mhurhangee/ep-ind-claims huggingface dataset:
A rotor blade assembly for a rotary-wing aircraft comprising: a rotor blade main region having a main rotor blade chord; and a rotor blade tip region outboard of said rotor blade main region, said rotor blade main region extending from a rotor blade root region to said rotor blade tip region, said main rotor blade chord having a constant length from said rotor blade main region to said rotor blade tip region, said rotor blade tip region extending from said rotor main region to a tip (Ctip), said rotor blade tip region having a tip chord and a tip taper, wherein the ratio of the main rotor blade chord to a tip chord of said rotor blade tip region at the tip (Ctip) is 0.30, wherein said rotor blade tip region further includes a tip sweep that reaches a constant value of 29.75 degrees along a quarter chord line, wherein said constant sweep is reached after a sweep transition radius along a portion of the blade length that does not exceed 1.5% of the blade span, said sweep transition radius commencing at 92% of a radius R of said rotor blade assembly. a rotor blade main region having a main rotor blade chord; and a rotor blade tip region outboard of said rotor blade main region, said rotor blade main region extending from a rotor blade root region to said rotor blade tip region, said main rotor blade chord having a constant length from said rotor blade main region to said rotor blade tip region, said rotor blade tip region extending from said rotor main region to a tip (Ctip), said rotor blade tip region having a tip chord and a tip taper, wherein the ratio of the main rotor blade chord to a tip chord of said rotor blade tip region at the tip (Ctip) is 0.30, wherein said rotor blade tip region further includes a tip sweep that reaches a constant value of 29.75 degrees along a quarter chord line, wherein said constant sweep is reached after a sweep transition radius along a portion of the blade length that does not exceed 1.5% of the blade span, said sweep transition radius commencing at 92% of a radius R of said rotor blade assembly.
- A surgical implant intended to be attached on bone bodies (2, 3) of a patient via fastening means (4, 5, 6, 7) in order to hold in position said bone bodies (2, 3) relative to each other, said surgical implant including a main body formed by a distal plate which is extended by a proximal tab, the distal plate extending substantially according to a distal extension plane (Pd), the proximal tab extending substantially along a proximal extension plane (Pp) intersecting the distal extension plane (Pd), the proximal tab and the distal plate being linked by a bending area, the bending area having a highest thickness in the main body, the surgical implant being characterized in that the bending area has a thickness greater than the respective thicknesses of the distal plate and of the proximal tab.
Winding arrangement for an electric three phase induction machine in star configuration, comprising at least a first phase winding, a second phase winding and a third phase winding, each having at least four phase coils (V1 " - V4 ", W1 - W4), which are arranged in tangential direction of the induction machine, wherein, for the first phase winding, the order in which the at least four phase coils (V1 " - V4 ") are electrically connected in series, is chosen such that the first phase coil (V1") of the serial circuit of the first phase winding, having the phase connection of the corresponding phase, is adjacent in the tangential direction to the first phase coil of the serial circuit of the second phase winding having the phase connection of the corresponding phase, wherein said at least four phase coils (V1 " - V4 ") of the first phase winding, the second phase winding and the third phase winding, respectively, are combined pairwise to form phase coil pairs (V12 ", V34 ", W12, W34, U12, U34), wherein each phase coil pair is composed of two phase coils adjacent in tangential direction, and wherein each phase coil pair (V12 ", V34 ", W12, W34, U12, U34) is comprising at least one connecting portion arranged between the phase coils of the corresponding phase coil pair.
An industrial vehicle which has an Eco-mode operation in which torque restriction control is performed, comprising: an accelerator; an accelerator opening sensor which detects an opening of the accelerator; a loading unit; an engine; a torque restriction releasing unit; and a torque restriction resuming unit, the industrial vehicle being characterized in that when the torque restriction releasing unit is set in the Eco-mode, if the opening of the accelerator detected by the accelerator opening sensor is a first predetermined value or greater and at least one of conditions that a speed of the vehicle is a second predetermined value or greater and that the loading unit is in a lifting operation, is satisfied and such conditions of the accelerator and the vehicle speed and/or lifting operation are continued for a predetermined period of time, the torque restriction releasing unit releases the torque restriction, wherein the first predetermined value corresponds to the full opening of the accelerator, and after the torque restriction is released by the torque restriction releasing unit, if one of conditions that the opening of the accelerator detected by the accelerator opening sensor is a third predetermined value or smaller, that a speed of the vehicle is a predetermined threshold or smaller, the threshold being smaller than the second predetermined value, and that the lifting operation of the loading unit is completed, is detected, the torque restriction resuming unit resumes the torque restriction. an accelerator; an accelerator opening sensor which detects an opening of the accelerator; a loading unit; an engine; a torque restriction releasing unit; and a torque restriction resuming unit, the industrial vehicle being characterized in that when the torque restriction releasing unit is set in the Eco-mode, if the opening of the accelerator detected by the accelerator opening sensor is a first predetermined value or greater and at least one of conditions that a speed of the vehicle is a second predetermined value or greater and that the loading unit is in a lifting operation, is satisfied and such conditions of the accelerator and the vehicle speed and/or lifting operation are continued for a predetermined period of time, the torque restriction releasing unit releases the torque restriction, wherein the first predetermined value corresponds to the full opening of the accelerator, and after the torque restriction is released by the torque restriction releasing unit, if one of conditions that the opening of the accelerator detected by the accelerator opening sensor is a third predetermined value or smaller, that a speed of the vehicle is a predetermined threshold or smaller, the threshold being smaller than the second predetermined value, and that the lifting operation of the loading unit is completed, is detected, the torque restriction resuming unit resumes the torque restriction.
Method to make a double panel, characterized in that it comprises: - the automated or semi-automated production of a first semi-worked piece formed by a first cover on which one or more honeycomb inserts are glued using at least a first glue, - the automated or semi-automated production of a second semi-worked piece formed by a second cover on which strengthening strips are glued using one or more second glues, - the automated or semi-automated composition and pressing of the first semi-worked piece and of the second semi-worked piece in order to obtain the double panel. - the automated or semi-automated production of a first semi-worked piece formed by a first cover on which one or more honeycomb inserts are glued using at least a first glue, - the automated or semi-automated production of a second semi-worked piece formed by a second cover on which strengthening strips are glued using one or more second glues, - the automated or semi-automated composition and pressing of the first semi-worked piece and of the second semi-worked piece in order to obtain the double panel.
A vacuum adiabatic body comprising: a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different than the first temperature, wherein the first plate and the second plate are sealed to form a third space that has a third temperature between the first and second temperatures and is in a vacuum state; a support provided in the third space to maintain a gap in the third space; a conductive resistance sheet fixed to the first plate and configured to resist heat conduction along the wall adjacent the third space to decrease heat transfer between the first plate and the second plate; a side frame connected to the conductive resistance sheet and the second plate, the side frame being connected to an edge portion of the second plate member; and an exhaust port through which a gas in the third space is ejected; characterized in that the first plate, the conductive resistance sheet, the side frame and the second plate are sequentially connected forming at least a portion of the wall adjacent the third space. a first plate defining at least one portion of a first side of a wall adjacent to a first space having a first temperature; a second plate defining at least one portion of a second side of the wall adjacent to a second space having a second temperature different than the first temperature, wherein the first plate and the second plate are sealed to form a third space that has a third temperature between the first and second temperatures and is in a vacuum state; a support provided in the third space to maintain a gap in the third space; a conductive resistance sheet fixed to the first plate and configured to resist heat conduction along the wall adjacent the third space to decrease heat transfer between the first plate and the second plate; a side frame connected to the conductive resistance sheet and the second plate, the side frame being connected to an edge portion of the second plate member; and an exhaust port through which a gas in the third space is ejected;
Bell cup as a spray-off body for a rotary atomizer for applying a coating agent to a component, in particular for applying a paint to a motor vehicle body component, characterized by at least one balancing mass for the automatic passive balancing of the bell cup body, wherein the balancing mass is not arranged in a separate ring body, but is movably arranged in the bell cup in order to enable the automatic passive balancing of the bell cup in a supercritical speed range.
A chronograph control system comprising a control part and a positioning organ, said control part comprising: - a driving portion arranged to receive a control action, - a positioning zone cooperating with said positioning organ so as to define stable positions of the control part, characterized in that the control part comprises a moving lever whereof a free end participates in the positioning zone, said lever being able to move between a first position in which the positioning zone accurately defines two stable positions of the control part, by cooperating with the positioning organ, and a second position in which the positioning zone accurately defines three stable positions of the control part, by cooperating with the positioning organ. - a driving portion arranged to receive a control action, - a positioning zone cooperating with said positioning organ so as to define stable positions of the control part,
An assay to determine anticoagulants in a blood or blood plasma sample, wherein the anticoagulants determined in said assay are direct acting inhibitors of activated coagulation factors Ila and Xa, which are selected from a group consisting of dabigatran, apixaban, rivaroxaban or hirudin or indirect acting inhibitors of activated coagulation factors IIa and Xa, selected from a group consisting of fractionated or unfractionated heparins, wherein said assay comprises analyses with at least two wet chemistry prothrombine time methods, the assay comprising the steps of: a) in a first PT analysis with a first PT method measure PT in a first reaction mixture comprising a first volume of blood or blood plasma diluted in a first volume of a liquid reagent comprising thromboplastin, fibrinogen and coagulation factor V; b) in a second PT analysis with a second PT method measure PT in a second reaction mixture comprising a second volume of said blood or blood plasma diluted in a second volume of said liquid reagent comprising thromboplastin, fibrinogen and coagulation factor V, wherein the concentration of blood or blood plasma in the second reaction mixture differs from the concentration of blood or blood plasma in the first reaction mixture; characterized in that said at least two PT methods are calibrated to: - give the same or approximately the same PT results when used to analyze reference blood or blood plasma which lack anticoagulants of interest for said assay; and wherein the assay further comprises the step of: c) calculating a difference in PT from the measurements in step a) and b), wherein if said difference in PT is 1) significant, this is indicative of a presence of anticoagulants in the blood or blood plasma sample; or 2) non-significant, this is indicative of an absence of anti-coagulants above detectable level in the blood or blood plasma sample. a) in a first PT analysis with a first PT method measure PT in a first reaction mixture comprising a first volume of blood or blood plasma diluted in a first volume of a liquid reagent comprising thromboplastin, fibrinogen and coagulation factor V; b) in a second PT analysis with a second PT method measure PT in a second reaction mixture comprising a second volume of said blood or blood plasma diluted in a second volume of said liquid reagent comprising thromboplastin, fibrinogen and coagulation factor V, wherein the concentration of blood or blood plasma in the second reaction mixture differs from the concentration of blood or blood plasma in the first reaction mixture; - give the same or approximately the same PT results when used to analyze reference blood or blood plasma which lack anticoagulants of interest for said assay; 1) significant, this is indicative of a presence of anticoagulants in the blood or blood plasma sample; or 2) non-significant, this is indicative of an absence of anti-coagulants above detectable level in the blood or blood plasma sample.
An arrangement for cooling a coil which has a winding arranged on a coil core (20, 21, 23), wherein the arrangement has a coil, a fan and at least one air guidance means, wherein axially running ducts are arranged in the winding region of the coil, wherein the air stream generated by the fan is guided into the ducts by means of the air guidance means, characterised in that the coil winding is surrounded by a first insulating means consisting of insulating paper, in particular mineral fibre paper, with a second insulating means being arranged overlapping the first insulating means, which second insulating means protrudes across the axial region covered by the coil winding and acts as a further air guidance means, so that an air stream produced by the fan is conducted to the ducts, with the air guidance means which is connected to the housing of the fan contacting the second insulating means, so that a flow duct which leads from the fan to the ducts in the winding region and which is otherwise closed is formed from the fan to the ducts in the winding region, with the first and second insulating means (2, 5) being manufactured from the same material, with the ducts being spaced apart from one another uniformly in the peripheral direction, with three, four, five or more ducts being arranged at the same radial distance, with the ducts being designed to be cuboid in each case.
An inhaler device for the delivery of an inhalable liquid to a patient, said device comprising: a base end; a mouthpiece end; and a co-axial air inhale-exhale chamber arrangement comprising: an air inhale chamber comprising a liquid inlet hole and a passive evaporation support material for receiving the inhalable liquid from a liquid storage container and delivering to the patient as a vapour upon inhalation by the patient through the mouthpiece end; and an air exhale chamber comprising an air filtering means to filter the vapour upon exhalation by the patient through the mouthpiece end and exit through the base end, characterised in that the air exhale chamber is co-axially positioned internally within the air inhale chamber or vice versa. a base end; a mouthpiece end; and a co-axial air inhale-exhale chamber arrangement comprising: an air inhale chamber comprising a liquid inlet hole and a passive evaporation support material for receiving the inhalable liquid from a liquid storage container and delivering to the patient as a vapour upon inhalation by the patient through the mouthpiece end; and an air exhale chamber comprising an air filtering means to filter the vapour upon exhalation by the patient through the mouthpiece end and exit through the base end, characterised in that the air exhale chamber is co-axially positioned internally within the air inhale chamber or vice versa. an air inhale chamber comprising a liquid inlet hole and a passive evaporation support material for receiving the inhalable liquid from a liquid storage container and delivering to the patient as a vapour upon inhalation by the patient through the mouthpiece end; and an air exhale chamber comprising an air filtering means to filter the vapour upon exhalation by the patient through the mouthpiece end and exit through the base end,
A wind turbine, comprising: a first vibration sensor for producing a first vibration signal; a second vibration sensor, displaced from the first vibration sensor, for producing a second vibration signal; and characterized by: a processor configured to compare the first vibration signal to the second vibration signal and control the wind turbine in response to the comparison, wherein the first vibration sensor is arranged on a tower of the wind turbine and the second vibration sensor is arranged on a rear frame of the wind turbine. a first vibration sensor for producing a first vibration signal; a second vibration sensor, displaced from the first vibration sensor, for producing a second vibration signal; and characterized by: a processor configured to compare the first vibration signal to the second vibration signal and control the wind turbine in response to the comparison, wherein the first vibration sensor is arranged on a tower of the wind turbine and the second vibration sensor is arranged on a rear frame of the wind turbine. a processor configured to compare the first vibration signal to the second vibration signal and control the wind turbine in response to the comparison, wherein the first vibration sensor is arranged on a tower of the wind turbine and the second vibration sensor is arranged on a rear frame of the wind turbine.
A case assembly for a gas turbine engine, comprising: a split case extending circumferentially about an engine central longitudinal axis; two or more components installed in the split case at different axial and/or radial locations; a retainer installed at a circumferential end of the split case, the retainer configured to circumferentially retain the two or more components at the split case, characterized in that the retainer includes: a retainer pin installed in a retaining feature in the split case; and one or more retainer arms extending from the retainer pin, the one or more retainer arms configured to extend at least partially across the two or more components to circumferentially retain the two or more components at the split case, and in that the two or more components include a blade outer airseal and a W-seal. a split case extending circumferentially about an engine central longitudinal axis; two or more components installed in the split case at different axial and/or radial locations; a retainer installed at a circumferential end of the split case, the retainer configured to circumferentially retain the two or more components at the split case, characterized in that the retainer includes: a retainer pin installed in a retaining feature in the split case; and one or more retainer arms extending from the retainer pin, the one or more retainer arms configured to extend at least partially across the two or more components to circumferentially retain the two or more components at the split case, and a retainer pin installed in a retaining feature in the split case; and one or more retainer arms extending from the retainer pin, the one or more retainer arms configured to extend at least partially across the two or more components to circumferentially retain the two or more components at the split case, and in that the two or more components include a blade outer airseal and a W-seal.
A polypeptide or a pharmaceutically acceptable salt thereof, wherein, said polypeptide is selected from the group consisting of: (a) a polypeptide represented by SEQ ID NO:1; (b) derived Polypeptide 1: the sequence was the same as SEQ ID NO. 1 except that Val at position 4 was substituted by Ile; (c) derived Polypeptide 2: the sequence was the same as SEQ ID NO. 1 except that Arg at position 12 was substituted by Pro; (d) derived Polypeptide 3: the sequence was the same as SEQ ID NO. 1 except that Asp at position 15 was substituted by Glu; and (e) derived Polypeptide 4: the sequence was the same as SEQ ID NO. 1 except that Thr at position 23 was substituted by Arg. (a) a polypeptide represented by SEQ ID NO:1; (b) derived Polypeptide 1: the sequence was the same as SEQ ID NO. 1 except that Val at position 4 was substituted by Ile; (c) derived Polypeptide 2: the sequence was the same as SEQ ID NO. 1 except that Arg at position 12 was substituted by Pro; (d) derived Polypeptide 3: the sequence was the same as SEQ ID NO. 1 except that Asp at position 15 was substituted by Glu; and (e) derived Polypeptide 4: the sequence was the same as SEQ ID NO. 1 except that Thr at position 23 was substituted by Arg.
A bonding agent that bonds a first conductive connection member and a second conductive connection member, which is different from the first conductive connection member, to each other, and that electrically connects the first and second conductive connection members (100, 200) to each other, characterized in that the bonding agent is configured to include a transition metal oxide having a spinel type crystal structure, has a co-continuous structure, and includes a spherical particle in which plural crystal faces are exposed to the surface, the particle having a side with a length of 1 μm or more, among the plural sides constituting the outline of the crystal face.
A spring unit for a lawn-care apparatus; the spring unit being adapted to bias against a weight of the apparatus when adjusting a working height of the apparatus, the spring unit comprising; a coiled torsion spring, and a housing, substantially enclosing the spring so as to protect it from dust or grass ingress during operation of the lawn-care apparatus, characterised in that the housing comprises; an annular channel to accommodate the body of the spring, and an arm section to secure one end of the spring, wherein the first end of the spring is anchored to the arm section of the spring unit housing, whilst the second end of the spring is engaged with a chassis of a lawn-care apparatus.