mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a hard-coated tool having a hard titanium aluminum nitride coating by chemical vapor deposition, comprising using a mixture gas A comprising a TiCl 4 gas, an AlCl 3 gas, an N 2 gas, and an H 2 gas, and a mixture gas B comprising an NH 3 gas, an N 2 gas, and an H 2 gas as starting material gases; rotating first and second nozzles (11a, 12a) arranged with different distances from the rotation axis. disposing a tool substrate around said first and second nozzles (11a, 12a); and ejecting said mixture gas A and said mixture gas B separately from said first and second nozzles (11a, 12a), wherein with the total amount of said mixture gases A and B as 100 % by volume, the content of the TiCl 4 gas is 0.02 % to 0.31 % by volume, the content of the AlCl 3 gas is 0.15 % to 0.8 % by volume and the content of the N 2 gas is 3 % to 40 % by volume, the balance being an H 2 gas in said mixture gas A, and the content of the NH 3 gas is 0.4 % to 0.19 % by volume and the content of the N 2 gas is 2 % - 26 % by volume, the balance being an H 2 gas in said mixture gas B, wherein a volume ratio H 2 / H 2 of the H 2 gas in said mixture gas A to the H 2 gas in said mixture gas B is 1 to 5. using a mixture gas A comprising a TiCl 4 gas, an AlCl 3 gas, an N 2 gas, and an H 2 gas, and a mixture gas B comprising an NH 3 gas, an N 2 gas, and an H 2 gas as starting material gases; rotating first and second nozzles (11a, 12a) arranged with different distances from the rotation axis. disposing a tool substrate around said first and second nozzles (11a, 12a); and ejecting said mixture gas A and said mixture gas B separately from said first and second nozzles (11a, 12a), wherein with the total amount of said mixture gases A and B as 100 % by volume, the content of the TiCl 4 gas is 0.02 % to 0.31 % by volume, the content of the AlCl 3 gas is 0.15 % to 0.8 % by volume and the content of the N 2 gas is 3 % to 40 % by volume, the balance being an H 2 gas in said mixture gas A, and the content of the NH 3 gas is 0.4 % to 0.19 % by volume and the content of the N 2 gas is 2 % - 26 % by volume, the balance being an H 2 gas in said mixture gas B, wherein a volume ratio H 2 / H 2 of the H 2 gas in said mixture gas A to the H 2 gas in said mixture gas B is 1 to 5.
Method for filling a NO/N 2 gas mixture in a vessel comprising steps for: a) introducing into a vessel a gas premixture formed from NO and N 2 containing a NO content less than 10% by volume until a first pressure P1 is reached, where P1 > 1 bar, b) introducing into the vessel containing the NO/N 2 premixture at the first pressure P1, nitrogen gas until a final NO/N 2 gas mixture containing a NO content less than or equal to 1200 ppm by volume and a second pressure P2 between P1 and 800 bar are obtained. a) introducing into a vessel a gas premixture formed from NO and N 2 containing a NO content less than 10% by volume until a first pressure P1 is reached, where P1 > 1 bar, b) introducing into the vessel containing the NO/N 2 premixture at the first pressure P1, nitrogen gas until a final NO/N 2 gas mixture containing a NO content less than or equal to 1200 ppm by volume and a second pressure P2 between P1 and 800 bar are obtained.
A nanocarrier for transdermal penetration comprising a chitosan-pluronic complex in which chitosan is substituted at both ends of a pluronic polymer, and a pluronic polymer, wherein the pluronic polymer is represented by the following chemical formula 1: [Chemical Formula 1] a - b - a wherein the PEO is polyethylene oxide, the PPO is polypropylene oxide, and the a and b are each independently an integer of 1 to 300, wherein a molecular weight of the chitosan is 3 kDa, wherein a weight ratio of chitosan-pluronic complex and the pluronic polymer is 8:2. wherein the PEO is polyethylene oxide, the PPO is polypropylene oxide, and the a and b are each independently an integer of 1 to 300, wherein a molecular weight of the chitosan is 3 kDa, wherein a weight ratio of chitosan-pluronic complex and the pluronic polymer is 8:2.
A method for verifying a user for a request for an online account, the method comprising: sending, by a mobile device (110, 210) to a server (120, 220), application data from a mobile application running on the mobile device and a device identifier, hereinafter ID, identifying the mobile device; receiving, by the mobile device from the server, a request ID and a human challenge-response test, the request ID being at least one of an application ID or a one-time key generated by the server; receiving, by the mobile device from a user interface of the mobile device, a user's solution to the human challenge-response test; sending, by the mobile device to the server, the request ID and a response hash value generated on the user's solution, and at least one of the application ID, the device ID, or the one-time key; and receiving, by the mobile device from the server, a verification result indicating whether the request for the online account is fulfilled, wherein the verification result is based on at least whether the response hash value is received by the server within an expiration time period, the expiration time period being based on the number of requests within a monitoring time period having the device ID. sending, by a mobile device (110, 210) to a server (120, 220), application data from a mobile application running on the mobile device and a device identifier, hereinafter ID, identifying the mobile device; receiving, by the mobile device from the server, a request ID and a human challenge-response test, the request ID being at least one of an application ID or a one-time key generated by the server; receiving, by the mobile device from a user interface of the mobile device, a user's solution to the human challenge-response test; sending, by the mobile device to the server, the request ID and a response hash value generated on the user's solution, and at least one of the application ID, the device ID, or the one-time key; and receiving, by the mobile device from the server, a verification result indicating whether the request for the online account is fulfilled,
Tyre comprising a tread, said tread comprising at least one elongate block, the elongate block being delimited by at least one lateral wall and a contact face, said lateral wall making a non-zero angle with a transverse direction, said contact face being intended to come into contact with a road surface, the tyre comprising at least one channel that extends through the elongate block and leads onto the lateral wall of this elongate block, the tyre comprising a sipe extending from the channel towards the contact face, said sipe leading onto the lateral wall of the elongate block in a lateral wall outlet region, characterized in that the lateral wall of the elongate block is inclined with respect to a radial direction, at least in the lateral wall outlet region of the sipe, at an angle θ of between 20 degrees and 60 degrees with respect to this radial direction characterized in that the elongate block is part of a set of blocks, said set of blocks extending from the edge of the tread towards the centre, generally along a curvature C, said set of blocks being repeated around the entire circumference of the tyre such that the tyre is directional, at least in part, and in that the elongate block is separated from another block of the set of blocks by a groove, said groove delimiting the inclined lateral wall of the elongate block into which the sipe and the channel lead.
Slide arrangement for a corner bearing or a pivot part for the covered arrangement of a casement, of a window, of a door or the like that is pivotable with respect to a frame with a linkage arrangement for the connection of the casement to the frame, wherein a slide is rotatably connected with at least one link via a journal, which may be inserted from an open longitudinal side in an undercut groove arranged on the casement or on the frame, and comprises the locking elements, which may be brought into a position engaging behind the undercut groove by twisting, wherein the slide may be locked on the link against twisting and unlocked by means of a twist lock, wherein the twist lock is arranged on the link to be rotatable with the slide on the link and is secured against twisting in a position in the undercut groove, wherein this position on the link is secured against twisting, characterized in that the twist lock consists of a spring-elastic detent and a detent recess to receive the spring-elastic detent on the link, wherein the detent is connected to a lever arm, by means of which the slide may be pivoted manually against the link.
An apparatus for monitoring clock signals, comprising: an interface circuit configured to receive an operating parameter; a control circuit coupled to the interface circuit and configured to store the operating parameter; and a clock error detection circuit coupled to the control circuit, wherein the clock error detection circuit is configured to detect a clock error condition on a clock signal (ref_clk_1...ref_clk_N) based upon the operating parameter and, responsive to detecting the clock error condition, generate a signal (clk_stop, clk_glitch, clk_oor, locked, interrupt) indicating an occurrence of the clock error condition; wherein the clock error detection circuit is configured to detect the occurrence of the clock error condition based, at least in part, upon a comparison of an amount of time the clock signal is high to an amount of time the clock signal is low. an interface circuit configured to receive an operating parameter; a control circuit coupled to the interface circuit and configured to store the operating parameter; and a clock error detection circuit coupled to the control circuit, wherein the clock error detection circuit is configured to detect a clock error condition on a clock signal (ref_clk_1...ref_clk_N) based upon the operating parameter and, responsive to detecting the clock error condition, generate a signal (clk_stop, clk_glitch, clk_oor, locked, interrupt) indicating an occurrence of the clock error condition; wherein the clock error detection circuit is configured to detect the occurrence of the clock error condition based, at least in part, upon a comparison of an amount of time the clock signal is high to an amount of time the clock signal is low.
A surgical instrument, in particular electrosurgical instrument, having an RFID tag which is provided with an FRAM storage device for individually recognizing or detecting the surgical instrument, wherein the surgical instrument has a cable, in particular a power cable or a connecting cable, and the cable of the surgical instrument being designed with a connecting coupling, in particular a plug, wherein the connecting coupling is designed with the FRAM storage device.
A method at a session management function entity (1200, 1300, 1500), comprising: receiving a third message related to a secondary authentication and/or authorization of a session of a terminal device from an authentication, authorization, and accounting, AAA, server (1200, 1400, 1600); and sending a fourth message to the AAA server (1200, 1400, 1600), wherein the fourth message includes information for indicating that the terminal device has moved to a first network and re-authentication of the terminal device is not applicable for the first network. receiving a third message related to a secondary authentication and/or authorization of a session of a terminal device from an authentication, authorization, and accounting, AAA, server (1200, 1400, 1600); and sending a fourth message to the AAA server (1200, 1400, 1600), wherein the fourth message includes information for indicating that the terminal device has moved to a first network and re-authentication of the terminal device is not applicable for the first network.
A hybrid driving system for vehicle, comprising a main traction motor, an integrated starter-generator, an engine, a main shaft, a first stage decelerating device, a second stage decelerating device and a primary clutch, wherein the main shaft is connected to the main traction motor, a driving disc of the primary clutch is connected to the integrated starter-generator and the engine, a driven disc of the primary clutch is connected to the main shaft, and the hybrid driving system outputs power via the first stage decelerating device, wherein the hybrid driving system further comprises: a first clutch, the main traction motor being connected to the first stage decelerating device via the first clutch; a second clutch, the main traction motor being connected to the second stage decelerating device via the second clutch and then being connected to the first stage decelerating device via the second stage decelerating device; a second gear shaft and a third gear shaft, wherein the second clutch is connected to the second stage decelerating device via the second gear shaft, and the second stage decelerating device is connected to the first stage decelerating device via the third gear shaft, wherein the third gear shaft is arranged in parallel with the main shaft and characterized in that: a continuous power shift is realised by controlling a synchronous disengagement/engagement of the first clutch and the second clutch; and the first clutch is provided in a space formed by a rotor support of the main traction motor and the main shaft; and the second clutch is provide in a space formed by a rotor support of the main traction motor and the main shaft. a first clutch, the main traction motor being connected to the first stage decelerating device via the first clutch; a second clutch, the main traction motor being connected to the second stage decelerating device via the second clutch and then being connected to the first stage decelerating device via the second stage decelerating device; a second gear shaft and a third gear shaft, wherein the second clutch is connected to the second stage decelerating device via the second gear shaft, and the second stage decelerating device is connected to the first stage decelerating device via the third gear shaft, wherein the third gear shaft is arranged in parallel with the main shaft and characterized in that: a continuous power shift is realised by controlling a synchronous disengagement/engagement of the first clutch and the second clutch; and the first clutch is provided in a space formed by a rotor support of the main traction motor and the main shaft; and the second clutch is provide in a space formed by a rotor support of the main traction motor and the main shaft. a continuous power shift is realised by controlling a synchronous disengagement/engagement of the first clutch and the second clutch; and the first clutch is provided in a space formed by a rotor support of the main traction motor and the main shaft; and the second clutch is provide in a space formed by a rotor support of the main traction motor and the main shaft.
A method for determining a length of a partially prefabricated second electrical line, wherein the partially prefabricated second electrical line 5 and a first electrical line having a length and having a marking by cutting to length a partially prefabricated line having the initial length and the marking, wherein the line is partially prefabricated as a single line or as a line combined with 10 several further partially prefabricated lines as a cable bundle for the cabling of a mounting arrangement, wherein a line type is determined on the basis of the marking, wherein the identification comprises information for the identification of the terminals of electrical devices to which the second electrical line is to be connected in 15 of the electrical mounting arrangement is to be connected, and wherein the method comprising at least the following steps: a) determining the length of the first electrical line by a device for determining the line length, b) determining an identifier of the first electrical line by detecting the marking of the first electrical line, c) determining the length of the second electrical line, which is intended for installation in electrical installation assembly, on the basis of the length of the first electrical line and the starting length determined by means of the identifier. a) determining the length of the first electrical line by a device for determining the line length, b) determining an identifier of the first electrical line by detecting the marking of the first electrical line, c) determining the length of the second electrical line, which is intended for installation in electrical installation assembly, on the basis of the length of the first electrical line and the starting length determined by means of the identifier.
A method for requesting an intervention of a fly-by-wire vehicle by an onboard pilot or crewmember, wherein said fly-by-wire vehicle includes conventional cockpit controls and an onboard auxiliary navigation system; and wherein said fly-by-wire vehicle is remotely controlled by a first ground based control and operation station, GBCOS, and power has been removed from said conventional cockpit controls; said method comprising: sending a distress signal from onboard the fly-by-wire vehicle to an alternate GBCOS; interpreting, at said alternate GBCOS, said distress signal and sending responding signals from said GBCOS to said auxiliary navigation system onboard the aircraft interpreting said responding signals at said auxiliary navigation system, wherein, in case of approval by said auxiliary navigation system, switching control of said fly-by-wire vehicle to said alternate GBCOS and removing control from said first GBCOS. sending a distress signal from onboard the fly-by-wire vehicle to an alternate GBCOS; interpreting, at said alternate GBCOS, said distress signal and sending responding signals from said GBCOS to said auxiliary navigation system onboard the aircraft interpreting said responding signals at said auxiliary navigation system, wherein, in case of approval by said auxiliary navigation system, switching control of said fly-by-wire vehicle to said alternate GBCOS and removing control from said first GBCOS.
A method for obtaining an Ecklonia maxima algae extract, characterized in that it comprises: (a) introducing a dehydrated Ecklonia maxima algae mass with a moisture comprised between 5 and 15% w/w in a reactor with water in a proportional amount of kg water/kg algae of 9.29; (b) allowing the mixture obtained in the preceding step to soak for a period of time of 3 to 6 hours and at a temperature between 80 and 90°C, (c) separating the solid phase from the liquid phase when the liquid phase has reached a dry residue of between 1.9 and 2.1% w/w, (d) stabilizing the liquid phase obtained in the preceding step by adding 0.5% w/w of a preservative and filtering through a filtration membrane with a pore size equal to or greater than 80 μm, and wherein the method is carried out at atmospheric pressure. (a) introducing a dehydrated Ecklonia maxima algae mass with a moisture comprised between 5 and 15% w/w in a reactor with water in a proportional amount of kg water/kg algae of 9.29; (b) allowing the mixture obtained in the preceding step to soak for a period of time of 3 to 6 hours and at a temperature between 80 and 90°C, (c) separating the solid phase from the liquid phase when the liquid phase has reached a dry residue of between 1.9 and 2.1% w/w, (d) stabilizing the liquid phase obtained in the preceding step by adding 0.5% w/w of a preservative and filtering through a filtration membrane with a pore size equal to or greater than 80 μm,
A drier for an air drying auto-oxidisable resin composition comprising a polymer comprising unsaturated fatty acid residues, the drier comprising a manganese triaza complex comprising the following structure: wherein R 1 = C 1 -C 20 alkyl optionally substituted with heteroatoms, or C 6 -C 20 aryl optionally substituted with heteroatoms; X and Y are independently selected from O and OC(R 2)O, in which a=4 when X=O, and a=3 when X= OC(R 2)O, and in which b=4 when Y=O, and b=3 when Y= OC(R 2)O; Wherein R 2 = C 1 -C 20 alkyl optionally substituted with heteroatoms, C 6 -C 20 aryl optionally substituted with heteroatoms, or a polymeric residue, and one or more anions, being chosen PF 6 -, SbF 6 -, AsF 6 -, BF 4 -, B(C 6 F 5) 4 -, Cl -, Br -, I -, NO 3 -, or R 3 COO - or SO 4 2-, and wherein R 3 is C 1 -C 20 alkyl optionally substituted with heteroatoms, C 6 -C 20 aryl optionally substituted with heteroatoms, or a polymeric residue, and wherein the drier comprises an additional amount of 1,4,7-trialkyl-1,4,7-triazacyclononane having the general structure in which R 1 is as defined above; wherein the 1,4,7-trialkyl-1,4,7-triazacyclononane is present in an amount such that the molar ratio of L:Mn is at least 2.5:1. R 1 = C 1 -C 20 alkyl optionally substituted with heteroatoms, or C 6 -C 20 aryl optionally substituted with heteroatoms; X and Y are independently selected from O and OC(R 2)O, in which a=4 when X=O, and a=3 when X= OC(R 2)O, and in which b=4 when Y=O, and b=3 when Y= OC(R 2)O; Wherein R 2 = C 1 -C 20 alkyl optionally substituted with heteroatoms, C 6 -C 20 aryl optionally substituted with heteroatoms, or a polymeric residue, and one or more anions, being chosen PF 6 -, SbF 6 -, AsF 6 -, BF 4 -, B(C 6 F 5) 4 -, Cl -, Br -, I -, NO 3 -, or R 3 COO - or SO 4 2-, and wherein R 3 is C 1 -C 20 alkyl optionally substituted with heteroatoms, C 6 -C 20 aryl optionally substituted with heteroatoms, or a polymeric residue,
Device for distributing a gas phase of at least one solid precursor, said device comprising: - a vessel intended to contain a solid phase of said precursor, the vessel having a bottom and a top, - a first heating means configured to heat at least a part of the vessel and/or of the solid phase so as to form a gas phase of said precursor in the vessel, - distribution means (13, 14) fluidically connected to the vessel and configured to distribute the gas phase from the vessel to a point of use, characterized in that the device comprises an enclosure having an internal volume in which the vessel, the first heating means and the distribution means (13, 14) are arranged, the enclosure having a substantially vertical axial direction (z) oriented in an upward direction, the internal volume of the enclosure comprising a lower zone and an upper zone, said device further comprising a second heating means configured to heat at least a part of the internal volume of the enclosure, the second heating means comprising an air circulation means configured to circulate air from the second heating means in the direction of the internal volume of the enclosure. - a vessel intended to contain a solid phase of said precursor, the vessel having a bottom and a top, - a first heating means configured to heat at least a part of the vessel and/or of the solid phase so as to form a gas phase of said precursor in the vessel, - distribution means (13, 14) fluidically connected to the vessel and configured to distribute the gas phase from the vessel to a point of use,
Method for making a dejuiced vegetable for a food product that is suitable for human consumption, has a firm texture and is made from a mixture of protein-containing ingredients and the dejuiced vegetable by kneading the dejuiced vegetable into the protein containing ingredients, characterized in that the dejuiced vegetable is made by finely grinding a vegetable and after that extracting vegetable juice from the finely ground vegetable in a separating device, such as a decanter, a press or a centrifuge until less than 50 wt% of the original amount of vegetable remains as dejuiced vegetable and before the moisture content of the dejuiced vegetable falls below 55%.