mhurhangee/ep-ind-claims huggingface dataset:
A method for evaluating physical properties of a melt-blown plastic resin comprising the steps of: measuring a molecular weight distribution for a plastic resin specimen; deriving a peak molecular weight value from the molecular weight distribution; deriving a molecular weight distribution value (Mw/Mn) from the molecular weight distribution; characterised by predicting a stretching diameter in a melt-blown process using the peak molecular weight value and the molecular weight distribution value. measuring a molecular weight distribution for a plastic resin specimen; deriving a peak molecular weight value from the molecular weight distribution; deriving a molecular weight distribution value (Mw/Mn) from the molecular weight distribution; characterised by predicting a stretching diameter in a melt-blown process using the peak molecular weight value and the molecular weight distribution value.
Lift installation with a lift cage and a counterweight, which are each guided by means of at least two guide rails, the counterweight and the lift cage being connected together and supported by way of a support means, wherein the support means is guided over a deflecting roller or a drive pulley so that the counterweight and the lift cage move in opposite sense in the building, wherein the lift cage includes at least two safety brake devices (11, 11a, 11b), which are arranged at the lift cage and each associated with a respective guide rail and which engage the guide rails by means of a respective safety brake element for braking and fixing the lift cage at the guide rails according to need, and with equipment, which is arranged at the lift cage, for actuation of the safety brake devices, the equipment being connected with at least one of the safety brake devices (11, 11a, 11b) for actuation thereof, and with at least one electronic safety device which monitors a safety state of the lift installation and which for actuating the safety brake device (11, 11a, 11b) activates, when required, the equipment for actuation of the safety brake devices wherein the counterweight includes at least two safety brake devices (11, 11g), which are arranged at the counterweight and each associated with a respective guide rail and which engage the guide rails by means of a respective safety brake element for braking and fixing the counterweight at the guide rails according to need, wherein the counterweight is connected with the support means by way of a slack-cable triggering means, wherein the safety brake devices (11, 11g) of the counterweight are actuated by means of the slack-cable triggering means, which is arranged at the counterweight, when the support means is slack and wherein the slack-cable triggering means includes a delay device which delays actuation of the safety brake device (11, 11 g) when a slack cable in the support means appears.
Method for controlling a control arrangement for a training simulation, comprising the following steps: providing measurement data for operation of a network control centre device by way of a provisioning device, and feeding in emergency data indicating a malfunction of the operation of the control arrangement into the network control centre device by way of an emergency device, generating control signals by way of the network control centre device to rectify the malfunction, and measuring body function data of a user of the control arrangement by way of a body function measuring device, and evaluating a temporal profile of the body function data taking into account the time period (t s..t E) of the malfunction by way of an evaluation device in order to determine a stress value, characterized in that emergency data are fed in and control signals are generated repeatedly until the stress value during a malfunction is below a previously defined threshold value. providing measurement data for operation of a network control centre device by way of a provisioning device, and feeding in emergency data indicating a malfunction of the operation of the control arrangement into the network control centre device by way of an emergency device, generating control signals by way of the network control centre device to rectify the malfunction, and measuring body function data of a user of the control arrangement by way of a body function measuring device, and evaluating a temporal profile of the body function data taking into account the time period (t s..t E) of the malfunction by way of an evaluation device in order to determine a stress value, characterized in that emergency data are fed in and control signals are generated repeatedly until the stress value during a malfunction is below a previously defined threshold value.
Method for making an in vitro prognosis of severity for a patient in septic shock, comprising the following steps: (i) the level of expression of the expression product of at least one gene chosen from the lilrb2 and lilrb1 genes is measured in vitro on the basis of a biological sample taken from said patient, (ii) the level of expression of the expression product of said at least one gene is compared with a control level of expression, of the expression product of the same gene, with a good prognosis of severity, in which a level of expression of the expression product of said at least one gene below said control level of expression indicates a poor prognosis of severity for the patient. (i) the level of expression of the expression product of at least one gene chosen from the lilrb2 and lilrb1 genes is measured in vitro on the basis of a biological sample taken from said patient, (ii) the level of expression of the expression product of said at least one gene is compared with a control level of expression, of the expression product of the same gene, with a good prognosis of severity, in which a level of expression of the expression product of said at least one gene below said control level of expression indicates a poor prognosis of severity for the patient.
A method for performing, by a first device, wireless communication, the method comprising: obtaining information related to a start of a sensing window; triggering resource selection in a slot; determining a selection window based on the slot and a remaining packet delay budget, PDB; determining the sensing window based on the information related to the start of the sensing window and a processing time; determining a first sidelink resource within the selection window, based on sensing within the sensing window, wherein the first sidelink resource is within a period; determining a second sidelink resource within a subsequent period to the period of the first sidelink resource; and performing, to a second device, transmission of first sidelink information based on the first sidelink resource within the period of the first sidelink resource, wherein the first device is not allowed to perform retransmission of the first sidelink information within the subsequent period. obtaining information related to a start of a sensing window; triggering resource selection in a slot; determining a selection window based on the slot and a remaining packet delay budget, PDB; determining the sensing window based on the information related to the start of the sensing window and a processing time; determining a first sidelink resource within the selection window, based on sensing within the sensing window, wherein the first sidelink resource is within a period; determining a second sidelink resource within a subsequent period to the period of the first sidelink resource; and performing, to a second device, transmission of first sidelink information based on the first sidelink resource within the period of the first sidelink resource, wherein the first device is not allowed to perform retransmission of the first sidelink information within the subsequent period.
An articulating surgical instrument, comprising; an end effector; a drive assembly operably coupled with the end effector and including: a proximal portion having a first housing and a first drive shaft defining a first axis; a distal portion having a second housing and a second drive shaft operably engaged with and extending away from the first drive shaft and operably coupled with the end effector, the second drive shaft defining a second axis, the second axis different from the first axis; wherein the drive assembly is configured to transfer rotational motion in the first drive shaft to rotational motion in the second drive shaft, wherein the proximal portion and the distal portion are pivotably arranged such that the proximal portion and the distal portion are configured to transition between a first, substantially straight arrangement and a second, substantially perpendicular arrangement, wherein, in the second, substantially perpendicular arrangement, the first drive shaft and the second drive shaft are interconnected by, from proximal to distal, a pair of interengaging bevel gears (260, 320), a drive pin, and a frictional gear assembly, and wherein in the first, substantially straight arrangement the bevel gears (260, 320) do not interengage. a proximal portion having a first housing and a first drive shaft defining a first axis; a distal portion having a second housing and a second drive shaft operably engaged with and extending away from the first drive shaft and operably coupled with the end effector, the second drive shaft defining a second axis, the second axis different from the first axis;
A weeding mechanism (1; 1') for an autonomous weeding vehicle, wherein the weeding mechanism comprises a weeding tool, a first shaft, and a second shaft arranged spaced apart from the first shaft, wherein the weeding mechanism comprises: - a first sledge linearly movable along the first shaft, - a second sledge linearly movable along the second shaft, - first and second actuators (11, 13) arranged to independently move the first and second sledges (7, 9) along the first and second shafts (3, 5) respectively, - a first arm pivotably connected to the first sledge, characterized in that there is provided - a second arm pivotably connected to the second sledge and pivotably connected to the first arm, wherein the weeding tool is operatively connected to at least one of the first and second arms (15, 17). - a first sledge linearly movable along the first shaft, - a second sledge linearly movable along the second shaft, - first and second actuators (11, 13) arranged to independently move the first and second sledges (7, 9) along the first and second shafts (3, 5) respectively, - a first arm pivotably connected to the first sledge, characterized in that there is provided - a second arm pivotably connected to the second sledge and pivotably connected to the first arm, wherein the weeding tool is operatively connected to at least one of the first and second arms (15, 17).
Pastry forming machine comprising at least one feed device, a forming device comprising at least one kneading roller and at least one forming roller, a cutting device, a transport device and a drive device, wherein a dough can be fed into the region of the forming device with the aid of the feeding device and wherein the kneading roller and the forming roller can each rotate in opposite directions about their longitudinal axis and are arranged at a certain distance from one another with parallel axes of rotation, wherein the rotation of the kneading roller enables to form a band of dough around its circumferential surface, the thickness of which is determined by the distance between the kneading roller and the forming roller, and wherein the forming roller has at least one recess or depression in the region of its circumferential surface, which recess or depression which serves as a mold and thus as a negative for the dough pieces to be formed from the dough, and wherein an oscillatable knife of the cutting device is arranged behind the forming roller in the direction of rotation of the kneading roller, which has a cutting edge in the longitudinal direction of the kneading roller parallel to the nearest section of the lateral surface of the kneading roller, so that the dough positives applied to the band of dough by the molds of the forming roller can be cut off the band of dough with the aid of the knife, the transport device comprising at least one transport tray, on which the dough pieces cut with the aid of the cutting device can be deposited in the pastry forming machine, the transport tray having a coupling device arranged laterally on, laterally at or under the transport tray for coupling to the drive device, wherein the transport tray can be used as a baking tray and/or can be covered with a baking paper, and wherein the at least one drive device is designed for counter-rotation of the kneading roller and the forming roller and for linear drive of the at least one transport tray.
A hair removal device for removal of red hairs, comprising a light emission unit comprising a substrate and a plurality of first LED dies emitting at a peak emission wavelength in a wavelength range of between 480 nm and 510 nm, in particular of about 500 nm, being mounted on the substrate on an area of at least 0.2 cm 2, in particular of at least 1 cm 2, wherein the hair removal device is arranged to emit a treatment light pulse by the first LED dies having a pulse length in the range of between 30 ms and 200 ms, and the first LED dies have a radiant flux such that a radiant fluence on the skin of a user in the range of between 3 J/cm 2 and 6 J/cm 2 is achieved by application of the treatment light pulse. a light emission unit comprising a substrate and a plurality of first LED dies emitting at a peak emission wavelength in a wavelength range of between 480 nm and 510 nm, in particular of about 500 nm, being mounted on the substrate on an area of at least 0.2 cm 2, in particular of at least 1 cm 2, wherein the hair removal device is arranged to emit a treatment light pulse by the first LED dies having a pulse length in the range of between 30 ms and 200 ms, and the first LED dies have a radiant flux such that a radiant fluence on the skin of a user in the range of between 3 J/cm 2 and 6 J/cm 2 is achieved by application of the treatment light pulse.
Device for manipulating a casting tube in a changing device at the spout of a metallurgical vessel, with a robot for the manipulation of the casting tube, with a car and the vessel mounted on it, wherein the robot is provided with a base, a carrying arm that can pivot on the base and at least one extension arm, which is mounted rotatably on this carrying arm, with a gripper for the casting tube, wherein a front side of the vessel with a stage for the access of personnel during the casting, and a rear side of the vessel is also available, wherein the base of the robot arranged on the rear side of the vessel, is securable on this car next to the vessel, wherein at the base is arranged a rotatable bearing with the on this pivotable carrying arm, which is pivotable lateral at the container into a position directed downwards, wherein the container is configured as a tundish, which can be moved on a car into or away from the casting position, wherein the base of the robot is secured on the car laterally in the upper region next to the tundish, and therefore the robot can be moved together with the car.
Bearing arrangement for a drive disc of an awning, comprising - at least one bearing cheek with a bearing shell for receiving a rolling bearing for the drive disc, and - a clamping clip which can be fixed to the bearing cheek for holding the rolling bearing in the bearing shell, characterized in that - the bearing shell and/or clamping clip has at least one elastic loading element (33, 34), by means of which the rolling bearing is held clamped in the bearing shell, wherein the at least one elastic loading element (33, 34) is formed in each case by a wing-like extension on the clamping clip. - at least one bearing cheek with a bearing shell for receiving a rolling bearing for the drive disc, and - a clamping clip which can be fixed to the bearing cheek for holding the rolling bearing in the bearing shell, - the bearing shell and/or clamping clip has at least one elastic loading element (33, 34), by means of which the rolling bearing is held clamped in the bearing shell, wherein the at least one elastic loading element (33, 34) is formed in each case by a wing-like extension on the clamping clip.
Polypropylene homopolymer (H-PP1), having a) a melting temperature T m of less than 150 °C, b) 2,1 regio-defects of above 2.0 % determined by 13 C-NMR spectroscopy, and c) a weight average molecular weight M w of above 100 kg/mol. a) a melting temperature T m of less than 150 °C, b) 2,1 regio-defects of above 2.0 % determined by 13 C-NMR spectroscopy, and c) a weight average molecular weight M w of above 100 kg/mol.
A composition for use in the fertility treatment of a patient by blastocyst transfer where the composition is injected into the uterine cavity of the patient prior to the transfer of a blastocyst, comprising the lysophosphatidic acids, which are LPA-C16:o, LPA-C16:1, LPA-C18:o, LPA-C18:1 and LPA-C18:2, wherein the lysophosphatidic acids are chemically synthesized.
A method for optimized route planning for a user, including: (a) determining a departure point and a destination point for multimodal travel; (b) based on said departure point and destination point, computing and proposing to the user a provisional list of candidate routes for restricting the number of candidate routes to consider, (c) proposing to the user an updated list of candidate routes between said departure point and said destination point, said updated list being either: i) automatically displayed after a delay, ii) displayed based on further uninterrupted computation, iii) displayed when the changes are important enough, iv) displayed after a user action, and/or: v) based on user selection of said provisional list of candidate routes, wherein the updated list of candidate routes is based on a more complete and/or more precise set of metrics. (a) determining a departure point and a destination point for multimodal travel; (b) based on said departure point and destination point, computing and proposing to the user a provisional list of candidate routes for restricting the number of candidate routes to consider, (c) proposing to the user an updated list of candidate routes between said departure point and said destination point, said updated list being either: i) automatically displayed after a delay, ii) displayed based on further uninterrupted computation, iii) displayed when the changes are important enough, iv) displayed after a user action, and/or: v) based on user selection of said provisional list of candidate routes, i) automatically displayed after a delay, ii) displayed based on further uninterrupted computation, iii) displayed when the changes are important enough, iv) displayed after a user action, and/or: v) based on user selection of said provisional list of candidate routes,
A method for purifying an antibody, which is an anti-CD20 antibody, from a composition comprising the antibody and at least one contaminant, which method comprises the sequential steps of: (a) loading the composition onto a cation exchange material wherein the composition is at a pH of 4.5 to 5.5 and has a conductivity of 2.5 to 5.5 mS/cm; (b) washing the cation exchange material with a first wash buffer, wherein the pH of the first wash buffer is 7.5 to 8.1, and wherein the first wash buffer comprises 15 to 35 mM HEPES and has a conductivity of 0.5 to 1.5 mS/cm; (c) washing the cation exchange material with a second wash buffer, wherein the pH of the second wash buffer is from 5.0 to 6.0, and wherein the second wash buffer comprises 14 to 23 mM MES and 5 to 15 mM NaCl and has a conductivity of 0.6 to 2.2 mS/cm; and (d) eluting the antibody from the cation exchange material with an elution buffer, wherein the pH of the elution buffer is from 5.3 to 5.7, and wherein the elution buffer comprises 14 to 23 mM MES and 140 to 180 mM NaCl and has a conductivity of 13.4 to 17.2 mS/cm. (a) loading the composition onto a cation exchange material wherein the composition is at a pH of 4.5 to 5.5 and has a conductivity of 2.5 to 5.5 mS/cm; (b) washing the cation exchange material with a first wash buffer, wherein the pH of the first wash buffer is 7.5 to 8.1, and wherein the first wash buffer comprises 15 to 35 mM HEPES and has a conductivity of 0.5 to 1.5 mS/cm; (c) washing the cation exchange material with a second wash buffer, wherein the pH of the second wash buffer is from 5.0 to 6.0, and wherein the second wash buffer comprises 14 to 23 mM MES and 5 to 15 mM NaCl and has a conductivity of 0.6 to 2.2 mS/cm; and (d) eluting the antibody from the cation exchange material with an elution buffer,
A combination lavatory and galley arrangement for aircraft, the combination lavatory and galley arrangement having a first side and an opposing second side, the combination lavatory and galley arrangement comprising: a galley portion on the first side of the combination lavatory and galley arrangement; and a lavatory portion on the opposing second side of the combination lavatory and galley arrangement, said lavatory portion including an inboard lavatory (130, 130') and an outboard lavatory (132, 132'), said inboard lavatory (130, 130') having an inboard entry door, and said outboard lavatory (132, 132') having an outboard entry door, characterized in that: said lavatory portion comprises a modular housing containing said inboard lavatory (130, 130') and said outboard lavatory (132, 132'), said modular housing including a floor, inboard and outboard toilets (158, 160), and inboard and outboard sinks, and said modular housing is dimensioned such that the modular housing is configured to be loaded aboard the aircraft through an aft door and assembled in a permanent location at a rear portion of the aircraft. a galley portion on the first side of the combination lavatory and galley arrangement; and a lavatory portion on the opposing second side of the combination lavatory and galley arrangement, said lavatory portion including an inboard lavatory (130, 130') and an outboard lavatory (132, 132'), said inboard lavatory (130, 130') having an inboard entry door, and said outboard lavatory (132, 132') having an outboard entry door, characterized in that: said lavatory portion comprises a modular housing containing said inboard lavatory (130, 130') and said outboard lavatory (132, 132'), said modular housing including a floor, inboard and outboard toilets (158, 160), and inboard and outboard sinks, and said modular housing is dimensioned such that the modular housing is configured to be loaded aboard the aircraft through an aft door and assembled in a permanent location at a rear portion of the aircraft. said lavatory portion comprises a modular housing containing said inboard lavatory (130, 130') and said outboard lavatory (132, 132'), said modular housing including a floor, inboard and outboard toilets (158, 160), and inboard and outboard sinks, and said modular housing is dimensioned such that the modular housing is configured to be loaded aboard the aircraft through an aft door and assembled in a permanent location at a rear portion of the aircraft.