mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating the strength of a graphical password comprising two or more segments, the method comprising: (a) applying a first operation on a first segment of the graphical password to produce a first transformed segment; (b) performing a comparison operation between the first transformed segment and a second segment of the graphical password, comprising determining whether the first transformed segment is similar or identical the second segment, (c) based on an outcome of the comparison operation, performing a penalty operation with respect to the first segment in response to the determining that the first transformed segment is similar or identical to the second segment, wherein the step of performing the penalty operation comprises: calculating a penalty value, wherein the penalty value is used in calculating a value representing the strength of the graphical password; and disregarding the first or the second segment when calculating the value representing the strength of the graphical password. (a) applying a first operation on a first segment of the graphical password to produce a first transformed segment; (b) performing a comparison operation between the first transformed segment and a second segment of the graphical password, comprising determining whether the first transformed segment is similar or identical the second segment, (c) based on an outcome of the comparison operation, performing a penalty operation with respect to the first segment in response to the determining that the first transformed segment is similar or identical to the second segment, calculating a penalty value, wherein the penalty value is used in calculating a value representing the strength of the graphical password; and disregarding the first or the second segment when calculating the value representing the strength of the graphical password.
A rolling bearing, more particularly an open-centred large rolling bearing, having two concentric bearing rings (2, 3) which are supported against one another in the axial direction of the rolling bearing by means of at least two thrust bearings (8, 9, 10, 17), which are arranged on opposite end faces of a bearing ring, and in the radial direction of the rolling bearing, said bearing rings are supported against one another by several radial bearings (11, 12, 13, 14), which are arranged on inner and outer circumferential sides of a bearing ring, wherein the bearing rings (2, 3) are supported against one another in the radial direction by at least three radial bearings (11, 12, 13, 14), which are arranged on inner and outer circumferential sides of a bearing ring, characterized in that at least one of the at least three radial bearings is arranged in a bearing gap portion located between the thrust bearings (8, 9; 10, 17), which are arranged on the oppositely disposed end faces of the bearing ring, and at least one other of the at least three radial bearings (11, 12, 14) is arranged in another bearing gap portion (20, 21) not located between any of the thrust bearings (8, 9; 10, 17).
A projection welding structure comprising a first plate member, which is to be welded to a second plate member, wherein the first plate member comprises a plurality of welding projections formed on a surface of the first plate member characterised in that the second plate member is perpendicular to the surface of the first plate member; the second plate member is disposed with an end face of the second plate member facing the surface of the first plate member, and a plurality of projection portions are provided at locations on the end face of the second plate member facing towards the respective welding projections, projecting out from the end face and abutting so as to be welded to the welding projections.
A device, in particular for functional muscle training or assistance during surgery, comprising an actuator operatively connected with a cable, an arm for guiding said cable, an adjusting mechanism for adjusting said arm, a control unit for controlling at least said actuator, and detection means for determining the spatial position of a handling device operatively connected with said cable based on a cable outlet direction from the cable guiding of said arm, an output cable length, and the spatial position of said arm and for determining a cable force Fs acting on said cable, wherein said control unit controls said actuator based on the comparison of the determined spatial position and/or the cable force F S and/or a derivation thereof with predetermined values.
An in vitro method of inhibiting histone acetyltransferases (HATs) by Sodium-4-(3,5-bis(4-hydroxy-3-methoxystyryl)-1 H -pyrazol-1-yl)benzoate (CTK7A), said method comprising step of incubating the HATs with CTK7A, wherein the HATs are CREB binding protein (p300/CBP) and P300/CBP Associated factor (PCAF).
A method for reporting channel state information, comprising: obtaining channel state information of a described object; characterized by further comprising: when a reporting instance arrives, feeding back the obtained channel state information of the described object to a base station in a comb manner corresponding to a current number at a set interval of numbers, wherein the comb manner refers to reporting the channel state information of the described object corresponding to the current number at the set interval of numbers according to a numbering sequence of the described object; and in a next reporting instance, reporting channel state information of the described object whose channel state information is not reported to the base station at the reporting instance according to the numbering sequence of the described objects; wherein the described object is a sub-band, a bandwidth part, an antenna port, a cooperating cell, or a component carrier. obtaining channel state information of a described object; characterized by further comprising: when a reporting instance arrives, feeding back the obtained channel state information of the described object to a base station in a comb manner corresponding to a current number at a set interval of numbers, wherein the comb manner refers to reporting the channel state information of the described object corresponding to the current number at the set interval of numbers according to a numbering sequence of the described object; and in a next reporting instance, reporting channel state information of the described object whose channel state information is not reported to the base station at the reporting instance according to the numbering sequence of the described objects; wherein the described object is a sub-band, a bandwidth part, an antenna port, a cooperating cell, or a component carrier. when a reporting instance arrives, feeding back the obtained channel state information of the described object to a base station in a comb manner corresponding to a current number at a set interval of numbers, wherein the comb manner refers to reporting the channel state information of the described object corresponding to the current number at the set interval of numbers according to a numbering sequence of the described object; and in a next reporting instance, reporting channel state information of the described object whose channel state information is not reported to the base station at the reporting instance according to the numbering sequence of the described objects; wherein the described object is a sub-band, a bandwidth part, an antenna port, a cooperating cell, or a component carrier.
A power take-off coupler comprising: a first extremity to be connected to an equipment; and a second extremity having a plurality of teeth along a circumference thereof, wherein subsequent teeth are separated by a gap, each of the teeth has a base narrower than its top, and each gap is larger than the top of the teeth, characterized in that, when the PTO coupler is engaged to a corresponding receiving coupler, the interlocking of the plurality of teeth and gaps counteract axial load generated during operation. a first extremity to be connected to an equipment; and a second extremity having a plurality of teeth along a circumference thereof, wherein subsequent teeth are separated by a gap, each of the teeth has a base narrower than its top, and each gap is larger than the top of the teeth,
A method for detecting, separating and identifying an expressed trace protein and/or peptide in a test sample comprising: converting a protein and/or peptide in a test sample to a fluorescent derivative to obtain the protein and/or peptide labeled with a fluorogenic derivatization reagent, wherein said fluorogenic derivatization reagent is selected from DAABD-X, TAABD-X, DAABSeD-X, TAABSeD-X, DAABThD-X and TAABThD-X, wherein X is Cl of F, subjecting the labeled protein and/or peptide to one-dimensional or two-dimensional HPLC/fluorescence detection to obtain fluorescent fractions, subjecting the fluorescent fractions to enzymatic hydrolysis to obtain digested peptide fragments, subjecting the digested peptide fragments to second stage HPLC/fluorescence detection to obtain a fluorescent chromatogram applying peptide fractions of the fluorescent chromatogram to mass spectrometry or MS/MS analysis, collating the mass spectrometry or MS/MS data with a database and providing said collated data for structural analysis to identify the expressed protein and/or peptide.
A wire wrapping device, comprising: (a) a turntable assembly, including (i) a turntable; (ii) a first driver adapted to rotate said turntable; and (b) a set of payout carriers mounted on said turntable, each said payout carrier adapted to let out wire to be wrapped; characterised in that the device further comprises: (c) a second driver adapted to rotate each payout carrier relative to said turntable, said second driver being user adjustable to rotate each payout carrier by a selectable amount, the rotation of each respective payout carrier by the second driver causing a controlled amount of twist to be imparted to the wire let out by the respective payout carrier. (a) a turntable assembly, including (i) a turntable; (ii) a first driver adapted to rotate said turntable; and (i) a turntable; (ii) a first driver adapted to rotate said turntable; and (b) a set of payout carriers mounted on said turntable, each said payout carrier adapted to let out wire to be wrapped; characterised in that the device further comprises: (c) a second driver adapted to rotate each payout carrier relative to said turntable, said second driver being user adjustable to rotate each payout carrier by a selectable amount, the rotation of each respective payout carrier by the second driver causing a controlled amount of twist to be imparted to the wire let out by the respective payout carrier.
Control device for a vehicle comprising i) a train, ii) at least one energy storage means, iii) a first non-thermal drive machine (MM 1) suitable for being coupled to said train via gear change means having an open state of decoupling and a closed state of coupling, and iv) a e second prime mover thermal and adapted to be coupled to an audit process via coupling means having an open state for decoupling and a closed state of coupling, said first prime mover and said gear changing means, said device comprising control means triggering a placing said gearshift means in their open state and a placement of said coupling means in their closed state for recharging the e said means energy storage with said first prime mover (MM 1) when said vehicle has a low speed less than or equal to a predefined threshold of 5 km / h, characterized in that said control means prohibit for a period selected reactivating the charging in case of e brief stop between 300 ms and 2 seconds of said vehicle, representative of a start of operation, followed by a new movement in said low vehicle speed resulting in deactivation of said recharge. i) a train, ii) at least one energy storage means, iii) a first non-thermal drive machine (MM 1) suitable for being coupled to said train via gear change means having an open state of decoupling and a closed state of coupling, and iv) a e second prime mover thermal and adapted to be coupled to an audit process via coupling means having an open state for decoupling and a closed state of coupling, said first prime mover and said gear changing means,
An inflatable balloon cuff comprising: a tapered section along at least 50% of the length of the inflated balloon cuff, wherein a portion of the tapered section is adapted to form a wrinkle-free band at least 1 millimeter in length against a patient's tracheal wall when inflated; one portion of the tapered cuff is adapted to create wrinkled region against the tracheal walls when inflated by including cuff walls with fully inflated diameters larger than the diameter of the tracheal passage; one region of the tapered cuff is adapted to create minimal contact with the tracheal walls when inflated by cuff walls having diameters smaller than the tracheal diameter; and a balloon wall of the tapered section is of continuously varying thickness along the tapered section such that the balloon wall at the widest point of the tapered section is thinner than the balloon wall at the narrowest point of the tapered section.
A laundry device comprising: a body; a drum provided in the body; and a motor driven for rotating the drum, characterized in that a plurality of holes (131, 132) having each a diameter of less than 1 mm are formed on a circumferential surface of the drum, the laundry device includes; a steam supply part in the body for spraying high temperature steam into the drum so as to supply moisture to the laundry for soaking contaminants; and/or a detergent supply part (310, 320, 330) in the body for spraying fluid detergent in spray state into the drum; and/or a washing water spray part (420, 430) in the body for spraying washing water into the drum so as to supply additional washing water; and the motor is driven at high speed of at least 2000 RPM so as to separate moisture containing contaminants from the laundry. a body; a drum provided in the body; and a motor driven for rotating the drum, characterized in that a plurality of holes (131, 132) having each a diameter of less than 1 mm are formed on a circumferential surface of the drum, the laundry device includes; a steam supply part in the body for spraying high temperature steam into the drum so as to supply moisture to the laundry for soaking contaminants; and/or a detergent supply part (310, 320, 330) in the body for spraying fluid detergent in spray state into the drum; and/or a washing water spray part (420, 430) in the body for spraying washing water into the drum so as to supply additional washing water; and the motor is driven at high speed of at least 2000 RPM so as to separate moisture containing contaminants from the laundry.
A sol-gel coating composition comprising: a) one or more silane hydrolysis promoting acids; b) at least one silanol precursor; and c) 10 to 35% by weight of an acrylic-based co-polymer comprising nitrogen-containing organic functional groups, based on the total weight of the sol-gel composition excluding the weight of water and solvents. a) one or more silane hydrolysis promoting acids; b) at least one silanol precursor; and c) 10 to 35% by weight of an acrylic-based co-polymer comprising nitrogen-containing organic functional groups, based on the total weight of the sol-gel composition excluding the weight of water and solvents.
A treatment tool (1; 41; 51; 71) for an endoscope which is insertable into a body cavity for use, comprising: a wire shaped manipulation member having a treatment part (20, 21; 72) with a distal end thereof configured to administer a treatment procedure to a subject by applying thermal energy to the subject; a tubular shaped sheath composed of thermoplastic resin having an insertion path in which said wire shaped manipulation member is inserted, the sheath having a contact part provided on a distal end thereof which contacts with the treatment part (20, 21; 72) when the treatment procedure is administered by the treatment part (20, 21; 72); a manipulation part attached to a proximal end of said wire shaped manipulation member so as to move the treatment part (20, 21; 72) which contacts with the contact part in a prescribed range with respect to the sheath in order to administer the treatment procedure; characterised by a crosslinked part (11; 73) being formed by crosslinking the thermoplastic resin of the contact part and proximity thereof in a range corresponding to the prescribed range where the treatment part moves by irradiating with ionizing radiation. a wire shaped manipulation member having a treatment part (20, 21; 72) with a distal end thereof configured to administer a treatment procedure to a subject by applying thermal energy to the subject; a tubular shaped sheath composed of thermoplastic resin having an insertion path in which said wire shaped manipulation member is inserted, the sheath having a contact part provided on a distal end thereof which contacts with the treatment part (20, 21; 72) when the treatment procedure is administered by the treatment part (20, 21; 72); a manipulation part attached to a proximal end of said wire shaped manipulation member so as to move the treatment part (20, 21; 72) which contacts with the contact part in a prescribed range with respect to the sheath in order to administer the treatment procedure; characterised by a crosslinked part (11; 73) being formed by crosslinking the thermoplastic resin of the contact part and proximity thereof in a range corresponding to the prescribed range where the treatment part moves by irradiating with ionizing radiation.
A method of communicating with a downhole tool, the method comprising: assigning unique addresses to a plurality of downhole tools (16, 24, 116, 124, 216, 224), at least one of the tools (16, 24, 116, 124, 216, 224) configured to function as a router (24, 124, 224); mounting the tools (16, 24, 116, 124, 216, 224) on a reelable support (18, 118) including an optical fibre and locating the tools (16, 24, 116, 124, 216, 224) in a bore; mounting a surface controller on a winch associated with the reelable support (18, 118); and transferring data between at least one of the tools (16, 116, 216) and the surface controller via the router (24, 124, 224) and the optical fibre during operation of the winch. assigning unique addresses to a plurality of downhole tools (16, 24, 116, 124, 216, 224), at least one of the tools (16, 24, 116, 124, 216, 224) configured to function as a router (24, 124, 224); mounting the tools (16, 24, 116, 124, 216, 224) on a reelable support (18, 118) including an optical fibre and locating the tools (16, 24, 116, 124, 216, 224) in a bore; mounting a surface controller on a winch associated with the reelable support (18, 118); and transferring data between at least one of the tools (16, 116, 216) and the surface controller via the router (24, 124, 224) and the optical fibre during operation of the winch.
Process for continuous electrochemical tinning of an aluminum wire, comprising the steps of: a) - providing an aluminum wire, b) - performing pickling of said aluminum wire by moving said aluminum wire through a pickling tank containing a solution comprising caustic soda and gluconate, and having a temperature comprised between 40°C and 80°C, c) - performing carburization of said aluminum wire obtained from said step b) by moving said aluminum wire through a carburization tank containing a solution comprising zinc and caustic soda, and having a temperature comprised between 15°C and 50°C, d) - performing alkaline copper plating of said aluminum wire obtained from said step c) by moving said aluminum wire through an alkaline copper plating tank containing a solution comprising copper and conducting salts, and having a temperature comprised between 50°C and 70°C and an applied voltage value comprised between 2V and 4V, e) - performing acid copper plating of said aluminum wire obtained from said step d) by moving said aluminum wire through an acid copper plating tank containing a solution comprising copper sulphate and sulfuric acid, and having a temperature comprised between 20°C and 40°C and an applied voltage value comprised between 0,8V and 2V, f) - performing tinning of said aluminum wire obtained from said step e) by moving said aluminum wire through a tinning tank containing a solution comprising methanesulfonic acid and methanesulfonic tin, and having a temperature comprised between 15°C and 35°C and an applied voltage value comprised between 0,5V and 2,7V. a) - providing an aluminum wire, b) - performing pickling of said aluminum wire by moving said aluminum wire through a pickling tank containing a solution comprising caustic soda and gluconate, and having a temperature comprised between 40°C and 80°C, c) - performing carburization of said aluminum wire obtained from said step b) by moving said aluminum wire through a carburization tank containing a solution comprising zinc and caustic soda, and having a temperature comprised between 15°C and 50°C, d) - performing alkaline copper plating of said aluminum wire obtained from said step c) by moving said aluminum wire through an alkaline copper plating tank containing a solution comprising copper and conducting salts, and having a temperature comprised between 50°C and 70°C and an applied voltage value comprised between 2V and 4V, e) - performing acid copper plating of said aluminum wire obtained from said step d) by moving said aluminum wire through an acid copper plating tank containing a solution comprising copper sulphate and sulfuric acid, and having a temperature comprised between 20°C and 40°C and an applied voltage value comprised between 0,8V and 2V, f) - performing tinning of said aluminum wire obtained from said step e) by moving said aluminum wire through a tinning tank containing a solution comprising methanesulfonic acid and methanesulfonic tin, and having a temperature comprised between 15°C and 35°C and an applied voltage value comprised between 0,5V and 2,7V.
A method comprising: receiving (206; 304-b; 404-b), by a wireless device from a wireless access network node (104, 106), an indication of a supported extended emergency information, EEI, type supported by a wireless local area network, WLAN, wherein the supported EEI type is selected from among a plurality of different EEI types; sending (210; 308; 408) to a Registered Public Land Mobile Network, RPLMN, by the wireless device, a Session Initiation Protocol, SIP, message relating to an emergency call, the message including an extended emergency location, EEL, data set, the EEL data set comprising the supported EEI type and EEL information according to the supported EEI type, wherein the EEL information provides information enabling determination of a location of the wireless device; and sending, by the wireless device, the EEL data set in a message to a node for updating by the node an EEL data set entry of an Extended Medium Access Control, E-MAC, database of the node; wherein the EEI type is used as an index to the entry of the E-MAC database for the EEL information. receiving (206; 304-b; 404-b), by a wireless device from a wireless access network node (104, 106), an indication of a supported extended emergency information, EEI, type supported by a wireless local area network, WLAN, wherein the supported EEI type is selected from among a plurality of different EEI types; sending (210; 308; 408) to a Registered Public Land Mobile Network, RPLMN, by the wireless device, a Session Initiation Protocol, SIP, message relating to an emergency call, the message including an extended emergency location, EEL, data set, the EEL data set comprising the supported EEI type and EEL information according to the supported EEI type, wherein the EEL information provides information enabling determination of a location of the wireless device; and sending, by the wireless device, the EEL data set in a message to a node for updating by the node an EEL data set entry of an Extended Medium Access Control, E-MAC, database of the node; wherein the EEI type is used as an index to the entry of the E-MAC database for the EEL information.