mhurhangee/ep-ind-claims huggingface dataset:
Device for generating at least one optical challenge - optical response pair suitable for authentication and cryptographic key generation, the device comprising: - a coherent light source (101, 501), to generate a coherent light excitation having an intensity, a phase, a polarization and a spatial distribution - challenge creating means (105, 503) configured to alter the intensity and/or the phase and/or the polarization and/or the spatial distribution of the coherent light to create an optical challenge, - first imaging means (103, 502) configured to guide the coherent light at the challenge creating means (105, 503), - an optical Physical Unclonable Function specimen (107, 509) with a multimode optical waveguide having an input facet, which optical Physical Unclonable Function specimen (107, 509) is configured to generate an optical response, through propagation of the optical challenge and excitation of random transverse optical modes suitable for authentication and cryptographic key generation in the waveguide, - second imaging means (106, 504) configured to guide the optical challenge at the optical Physical Unclonable Function specimen (107, 509), and - an optical detector (108, 511) configured to detect the spatial profile and intensity of the optical response, the device being characterised in that the the input facet of the multimode optical waveguide has random defects. - a coherent light source (101, 501), to generate a coherent light excitation having an intensity, a phase, a polarization and a spatial distribution - challenge creating means (105, 503) configured to alter the intensity and/or the phase and/or the polarization and/or the spatial distribution of the coherent light to create an optical challenge, - first imaging means (103, 502) configured to guide the coherent light at the challenge creating means (105, 503), - an optical Physical Unclonable Function specimen (107, 509) with a multimode optical waveguide having an input facet, which optical Physical Unclonable Function specimen (107, 509) is configured to generate an optical response, through propagation of the optical challenge and excitation of random transverse optical modes suitable for authentication and cryptographic key generation in the waveguide, - second imaging means (106, 504) configured to guide the optical challenge at the optical Physical Unclonable Function specimen (107, 509), and - an optical detector (108, 511) configured to detect the spatial profile and intensity of the optical response, the device being characterised in that the the input facet of the multimode optical waveguide has random defects.
A thermostable polypeptide possessing FGF2 activity and having at least 85% sequence identity to SEQ ID NO: 2, and comprising at least an amino acid substitution R31L.
An arrangement adapted to package a liquid consumable product in a package, comprising an infeed to provide prepared packaging material having a first side and a second side, said second side being adapted to be in contact with the consumable product a digital printing system coupled to said infeed and adapted to print at least one color onto at least a portion of the first side of the prepared packaging material, a packaging machine coupled to an outfeed of the digital printing system and adapted to provide a package from said prepared packaging material, said package being filled with the consumable product, characterized in that the arrangement further comprises; a sterilization system having a low voltage electron beam device adapted to emit an electron beam on said first side and said second side of said prepared packaging material.
Device for protecting a monitored area having - at least one FMCW-LiDAR sensor for emitting transmitted light beams (14, 14.1, 14.2, 14.3, 14.n) into the monitored area, for scanning a multiplicity of measurement points (20, 20.1, 20.2, 20.3, 20.n) and for generating measurement data from transmitted light emitted or reflected by the measurement points (20, 20.1, 20.2, 20.3, 20.n), and - a control and evaluation unit for evaluating the measurement data and for generating a safety-oriented signal based on the evaluation, characterized in that the measurement data comprise radial velocities ( v r n) of the measurement points (20, 20.1, 20.2, 20.3, 20.n), and the control and evaluation unit is configured to segment the measurement points (20, 20.1, 20.2, 20.3, 20.n) using the radial velocities ( v r n) of the measurement points (20, 20.1, 20.2, 20.3, 20.n) and to combine them into objects (22, 24, 26, 28, 30) and/or object segments (22.1, 22.2, 22.3, 24.1, 24.2, 24.3). - at least one FMCW-LiDAR sensor for emitting transmitted light beams (14, 14.1, 14.2, 14.3, 14.n) into the monitored area, for scanning a multiplicity of measurement points (20, 20.1, 20.2, 20.3, 20.n) and for generating measurement data from transmitted light emitted or reflected by the measurement points (20, 20.1, 20.2, 20.3, 20.n), and - a control and evaluation unit for evaluating the measurement data and for generating a safety-oriented signal based on the evaluation,
System for spraying a cleaning liquid, comprising a liquid reservoir, a pump, at least one endpiece for spraying cleaning liquid, and at least one valve, said system being characterized in that said valve comprises: - a valve body including a hydraulic cavity configured to be fluidically connected to a hydraulic channel of the spray system and intended to receive the cleaning liquid, - a plunger configured to be displaced in the hydraulic cavity between an open position, in which it allows the cleaning liquid to enter the hydraulic channel, and a closed position, in which it prevents the cleaning liquid from passing through the hydraulic channel, and in that the valve also comprises a compressible elastic element containing a gas disposed in the hydraulic cavity and configured to be compressed if the cleaning liquid in the valve freezes. - a valve body including a hydraulic cavity configured to be fluidically connected to a hydraulic channel of the spray system and intended to receive the cleaning liquid, - a plunger configured to be displaced in the hydraulic cavity between an open position, in which it allows the cleaning liquid to enter the hydraulic channel, and a closed position, in which it prevents the cleaning liquid from passing through the hydraulic channel,
Discontinuous double thread bone screw for fixing a prosthesis or an implant against a bone portion, comprising a drive head extending through an anchoring body constituted of a cylindroconical core on which extend at least two cylindroconical threads (5, 6) ensuring the bone anchoring of said screw, the anchoring body comprising over the whole of the length thereof and from the drive head of the different profile anchoring portions ensuring an anchoring corresponding to the different hardness and resistances of the bone, characterised in that said anchoring body comprises, below the drive head, a first anchoring portion constituted of a conical core (4 a) and two cylindrical profile threads (5, 6) of identical steps, a second anchoring portion formed from a cylindrical core (4 b) and one single cylindrical thread over 1⁄4 of a rotation, a third anchoring portion provided with a cylindrical core (4 b) and two cylindrical profile threads (5, 6) over 1⁄2 of a rotation, a fourth anchoring portion comprising a cylindrical core (4 b) and one single cylindrical profile thread over n rotations according to the total length of the bone screw and a fifth anchoring portion comprising a conical core (4 a) and two conical profile threads (5, 6) forming the tip of said bone screw.
Shrinking device for a tool holder, which holds a rotary tool with a press fit in a central receiving opening, having a receiving unit for receiving the tool holder and a temperature-controlling device (46, 64) for the thermal expansion and for subsequent cooling of the tool holder in the region of the receiving opening, characterised in that the receiving unit is arranged on a carriage, which is guided such that it can be displaced in the longitudinal direction of the rails on a rail system, which runs parallel to the axis of the tool holder received in the receiving unit and is fastened on a supporting base, and it being possible for said carriage to be moved along its displacement path into a region of action of the temperature-controlling device, wherein the heating and the cooling of the tool holder can be brought about by the temperature-controlling device at an identical axial position of the carriage.
A method for in vitro establishing a prognosis for a subject in severe sepsis with at least two organ failures or in septic shock with at least two organ failures, comprising the following steps: (i) from a plasma sample from said subject, measuring the level of the S100A8/A9 complex, (ii) comparing said level to a predetermined threshold, wherein a level of the S100A8/A9 complex above said predetermined threshold is indicative of a bad prognosis and a level of the S100A8/A9 complex below said predetermined threshold is indicative of a good prognosis. (i) from a plasma sample from said subject, measuring the level of the S100A8/A9 complex, (ii) comparing said level to a predetermined threshold,
Method for transmitting data between control devices in a vehicle, wherein the vehicle comprises at least one first control device and a plurality of second control devices, wherein the at least one first control device is connected to a first data bus (2a-2f) of the vehicle, and the plurality of second control devices are connected to a second data bus of the vehicle, wherein data which is to be transmitted between two control devices of the second control devices is transmitted via the second data bus of the vehicle, and wherein the first data bus (2a-2f) is disconnected from the second data bus, wherein data transmissions between two control devices of the second control devices via the second data bus take place independently of the first data bus (2a-2f), wherein the plurality of second control devices are connected to the first data bus (2a-2f), wherein data which is to be transmitted between the at least one first control device and a control device of the second control devices is transmitted via the first data bus (2a-2f) of the vehicle, characterized in that the plurality of second control devices comprise a battery management system of the vehicle.
A method for touch input of a portable device, said portable device comprising a controller, a touch input unit configured to provide a touch input to the controller and a display unit configured to display a display output of the controller on a screen, the method comprising: Determining, by said controller, whether an input for selecting a specific divided area among a plurality of divided areas is detected in a divided touch area on the display screen, the display screen being divided into the plurality of divided areas, wherein one divided area among the plurality of divided areas is set as the divided touch area; if the input for selecting the specific divided area is detected, moving, by the controller, an icon included in the selected specific divided area to the divided touch area, wherein the icon is not displayed in the selected specific divided area after moving the icon; and if a specific input occurs on the icon that moved to the divided touch area, performing, by the controller, a function corresponding to the icon. Determining, by said controller, whether an input for selecting a specific divided area among a plurality of divided areas is detected in a divided touch area on the display screen, the display screen being divided into the plurality of divided areas, wherein one divided area among the plurality of divided areas is set as the divided touch area; if the input for selecting the specific divided area is detected, moving, by the controller, an icon included in the selected specific divided area to the divided touch area, wherein the icon is not displayed in the selected specific divided area after moving the icon; and if a specific input occurs on the icon that moved to the divided touch area, performing, by the controller, a function corresponding to the icon.
Pumping head of a fuel injection equipment high pressure pump, said pumping head comprising a body provided with a main bore extending along a main axis from a lower opening to an upper end partially defining a compression chamber wherein are arranged an outlet opening and an inlet opening forming an axial guiding bore extending through said body from a seat face surrounding the inlet opening in the bore to a top face of the body and wherein, the pumping head further comprising an inlet valve assembly controlling said inlet opening and comprising an inlet valve body fixed atop the pumping head body thus defining an inner space, an inlet valve member having a head member defining a closing face cooperating with said seat face and, a stem member axially guided in said guiding bore and extending from said head member to an upper end protruding in said inner space and, a piezoceramic actuator fixed in said body and to said stem upper end, characterized in that said piezoceramic actuator is a disc-like member provided with a central orifice, the outer edge of said disc-like member being fixed in the inlet valve body and, the stem upper end being fixed into the central orifice so that when energized the disc deforms and centrally balloons, the outer edge of the disc remaining pinched.
A method for data transmission, comprising: initiating, by user equipment UE, a random access request or a resource request to a network device; recording, by the UE, random access failure information or resource request failure information; and when detecting that the UE has successfully accessed the network device, sending, by the UE, the random access failure information or the resource request failure information to the network device, so that the network device sends the random access failure information or the resource request failure information to a network management device for parameter optimization processing; characterized in that when it is detected that the UE has successfully accessed the network device, the method further comprises: requesting, by the UE, the network device to indicate whether to send the recorded random access failure information or resource request failure information; receiving, by the UE, an indication that the network device agrees with sending the random access failure information or the resource request failure information; and performing, by the UE according to the indication, the step of sending the random access failure information or the resource request failure information to the network device. initiating, by user equipment UE, a random access request or a resource request to a network device; recording, by the UE, random access failure information or resource request failure information; and when detecting that the UE has successfully accessed the network device, sending, by the UE, the random access failure information or the resource request failure information to the network device, so that the network device sends the random access failure information or the resource request failure information to a network management device for parameter optimization processing; characterized in that when it is detected that the UE has successfully accessed the network device, the method further comprises: requesting, by the UE, the network device to indicate whether to send the recorded random access failure information or resource request failure information; receiving, by the UE, an indication that the network device agrees with sending the random access failure information or the resource request failure information; and performing, by the UE according to the indication, the step of sending the random access failure information or the resource request failure information to the network device. requesting, by the UE, the network device to indicate whether to send the recorded random access failure information or resource request failure information; receiving, by the UE, an indication that the network device agrees with sending the random access failure information or the resource request failure information; and performing, by the UE according to the indication, the step of sending the random access failure information or the resource request failure information to the network device.
A needle protection device comprising a spring having a passage that extends in a longitudinal direction and with a diameter, the spring adapted to be wound and unwound to increase the diameter as the spring is wound and to decrease the diameter as the spring is unwound, and a needle extending into the spring passage the spring has an armed state In which the spring is in coaxial alignment with the axis of the needle in the armed state and is sufficiently wound such that the diameter of the passage is large enough for the needle to be slidable within the passage and a gripping state In which the spring is sufficiently unwound such that the diameter of the passage is small enough to engage the needle such as to inhibit movement of the needle within the passage in the longitudinal direction characterized in that the device includes a housing surrounding the spring, comprising a bearing surface positioned to cooperate with distal end of the spring to hold the spring in the armed state when the distal end is bearing against the bearing surface on which the distal end of the spring engages a segment of the spring movable out of said coaxial alignment to allow the distal end to move away from the bearing surface, the spring movable to the gripping state when the distal end is not bearing against the first bearing surface when the needle is with drawn from the patient.
A composition comprising a first copolypeptide comprising Substructure I, a second copolypeptide comprising Substructure II, and water, wherein Substructure I is depicted as follows: -X m -C p - Substructure I; Substructure II is depicted as follows: -Y n -A q - Substructure II; wherein: at least 80 mol% of the X amino acid residues are methionine sulfoxide, and the remaining X amino acid residues are independently selected from methionine sulfoxide, S-alkyl-cysteine sulfoxide, S-alkyl cysteine sulfone, glycosylated cysteine, serine, homoserine, homomethionine sulfoxide, glycine, and alanine; at least 80 mol% of the Y amino acid residues are methionine sulfoxide, and the remaining Y amino acid residues are independently selected from methionine sulfoxide, S-alkyl-cysteine sulfoxide, S-alkyl cysteine sulfone, glycosylated cysteine, serine, homoserine, homomethionine sulfoxide, glycine, and alanine; each instance of C is independently lysine or arginine; each instance of A is independently glutamic acid or aspartic acid; m is 100 to 600; n is 100 to 600; p is 20 to 200; q is 20 to 200; at least 90 mol% of the C amino acid residues are (d)-amino acid residues or at least 90 mol% of the C amino acid residues are (l)-amino acid residues; and at least 90 mol% of the A amino acid residues are -amino acid residues or at least 90 mol% of the A amino acid residues are -amino acid residues. Substructure I is depicted as follows: -X m -C p - Substructure I; Substructure II is depicted as follows: -Y n -A q - Substructure II; at least 80 mol% of the X amino acid residues are methionine sulfoxide, and the remaining X amino acid residues are independently selected from methionine sulfoxide, S-alkyl-cysteine sulfoxide, S-alkyl cysteine sulfone, glycosylated cysteine, serine, homoserine, homomethionine sulfoxide, glycine, and alanine; at least 80 mol% of the Y amino acid residues are methionine sulfoxide, and the remaining Y amino acid residues are independently selected from methionine sulfoxide, S-alkyl-cysteine sulfoxide, S-alkyl cysteine sulfone, glycosylated cysteine, serine, homoserine, homomethionine sulfoxide, glycine, and alanine; each instance of C is independently lysine or arginine; each instance of A is independently glutamic acid or aspartic acid; m is 100 to 600; n is 100 to 600; p is 20 to 200; q is 20 to 200; at least 90 mol% of the C amino acid residues are (d)-amino acid residues or at least 90 mol% of the C amino acid residues are (l)-amino acid residues; and at least 90 mol% of the A amino acid residues are -amino acid residues or at least 90 mol% of the A amino acid residues are -amino acid residues.
Protein-masked chrome tanning agents comprising chromium in the oxidation state 3 and proteins obtained by basic hydrolysis of collagen, wherein the chrome tanning agents have a flocculation point in the range from 66 to 150% basicity, and the flocculation point is determined by preparing an aqueous solution of the chrome tanning agent containing 2.6 wt% of chromium oxide, calculated as Cr 2 O 3, stirring the solution continuously at room temperature for 8 h and titrating it with 1.5 molar aqueous sodium carbonate solution until permanent flocculation is apparent.
A process for manufacturing a metallic porous body, by powder metallurgy, characterized in that it comprises the steps of: mixing, homogeneously and in predetermined quantities, a load of oxide ceramic material particles, reducible by a reducing agent selected from carbon and hydrogen, with a load of space holder particles, defined by graphite; compacting said mixture formed by ceramic material particles and space holder particles, in order to form a compact body (green piece) to be sintered having primary pores; and sintering said compact body, so that the ceramic material particles form sintering contacts with each other, wherein the sintering of the compact body is carried out in atmospheric air flow at temperatures from 600°C to 900°C, causing the reaction of the carbon of the space holder particles with the oxygen available at the atmosphere reigning in the sintering medium, producing the elimination of the space holder particles from the compact body being sintered, with the formation of open secondary pores, said process further including the subsequent step of submitting the sintered body to an oxi-reduction in a medium, which contains a gaseous reducing agent and which is maintained at a temperature defined between 570°C and 1100°C, so as to reduce the oxide ceramic material particles to metal.
Pulley for winch, in contact with at least one section of rope included between an inlet section, connected to a working load, and a outlet section, with minimum or null tension, said improved pulley comprising a kinematic chain formed of peripheral supports, each of said peripheral supports being an articulated quadrilateral composed of at least one frame integral with at least one disk, at least one crank, at least one rocker-type rod and at least one connecting rod in contact with said section of said rope, characterized in that each one of said peripheral supports is connected to two of said adjacent peripheral supports through a union of forks (323, 324) integral with said crank, respectively with a first fork integral with a first adjacent crank, and with a second fork integral with a second adjacent crank.
A method comprising: receiving, at a device in a network, traffic data regarding a plurality of observed traffic flows; mapping, by the device, one or more characteristics of the observed traffic flows from the traffic data to traffic characteristics associated with a targeted deployment environment; generating, by the device, synthetic traffic data based on the mapped traffic characteristics associated with the targeted deployment environment; and training, by the device, a machine learning-based traffic classifier using the synthetic traffic data. receiving, at a device in a network, traffic data regarding a plurality of observed traffic flows; mapping, by the device, one or more characteristics of the observed traffic flows from the traffic data to traffic characteristics associated with a targeted deployment environment; generating, by the device, synthetic traffic data based on the mapped traffic characteristics associated with the targeted deployment environment; and training, by the device, a machine learning-based traffic classifier using the synthetic traffic data.