mhurhangee/ep-ind-claims huggingface dataset:
A system for delivering a medicament to spontaneously breathing patients, comprising: - i) a flexible catheter adapted to reach the retro-pharyngeal region of the patient, the catheter including at least a first channel being adapted to convey in the patient's pharyngeal region a flow of liquid medicament and at least a second channel adapted to convey in the patient's pharyngeal region a pressurized flow of gas, - ii) first pump means connected to a first end of the at least first channel, adapted to create a low pressure which pushes the column of liquid medicament towards the second end of the at least first channel; - iii) second pump means connected to a first end of the at least second channel, adapted to create the flow of pressurized gas; so that when the column of liquid medicament and the pressurized gas meet in the pharyngeal cavity, the liquid column is broken into a plurality of particles causing the atomized medicament to be delivered into the patient's lungs; - iv) a control unit configured to control the pump means; and characterized by further comprising: v) a pressure sensor connected to the at least first channel for measuring a value indicative of the pressure in the patient pharyngeal cavity, such value being used by the control unit to determine whether the patient is in an inspiration or in an expiration phase and wherein, in use, the first pump means are selectively activated by the control unit only during inspiration phase. - i) a flexible catheter adapted to reach the retro-pharyngeal region of the patient, the catheter including at least a first channel being adapted to convey in the patient's pharyngeal region a flow of liquid medicament and at least a second channel adapted to convey in the patient's pharyngeal region a pressurized flow of gas, - ii) first pump means connected to a first end of the at least first channel, adapted to create a low pressure which pushes the column of liquid medicament towards the second end of the at least first channel; - iii) second pump means connected to a first end of the at least second channel, adapted to create the flow of pressurized gas; so that when the column of liquid medicament and the pressurized gas meet in the pharyngeal cavity, the liquid column is broken into a plurality of particles causing the atomized medicament to be delivered into the patient's lungs; - iv) a control unit configured to control the pump means; and v) a pressure sensor connected to the at least first channel for measuring a value indicative of the pressure in the patient pharyngeal cavity, such value being used by the control unit to determine whether the patient is in an inspiration or in an expiration phase and wherein, in use, the first pump means are selectively activated by the control unit only during inspiration phase.
A method of producing magnetised fruit stones having carbonised fractions of less than 1 wt.% based on 100 wt.% of the fruit stone, comprising the following steps: a) providing fruit stones that have not been subjected to a pyrolysis or carbonisation process; b) providing magnetic nanoparticles; c) grinding the fruit stones from step a); d) creating a composite of the magnetic nanoparticles from step b) and the fruit stones from step c) by co-grinding the magnetic nanoparticles from step b) in the presence of the fruit stones according to step c), magnetised fruit stones being obtained which have carbonised fractions of less than 1 wt.% based on 100 wt.% of the fruit stone. a) providing fruit stones that have not been subjected to a pyrolysis or carbonisation process; b) providing magnetic nanoparticles; c) grinding the fruit stones from step a); d) creating a composite of the magnetic nanoparticles from step b) and the fruit stones from step c) by co-grinding the magnetic nanoparticles from step b) in the presence of the fruit stones according to step c), magnetised fruit stones being obtained which have carbonised fractions of less than 1 wt.% based on 100 wt.% of the fruit stone.
Rotor for a rotary electrical machine, such as an alternator or alternator-starter, notably for a motor vehicle, and which comprises: • A central shaft; • An annular core coaxial with the shaft; • A coil extending radially around the core; • And two claw-type polar wheels (20, 22) which are arranged axially one on each side of the core and of the coil; of the type in which the shaft comprises at least one drive portion of which the cross-section, in a radial plane, is non-smooth, and which is axially force-fitted into a fixing bore of at least one component of the rotor so as to secure in terms of rotation at least the two polar wheels (20, 22) of the rotor to the shaft, characterized in that it comprises an intermediate sleeve made of ferromagnetic material and which is interposed radially between each polar wheel (20, 22) and the central shaft, and on which the said polar wheel (20, 22) is mounted, in that said portion of the shaft is fitted axially into a fixing bore formed in the intermediate sleeve, and in that it comprises means for securing the polar wheels (20, 22) to the intermediate sleeve in terms of rotation about the axis of the central shaft. • A central shaft; • An annular core coaxial with the shaft; • A coil extending radially around the core; • And two claw-type polar wheels (20, 22) which are arranged axially one on each side of the core and of the coil;
A hand-held device, in particular for dental purposes, having means located on the hand-held device for emitting radiation that effects hardening of the filling material, means for dispensing a pasty filling material, wherein the means for dispensing the filling material comprise an outlet nozzle located at the front end of the hand-held device, characterised in that the hand-held device has a modelling tip, which can be attached at the outlet nozzle, for working the filling material, wherein sonic or ultrasonic oscillations can be applied to the modelling tip by way of a drive unit located in the hand-held device.
A method of separating audio sources in audio content, the audio content including a plurality of channels, the method comprising: obtaining multiple data samples from multiple time-frequency tiles of the audio content; analyzing the data samples to generate multiple components in a plurality of iterations, wherein the multiple components are extracted by principal component analysis and each of the components indicates a direction with a variance of the data samples, and wherein analyzing the data samples comprises, in each of the plurality of iterations: weighting each of the data samples by a respective weight; analyzing the weighted data samples to generate multiple components; selecting a component from the multiple components; and determining, for the weighting of the data samples in a next iteration, the respective weight for each of the data samples based on the selected component; determining a source direction of the audio content based on the selected component for separating an audio source from the audio content; and adjusting the selected component by a predetermined offset value in one of the plurality of iterations. obtaining multiple data samples from multiple time-frequency tiles of the audio content; analyzing the data samples to generate multiple components in a plurality of iterations, wherein the multiple components are extracted by principal component analysis and each of the components indicates a direction with a variance of the data samples, and wherein analyzing the data samples comprises, in each of the plurality of iterations: weighting each of the data samples by a respective weight; analyzing the weighted data samples to generate multiple components; selecting a component from the multiple components; and determining, for the weighting of the data samples in a next iteration, the respective weight for each of the data samples based on the selected component; weighting each of the data samples by a respective weight; analyzing the weighted data samples to generate multiple components; selecting a component from the multiple components; and determining, for the weighting of the data samples in a next iteration, the respective weight for each of the data samples based on the selected component; determining a source direction of the audio content based on the selected component for separating an audio source from the audio content; and adjusting the selected component by a predetermined offset value in one of the plurality of iterations.
A computer-implemented method for designing a 3D modeled object, wherein the method comprises the steps of: • providing, to a computer system, a NURBS surface that represents the 3D modeled object and that is defined by a grid of control points; • determining, by the computer system, a grid of surface points that belong to the NURBS surface, the grid of surface points corresponding to the grid of control points according to a predetermined invertible function; • displaying, by the computer system, the NURBS surface and, on the NURBS surface, the grid of surface points; • selecting, by graphical user-interaction, a subset of the surface points; • modifying, by graphical user-interaction, position of the selected subset of surface points, and accordingly, updating real-time, by the computer system, the surface, the update being performed according to the predetermined invertible function, characterized by: wherein the updating of the grid of control points is performed by optimizing a program that penalizes geometrical deformation of the NURBS surface, under the constraint that the position of the selected subset of surface points be as modified, wherein the program penalizes geometrical deformation of the NURBS surface by penalizing, for each respective control point, a distance between the respective control point before the update and the respective control point after the update. • providing, to a computer system, a NURBS surface that represents the 3D modeled object and that is defined by a grid of control points; • determining, by the computer system, a grid of surface points that belong to the NURBS surface, the grid of surface points corresponding to the grid of control points according to a predetermined invertible function; • displaying, by the computer system, the NURBS surface and, on the NURBS surface, the grid of surface points; • selecting, by graphical user-interaction, a subset of the surface points; • modifying, by graphical user-interaction, position of the selected subset of surface points, and accordingly, updating real-time, by the computer system, the surface, the update being performed according to the predetermined invertible function, characterized by: wherein the updating of the grid of control points is performed by optimizing a program that penalizes geometrical deformation of the NURBS surface, under the constraint that the position of the selected subset of surface points be as modified, wherein the program penalizes geometrical deformation of the NURBS surface by penalizing, for each respective control point, a distance between the respective control point before the update and the respective control point after the update. wherein the updating of the grid of control points is performed by optimizing a program that penalizes geometrical deformation of the NURBS surface, under the constraint that the position of the selected subset of surface points be as modified, wherein the program penalizes geometrical deformation of the NURBS surface by penalizing, for each respective control point, a distance between the respective control point before the update and the respective control point after the update.
A pharmaceutical composition for use in preventing and treating diabetic nephropathy, comprising as active ingredient both calycosin and calycosin-7-O-β-D-glucoside, and the conventional drug carrier, wherein the weight ratio of calycosin to calycosin-7-O-β-D-glucoside is in a range from 1:5 to 5:1, the active ingredient is in a percentage of 0.1- 99.5% by weight.
A method for generating and communicating file system hints, the method comprising: receiving (401, 910) an I/O request from a file system layer; checking (402, 920) the I/O request for file system contextual information; characterised by: the receiving the I/O request from the file system layer occurring between the file system layer and a block layer; accessing (403, 930) the file system layer to determine attributes of the file system contextual information; receiving (404, 940) the attributes of the file system contextual information from the file system layer; analyzing the attributes of the file system contextual information; generating (405, 960) at least one hint based upon analyzing the attributes of the file system contextual information, wherein said at least one hint indicates a relative importance of I/O request data associated with the hint and is configured to be used to direct relatively more important I/O request data to be stored in a relatively faster storage medium; and sending (406, 970) the at least one hint to a lower level storage tier. receiving (401, 910) an I/O request from a file system layer; checking (402, 920) the I/O request for file system contextual information; characterised by: the receiving the I/O request from the file system layer occurring between the file system layer and a block layer; accessing (403, 930) the file system layer to determine attributes of the file system contextual information; receiving (404, 940) the attributes of the file system contextual information from the file system layer; analyzing the attributes of the file system contextual information; generating (405, 960) at least one hint based upon analyzing the attributes of the file system contextual information, wherein said at least one hint indicates a relative importance of I/O request data associated with the hint and is configured to be used to direct relatively more important I/O request data to be stored in a relatively faster storage medium; and sending (406, 970) the at least one hint to a lower level storage tier.
An electric automatic switch consisting of a housing, wherein at one end of the housing there is a first connection terminal for a supply connection of the protected circuit and at the opposite end there is a second connection terminal for discharge connection of the protected circuit, wherein a first switch is provided within the housing that is electrically connected with a coil and the second connection terminal, and a second switch, wherein a movable contact bridge is common for the first and the second switch and a second fixed contact on the switch-off side of the second switch is connected in series to a resistor and further to a bimetal, wherein the bimetal is connected to the first terminal of the coil comprising a striker pin that opens the first switch upon the appearance of over-current within the coil and returns to the original position if over-current is absent, wherein in the area of the first and the second switch there is a support element of the movable contact bridge, wherein said support element is pivotally mounted within a first bearing and simultaneously supported by a first spring pushing the support element towards the second switch, characterised in that on the support element there is a holder of the movable contact bridge, further in its vicinity a stop, onto which the upper extremity of the movable contact bridge leans with a force exerted by a second spring, a second bearing for the deflecting part of the bimetal and a grip of a knob for manual switching on/off of the switch, in that the movable contact bridge is formed in the shape of a cross, the upper extremity of which is intended to properly position the movable contact bridge in each operation mode of the switch and its cross extremities are provided as complementary contacts to the first and the second fixed contact of the second switch and the lower longest extremity of the movable contact bridge is provided as a complementary contact to the third fixed contact of the first switch.
An automation system for monitoring a safety critical process, comprising: - a platform for executing user programs (24, 26); and - a first user program and a second user program, which together implement a safety function, the second user program being diversitary with respect to the first user program; characterized by - a fail-safe peripheral module, via which the safety-critical process can be coupled to the user programs (24, 26); and - a safe runtime environment implemented on the platform independently of the user programs (24, 26) and configured to provide the user programs (24, 26) with safe resources independent of the platform. - a platform for executing user programs (24, 26); and - a first user program and a second user program, which together implement a safety function, the second user program being diversitary with respect to the first user program; - a fail-safe peripheral module, via which the safety-critical process can be coupled to the user programs (24, 26); and - a safe runtime environment implemented on the platform independently of the user programs (24, 26) and configured to provide the user programs (24, 26) with safe resources independent of the platform.
A display device comprising: a window member(121, 221, 421); an optical adhesive layer (321, 321a, 521a, 621, 721) coated on an inner surface of the window member; a display panel (123, 223, 302, 502, 602a, 602b, 702a, 702b) bonded on the inner surface of the window member, with the optical adhesive layer therebetween; a bonding area (325, 525) in which a part of the display panel extends beyond the optical adhesive layer from an edge of at least one side of the display panel, and directly faces the window member; a first space formed between the window member and the bonding area, in correspondence with the thickness of at least the optical adhesive layer; and a sealing member (235, 435, 535, 635, 735) filled at least partially in the first space; wherein the optical adhesive layer comprises protrusion areas protruding from both side ends of the window member, respectively, wherein at least a part of the bonding area is interposed between the protrusion areas. a window member(121, 221, 421); an optical adhesive layer (321, 321a, 521a, 621, 721) coated on an inner surface of the window member; a display panel (123, 223, 302, 502, 602a, 602b, 702a, 702b) bonded on the inner surface of the window member, with the optical adhesive layer therebetween; a bonding area (325, 525) in which a part of the display panel extends beyond the optical adhesive layer from an edge of at least one side of the display panel, and directly faces the window member; a first space formed between the window member and the bonding area, in correspondence with the thickness of at least the optical adhesive layer; and a sealing member (235, 435, 535, 635, 735) filled at least partially in the first space; wherein the optical adhesive layer comprises protrusion areas protruding from both side ends of the window member, respectively, wherein at least a part of the bonding area is interposed between the protrusion areas.
Deformable body (1; 101) with a hole (3; 103) that is suitable for receiving anti-creep ring (2; 102) and a fitting (8; 108), wherein the hole (3; 103) a has central axis and the hole is delimited by the deformable material that forms the deformable body (1; 101), with - a deformable, protruding rim (12; 112), which surrounds the hole (3; 103) and protrudes in the direction of the central axis, - a projection (11; 111) that surrounds the hole (3; 103) and is distanced from the protruding rim (12; 112) in a direction vertical to the central axis, wherein the rim (12; 112) protrudes over the projection (11; 111) in the direction of the central axis, characterised in that a recess (13; 113) is envisaged between the rim (12; 112) and the projection (11; 111), so that at least the tip of the rim (12; 112) can be deformed into the recess (13,113) or onto the recess (13,113) or into a position in which it floats above the recess (13,113). - a deformable, protruding rim (12; 112), which surrounds the hole (3; 103) and protrudes in the direction of the central axis, - a projection (11; 111) that surrounds the hole (3; 103) and is distanced from the protruding rim (12; 112) in a direction vertical to the central axis, wherein the rim (12; 112) protrudes over the projection (11; 111) in the direction of the central axis,
An oral dosage form of cannabinoids comprising from 1 to 60 wt% of a pharmacologically active form of cannabinoids in a self-emulsifying system comprising from 20 to 80 wt% of oily medium, from 10 to 60 wt% of surfactant, the pharmacologically active cannabinoid being selected from the group consisting of tetrahydrocannabinol, Δ 9 -tetrahydrocannabinol, Δ 8 -tetrahydrocannabinol, Δ 8 -tetrahydrocannabinol-DMH, Δ 9 -tetrahydrocannabinol propyl analogue, 11-hydroxy-tetrahydrocannabinol, 11-nor-9-carboxy-tetrahydrocannabinol, 5'-azido-Δ 8 -tetrahydrocannabinol, AMG-1, AMG-3, AM411, AM708, AM836, AM855, AM919, AM926, AM938, cannabidiol, cannabidiol propyl analogue, cannabinol, cannabichromene, cannabichromene propyl analogue, cannabigerol, CP 47497, CP 55940, CP 55244, CP 50556, CT-3, dimethylheptyl HHC, HU-210, HU-211, HU-308, WIN 55212-2, desacetyl-L-nantradol, dexanabinol, JWH-051, levonantradol, L-759633, nabilone, O-1184, and mixtures thereof, and the oily medium is selected from the group consisting of triglycerides and/or mixed glycerides and/or free fatty acids having from C 6 to C 32 carbon atoms.
Hand-held work device comprising - a casing, - a drive motor arranged in the casing, - a tool driven by the drive motor, - a handle portion formed on the casing, wherein the handle portion has an upper side and, opposite the upper side, a lower side, - an actuating element for actuating the drive motor, - a blocking element arranged on the upper side of the handle portion, wherein the blocking lever is operatively connected to the actuating element, wherein the blocking element blocks the actuating element in a blocking position and releases it in an operating position, - a control circuit for controlling the drive motor, - a switch which can be actuated via the blocking element and which has a switching element, wherein, in the activated state, the switch sends a signal to the control circuit, wherein the control circuit is designed in such a way that the drive motor is released to operate by the control circuit only when a group of operating conditions are satisfied, wherein at least one operating condition of the group of operating conditions is the receipt of the signal from the switch, characterized in that the switch is arranged in the handle portion between the blocking element and the lower side of the handle portion and is oriented in such a way that the switching element of the switch faces the lower side of the handle portion. - a casing, - a drive motor arranged in the casing, - a tool driven by the drive motor, - a handle portion formed on the casing, wherein the handle portion has an upper side and, opposite the upper side, a lower side, - an actuating element for actuating the drive motor, - a blocking element arranged on the upper side of the handle portion, wherein the blocking lever is operatively connected to the actuating element, wherein the blocking element blocks the actuating element in a blocking position and releases it in an operating position, - a control circuit for controlling the drive motor, - a switch which can be actuated via the blocking element and which has a switching element, wherein, in the activated state, the switch sends a signal to the control circuit,