plurality of legs, each leg extending downward and radially outward from the base in a direction from a first end connected to the base toward a free end; wherein the holder further comprises a ring holder extending radially outward from each one of the plurality of legs; and a wire ring having a central axis and a plurality of substantially straight sides joined by a plurality of connectors, the plurality of substantially straight sides being spaced closer to the central axis than the plurality of connectors, the wire ring being mounted in the ring holders in the assembled condition so as to surround the plurality of commissure posts and being rotatable about the central axis, the rotation of the wire ring causing the substantially straight sides of the wire ring to contact the commissure posts and deflect the commissure posts radially inward. a base; and a plurality of legs, each leg extending downward and radially outward from the base in a direction from a first end connected to the base toward a free end; wherein the holder further comprises a ring holder extending radially outward from each one of the plurality of legs; and a wire ring having a central axis and a plurality of substantially straight sides joined by a plurality of connectors, the plurality of substantially straight sides being spaced closer to the central axis than the plurality of connectors, the wire ring being mounted in the ring holders in the assembled condition so as to surround the plurality of commissure posts and being rotatable about the central axis, the rotation of the wire ring causing the substantially straight sides of the wire ring to contact the commissure posts and deflect the commissure posts radially inward.
Positioning device for positioning elements to be pressed in a crimping tool (02, 23), comprising a rotatable carrier head, in which multiple positioning elements (11, 12) are arranged, whereas by a rotation of the carrier head one of the positioning elements can be chosen for the element to be pressed, characterized in that the chosen positioning element before crimping can individually be moved from an initial position into a working position axially in the direction of the crimping tool (02, 23) in the carrier head, whereas the selected positioning element after reaching the working position remains in this working position.
A row unit for a seeding machine, the row unit comprising: a frame; a first gauge wheel arm pivotally coupled to the frame; a first gauge wheel coupled to the first gauge wheel arm; a second gauge wheel arm pivotally coupled to the frame; a second gauge wheel coupled to the second gauge wheel arm; the row unit further comprising: a position sensor assembly for at least one of determining a depth of a furrow and detecting positions of at least one of the first and second gauge wheel arms relative to the frame, the position sensor assembly characterized by having a position sensor disposed both between the first gauge wheel arm and the second gauge wheel arm such that the position sensor is at least partially enclosed by the first and second gauge wheels and under at least a portion of the frame. a frame; a first gauge wheel arm pivotally coupled to the frame; a first gauge wheel coupled to the first gauge wheel arm; a second gauge wheel arm pivotally coupled to the frame; a second gauge wheel coupled to the second gauge wheel arm; the row unit further comprising: a position sensor assembly for at least one of determining a depth of a furrow and detecting positions of at least one of the first and second gauge wheel arms relative to the frame, the position sensor assembly characterized by having a position sensor disposed both between the first gauge wheel arm and the second gauge wheel arm such that the position sensor is at least partially enclosed by the first and second gauge wheels and under at least a portion of the frame.
A composition for a non-aqueous secondary battery functional layer comprising a particulate polymer, wherein the particulate polymer has a core-shell structure including a core portion and a shell portion that partially covers an outer surface of the core portion, the core portion is formed by a polymer having a glass transition temperature of at least -50°C and no higher than 60°C and a degree of swelling in electrolysis solution of at least a factor of 5 and no greater than a factor of 30, wherein one or more monomers used to produce the polymer of the core portion include butyl acrylate, and the shell portion is formed by a polymer having a glass transition temperature of at least 50°C and no higher than 200°C and a degree of swelling in electrolysis solution of greater than a factor of 1 and no greater than a factor of 4.
A method for displaying route information using a navigation apparatus, the method comprising: determining a route from a first location to a second location; and providing, on an electronic two dimensional map displayed in a fixed rotational orientation by the navigation apparatus, a representation of a current position and a representation of the remainder of the determined route during travel along the determined route, wherein the method comprises scaling the displayed map so as to maximise the map scale while providing a representation of the entire remainder of the determined route in a visible map display area during travel along the route, characterised in that the scaling of the map comprises determining a smallest rectangle or square bounding all points on the remainder of the route, and determining a map scale to result in the smallest square or rectangle just fitting into the visible map display area when oriented with its centre at the centre of the visible map display area. determining a route from a first location to a second location; and providing, on an electronic two dimensional map displayed in a fixed rotational orientation by the navigation apparatus, a representation of a current position and a representation of the remainder of the determined route during travel along the determined route, wherein the method comprises scaling the displayed map so as to maximise the map scale while providing a representation of the entire remainder of the determined route in a visible map display area during travel along the route, characterised in that the scaling of the map comprises determining a smallest rectangle or square bounding all points on the remainder of the route, and determining a map scale to result in the smallest square or rectangle just fitting into the visible map display area when oriented with its centre at the centre of the visible map display area.
Use of a rack, which has a base body, which is surrounded by a PVC layer, wherein a protective layer having a fluoroplastic is applied to the PVC layer, for the electrodeposition of plastics.
The use of a composition having a pH in the range of from 7 to 14, preferably from 8.5 to 12, and containing at least one organic builder, wherein the at least one organic builder is contained in an amount of at least 25 wt.%, in particular at least 30 wt.%, preferably at least 35 wt.%, particularly preferably at least 40 wt.%, most preferably at least 45 wt.%, based on the composition, the absolute amount of the at least one organic builder in the composition is from 1 to 25 g/job, preferably from 2 to 20 g/job, more preferably from 4 to 12 g/job, and the at least one organic builder is an aminocarboxylic acid, which is preferably selected from methylglycinediacetic acid (MGDA) and the salts thereof, glutaminediacetic acid (GLDA) and the salts thereof, and ethylenediaminediacetic acid (EDDA) and the salts thereof, for improving the cleaning performance of an automatic dishwasher detergent during the automatic dishwashing process in an automatic dishwasher, wherein the composition for improving cleaning performance is present in pre-portioned form in a water-soluble film, wherein the pre-portioned form has a total weight of from 25 to 40 g.