mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented medical method of determining control data for controlling a brake mechanism of a medical robotic system comprising a passive mechatronic articulable arm including at least one joint, the method comprising the following steps: a) body part position data is acquired (S11; S21) which describes a position of an anatomical body part of a patient; b) mechatronic arm position data is acquired (S12, S23) based on the body part position data, wherein the mechatronic arm position data describes a relative position between the mechatronic articulable arm and the anatomical body part; c) brake modulation data is determined (S13, S24) based on the mechatronic arm position data, wherein the brake modulation data is determined to describe at least one electronic control signal to be issued to the medical robotic system for increasing a braking force to be applied by a brake mechanism of the mechatronic articulable arm while the at least one joint is being kept in a locked state to a value larger than the locking force. a) body part position data is acquired (S11; S21) which describes a position of an anatomical body part of a patient; b) mechatronic arm position data is acquired (S12, S23) based on the body part position data, wherein the mechatronic arm position data describes a relative position between the mechatronic articulable arm and the anatomical body part; c) brake modulation data is determined (S13, S24) based on the mechatronic arm position data, wherein the brake modulation data is determined to describe at least one electronic control signal to be issued to the medical robotic system for increasing a braking force to be applied by a brake mechanism of the mechatronic articulable arm while the at least one joint is being kept in a locked state to a value larger than the locking force.
A blade outer air seal (BOAS) arrangement for a gas turbine engine, comprising: a vane segment; and a blade outer air seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion, said leading edge portion including a seal land and a retention flange, wherein the seal land extends from said blade outer air seal body and includes an inward pointing extension that extends radially inwardly from said radially inner face, and contacts a portion of the vane segment, and the retention flange extends from said blade outer air seal body; characterised in that: the BOAS arrangement comprises a seal, the seal extending between said inward pointing extension and the vane segment, wherein at least a portion of said retention flange extends radially outwardly from seal; and said retention flange includes a radially outer portion and a radially inner portion, and said radially outer portion is received within a slot of a casing of the gas turbine engine and the vane segment rests against said radially inner portion. a vane segment; and a blade outer air seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion, said leading edge portion including a seal land and a retention flange, wherein the seal land extends from said blade outer air seal body and includes an inward pointing extension that extends radially inwardly from said radially inner face, and contacts a portion of the vane segment, and the retention flange extends from said blade outer air seal body; characterised in that: the BOAS arrangement comprises a seal, the seal extending between said inward pointing extension and the vane segment, wherein at least a portion of said retention flange extends radially outwardly from seal; and said retention flange includes a radially outer portion and a radially inner portion, and said radially outer portion is received within a slot of a casing of the gas turbine engine and the vane segment rests against said radially inner portion. the BOAS arrangement comprises a seal, the seal extending between said inward pointing extension and the vane segment, wherein at least a portion of said retention flange extends radially outwardly from seal; and said retention flange includes a radially outer portion and a radially inner portion, and said radially outer portion is received within a slot of a casing of the gas turbine engine and the vane segment rests against said radially inner portion.
A fluid circulation system for a cryocabin used in a whole-body cryotherapy treatment and configured to supply a cooling agent directly into said cryocabin, said system comprises a volatilization tank and a mixing tank being in fluid communication with each other and with the cryocabin, and a cryogenic intake appliance (12, 12a) for supply of cryogenic liquid into the volatilization tank, characterized in that said system further comprises a compressed air intake appliance (10, 10a) for supply of compressed air into the volatilization tank, which appliance (10, 10a) comprises a computer regulated valve, said appliances (10, 10a) and (12, 12a) disposed adjacent to each other, and in that said system is further configured for a compressed air intake into the volatilization tank in regular periodic pulses during the course of the cryotherapy treatment session, wherein intake of compressed air into the volatilization tank via the appliance (10, 10a) is controlled by the computer-regulated valve.
Use of a prolonged release formulation comprising melatonin in unit dosage form, each unit dosage comprising 0.025 to 10 mg of melatonin, in the manufacture of a medicament for improving the restorative quality of sleep in a patient suffering from primary insomnia characterized by non-restorative sleep, wherein the medicament comprises also at least one pharmaceutically acceptable diluent, preservative, antioxidant, solubilizer, emulsifiers, adjuvant or carrier.
A method of constructing a circuit by coupling two or more voltage regulators (110, 120, 210, 220) in parallel to provide a combined output current, the method comprising: providing a first voltage regulator (110, 210) that generates a substantially constant voltage, the first voltage regulator having a power output stage; the power output stage having a control input and an output; providing a second voltage regulator (120, 220) that generates a substantially constant voltage, the second voltage regulator having a power output stage; the power output stage having a control input and an output; providing a common input control voltage supplied to the power output stages of the first and second voltage regulators by coupling the control input of the first voltage regulator output stage to the control input of the second voltage regulator output stage such that the voltage at an output of the first voltage regulator and an output of the second voltage regulator is substantially equal, the input control voltage being a constant predetermined voltage through a resistor; and coupling the output of the first voltage regulator (110, 210) to the output of the second voltage regulator (120, 220) in parallel such that the combined output current produced is substantially equal to the sum of current produced by the first voltage regulator (110, 210) and the second voltage regulator (120, 220). providing a first voltage regulator (110, 210) that generates a substantially constant voltage, the first voltage regulator having a power output stage; the power output stage having a control input and an output; providing a second voltage regulator (120, 220) that generates a substantially constant voltage, the second voltage regulator having a power output stage; the power output stage having a control input and an output; providing a common input control voltage supplied to the power output stages of the first and second voltage regulators by coupling the control input of the first voltage regulator output stage to the control input of the second voltage regulator output stage such that the voltage at an output of the first voltage regulator and an output of the second voltage regulator is substantially equal, the input control voltage being a constant predetermined voltage through a resistor; and coupling the output of the first voltage regulator (110, 210) to the output of the second voltage regulator (120, 220) in parallel such that the combined output current produced is substantially equal to the sum of current produced by the first voltage regulator (110, 210) and the second voltage regulator (120, 220).
A glass having a compressive layer extending from a surface of the glass to a depth of compression DOC and under a maximum compressive stress CS, a central region having a maximum physical central tension CT at a center of the glass, the central region extending outward from the center to the depth of compression, and a thickness t in a range from 0.3 mm to 1.0 mm, wherein DOC ≥ 0.08·t and |CT|+ |CS| ≤ 350 MPa, wherein: a. the physical central tension CT is greater than 0.681 × (57 - 9.0 × ln( t) + 49.3 × (ln( t)) 2) when 0.3 mm ≤ t ≤ 0.5 mm; b. the physical central tension CT is greater than 0.728 × (57 - 9.0 × ln[ t] + 49.3 × (ln( t)) 2) when 0.5 mm ≤ t ≤ 0.7 mm; and c. the physical central tension CT is greater than 0.755 × − 38.7 MPa mm × ln t mm + 48.2 MPa when 0.7 mm < t ≤ 1.0 mm. a. the physical central tension CT is greater than 0.681 × (57 - 9.0 × ln( t) + 49.3 × (ln( t)) 2) when 0.3 mm ≤ t ≤ 0.5 mm; b. the physical central tension CT is greater than 0.728 × (57 - 9.0 × ln[ t] + 49.3 × (ln( t)) 2) when 0.5 mm ≤ t ≤ 0.7 mm; and c. the physical central tension CT is greater than 0.755 × − 38.7 MPa mm × ln t mm + 48.2 MPa when 0.7 mm < t ≤ 1.0 mm.
Device for sealing a line feed-through through an opening in a wall region, having at least one sealing element which can be arranged around the line and which has an inner face for placing on the line and an outer face for bringing into con-tact with a wall which delimits the opening, and having a tensioning device for tensioning the sealing element so that the sealing element abuts with the inner face thereof in a sealing manner against the line and abuts with the outer face thereof in a sealing manner against the wall, wherein the tensioning device has two tensioning members (12, 12') which are arranged at both sides of the sealing el-ement and which are variable with respect to each other in terms of spacing, wherein at least one of the tensioning members (12, 12') has a plurality of annular segments (16', 16", 16′′′) which can be assembled to form an annular member, wherein each annular segment can be reversibly coupled in each case at the end side via a connection portion (18, 18') to an adjacent annular segment (16', 16", 16′′′), wherein the two ends of the annular segments (16', 16", 16′′′) which can be coupled by means of the connection portion (18, 18') in each case form a plug type receiving member for the connection portion (18, 18'), characterised in that each annular segment (16', 16", 16′′′) comprises in each case at both ends a hook portion (32, 32'), which forms the plug type receiving member and is open towards the outer side thereof, for partially engaging around the connection portion (18, 18') which can be coupled thereto. wherein at least one of the tensioning members (12, 12') has a plurality of annular segments (16', 16", 16′′′) which can be assembled to form an annular member, wherein each annular segment can be reversibly coupled in each case at the end side via a connection portion (18, 18') to an adjacent annular segment (16', 16", 16′′′), wherein the two ends of the annular segments (16', 16", 16′′′) which can be coupled by means of the connection portion (18, 18') in each case form a plug type receiving member for the connection portion (18, 18'), characterised in that each annular segment (16', 16", 16′′′) comprises in each case at both ends a hook portion (32, 32'), which forms the plug type receiving member and is open towards the outer side thereof, for partially engaging around the connection portion (18, 18') which can be coupled thereto.
An active vibration reduction control apparatus of a vehicle in which a first motor, a torsional damper, an engine, a connector, and a second motor are sequentially connected, the apparatus comprising: a vibration extraction unit configured to extract a vibration signal from the second motor; a reference signal generation unit configured to generate a reference signal and a phase based on a rotation angle of the first motor; a coefficient determination unit configured to determine a filter coefficient for minimizing a phase difference between the generated reference signal and the extracted vibration signal; a phase determination unit configured to detect the phase difference between the reference signal and the vibration signal using a velocity signal of the first motor and the determined filter coefficient; a phase shift amount operation unit configured to adjust a phase for compensating for delay; an antiphase signal generation unit configured to generate an antiphase signal using the generated phase, the detected phase difference, and the adjusted phase; and a torque generation unit configured to multiply the antiphase signal by a reference torque to generate antiphase torque and to combine the antiphase torque and a command torque to generate vibration reduction torque. a vibration extraction unit configured to extract a vibration signal from the second motor; a reference signal generation unit configured to generate a reference signal and a phase based on a rotation angle of the first motor; a coefficient determination unit configured to determine a filter coefficient for minimizing a phase difference between the generated reference signal and the extracted vibration signal; a phase determination unit configured to detect the phase difference between the reference signal and the vibration signal using a velocity signal of the first motor and the determined filter coefficient; a phase shift amount operation unit configured to adjust a phase for compensating for delay; an antiphase signal generation unit configured to generate an antiphase signal using the generated phase, the detected phase difference, and the adjusted phase; and a torque generation unit configured to multiply the antiphase signal by a reference torque to generate antiphase torque and to combine the antiphase torque and a command torque to generate vibration reduction torque.
Door, in particular roller door, having a door leaf which can be moved along a path having a deflection section between an open position, in which it at least partially exposes a wall opening, and a closed position, in which it at least partially closes the wall opening, and which has at least one bending region which can be deformed during the movement of the door leaf along the deflection section and is composed of a flexible base material, such as for instance polycarbonate, wherein a functional film is laminated onto at least part of at least one boundary surface of at least one bending region (110, 120), characterized in that the door leaf has a plurality of door leaf segments (110, 120) which are arranged one behind the other in the direction of movement of the door leaf and of which at least one comprises a bending region, wherein at least one stabilizing device (200, 2200, 3200) which extends perpendicularly to the direction of movement of the door leaf is arranged between two door leaf segments (110, 120), and the mutually facing edge regions (112, 122) of the door leaf segments (110, 120) are held on the stabilizing device (200, 2200, 3200), and at least one edge region (112, 122) of at least one segment is held in a floating manner on the stabilizing device (200, 2200, 3200) in such a way that a relative movement of this edge region (112, 122) with respect to the stabilizing device (200, 2200, 3200) is possible at least in the direction of movement of the door leaf.
A method of improving the safety, quality and durability of foodstuffs which are stored in cold or cool conditions and of raw materials used for the production of them, characterized in that the foodstuff or the foodstuff raw material is treated with essentially pure nitrogen gas in an open vessel by leading nitrogen gas into a non-hermetic gas space surrounding said foodstuff or said raw material, the nitrogen gas being used in a sufficient quantity for reducing the oxygen content of the foodstuff or of the foodstuff raw material to a level of below 2 ppm and for preventing the growth of psychrotrophic and mesophilic microbes, which produce phospholipase, in the foodstuff or foodstuff raw material.
A process for separating methylcyclopentanone from a mixture comprising cyclohexanone and methylcyclopentanone, the process comprising: providing a first feedstock comprising cyclohexanone and methylcyclopentanone, the methylcyclopentanone having a concentration CMCP; including water in the first feedstock at a concentration CH2O of at least 0.10 wt%; and fractionating the first feedstock in a first distillation column to obtain a first upper effluent rich in methylcyclopentanone having a methylcyclopentanone concentration of CMCP and a first lower effluent rich in cyclohexanone, wherein CMCP /CMCP ≥ 3.0. providing a first feedstock comprising cyclohexanone and methylcyclopentanone, the methylcyclopentanone having a concentration CMCP; including water in the first feedstock at a concentration CH2O of at least 0.10 wt%; and fractionating the first feedstock in a first distillation column to obtain a first upper effluent rich in methylcyclopentanone having a methylcyclopentanone concentration of CMCP and a first lower effluent rich in cyclohexanone, wherein CMCP /CMCP ≥ 3.0.
Mullion and transom facade with a support construction made of a plurality of support profiles, which are assembled in the mullion and transom mode of construction and on which facade elements are fastened by pressure plate profiles in a sealed manner by means of transom and mullion seals (5, 6), wherein a connection construction (2, 28, 29) arranged between the pressure plate profile and the support profile is provided on at least one support profile to connect the support construction to a building wall or an insulating element, wherein the connection construction (2, 28, 29) arranged between the pressure plate profile and the support profile comprises a connection profile and has drainage or ventilation outlets opening outside an outer side of the insulating element or the building wall, characterised in that the transom and/or mullion seals (5, 6) have drainage channels (43, 46) opening directly onto the connection profile.
A baler, comprising: a bale generating mechanism that generates a bale of material; a first housing; a lift gate pivotally movable, relative to the first housing, between a closed position and a lifted position; characterized in that a bale retaining mechanism that is actuatable to engage the bale, so the bale is lifted with the lift gate as the lift gate moves from the closed position to the lifted position; and a bale weighing system that generates a bale weight metric indicative of a weight of the bale when the bale is lifted by the lift gate. a bale generating mechanism that generates a bale of material; a first housing; a lift gate pivotally movable, relative to the first housing, between a closed position and a lifted position; characterized in that a bale retaining mechanism that is actuatable to engage the bale, so the bale is lifted with the lift gate as the lift gate moves from the closed position to the lifted position; and a bale weighing system that generates a bale weight metric indicative of a weight of the bale when the bale is lifted by the lift gate.
Use of lactoferrin or a nucleic acid molecule encoding lactoferrin, in the diagnosis or prognosis of Alzheimer's disease in a biological sample obtained from a subject selected from oral mucous tissue and saliva.
A method comprising passing a 18 F-bearing radiopharmaceutical composition through a regenerated cellulose filter or a polytetrafluoroethylene filter, thereby achieving a filtered radiopharmaceutical composition, wherein the 18 F-bearing radiopharmaceutical is
A method for receiving control information and data by a user equipment (110, 210, 220, 230), UE, in a wireless communication system supporting beamforming, the method comprising: receiving, from a base station (100, 200), control information on a downlink control channel using a first reception beam; receiving, from the base station (100, 200), data which is scheduled based on the control information, on a downlink data channel using a second reception beam which is identical or similar to the first reception beam, if time difference between reception of the control information and the data is less than a threshold; and receiving, from the base station (100, 200), the data which is scheduled based on the control information, on the downlink data channel using a third reception beam which is determined based on information from the base station (100, 200), if the time difference between reception of the control information and the data is equal to or greater than the threshold. receiving, from a base station (100, 200), control information on a downlink control channel using a first reception beam; receiving, from the base station (100, 200), data which is scheduled based on the control information, on a downlink data channel using a second reception beam which is identical or similar to the first reception beam, if time difference between reception of the control information and the data is less than a threshold; and receiving, from the base station (100, 200), the data which is scheduled based on the control information, on the downlink data channel using a third reception beam which is determined based on information from the base station (100, 200), if the time difference between reception of the control information and the data is equal to or greater than the threshold.
An arrangement for controlling the injection of a reducing agent in an exhaust line of a combustion engine based on the detected amount of nitrous oxide in the exhaust line, which arrangement comprises an injection system adapted to injecting the reducing agent into the exhaust line, a first catalyst which is adapted to reducing the amount of nitrogen oxides in the exhaust gases in the exhaust line by means of the reducing agent supplied, and a second catalyst which is situated downstream of the first catalyst in the exhaust line and converts ammonia in the exhaust gases to nitrogen gas and nitrous oxide, characterised in that the arrangement comprises a nitrous oxide sensor adapted to monitoring the amount of nitrous oxide present in the exhaust line at a location downstream of the second catalyst, and a control unit adapted to controlling the injection system so that it adjusts the amount (q) of reducing agent injected into the exhaust line if the sensor detects that the amount of nitrous oxide is at a value which is not within a desired range.