mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for performing a harmonicity-dependent controlling of a harmonic filter tool of an audio codec, comprising a pitch estimator configured to determine a pitch of an audio signal to be processed by the audio codec; a harmonicity measurer configured to determine a measure of harmonicity of the audio signal using the pitch; a temporal structure analyzer configured to determine, depending on the pitch, at least one temporal structure measure measuring a characteristic of a temporal structure of the audio signal; a controller configured to control the harmonic filter tool depending on the temporal structure measure and the measure of harmonicity, wherein the harmonicity measurer is configured to determine the measure of harmonicity by computing a normalized correlation of the audio signal or a pre-modified version thereof at or around a pitch-lag of the pitch. a pitch estimator configured to determine a pitch of an audio signal to be processed by the audio codec; a harmonicity measurer configured to determine a measure of harmonicity of the audio signal using the pitch; a temporal structure analyzer configured to determine, depending on the pitch, at least one temporal structure measure measuring a characteristic of a temporal structure of the audio signal; a controller configured to control the harmonic filter tool depending on the temporal structure measure and the measure of harmonicity, wherein the harmonicity measurer is configured to determine the measure of harmonicity by computing a normalized correlation of the audio signal or a pre-modified version thereof at or around a pitch-lag of the pitch.
A portable light, comprising: a) a housing having a first end, a second end, and an axis running from said first end to said second end; b) a reflector, said reflector being mounted in said first end of said housing; c) a fixture (435 a, b) for holding an electric light in front of said reflector; d) a handle having a first end and a second end, wherein at least one of said first and second ends of said handle is connected with said housing; e) an elastic cord having a first end connected to a first connector and a second end releasably connected to a second connector, each of said first and second connectors being connected with said handle; and f) a source of power for said electric light, said source of power being electrically connected to said fixture; characterized in that the elastic cord fits into a longitudinal groove having opposing walls, said groove running along said handle between said first and second connectors. a) a housing having a first end, a second end, and an axis running from said first end to said second end; b) a reflector, said reflector being mounted in said first end of said housing; c) a fixture (435 a, b) for holding an electric light in front of said reflector; d) a handle having a first end and a second end, wherein at least one of said first and second ends of said handle is connected with said housing; e) an elastic cord having a first end connected to a first connector and a second end releasably connected to a second connector, each of said first and second connectors being connected with said handle; and f) a source of power for said electric light, said source of power being electrically connected to said fixture;
A capacitive element comprising at least two complexes (26; 30), each complex comprising at least one electrode (31, 33), the complexes being superimposed, an electrically insulating separator (28A, 28B) made of porous plastic material being interposed between each pair of complexes, characterised in that the or at least one of the separators (28; 28A, 28B) is interposed between each pair of complexes, so-called "first" and "second" complexes (26, 30), in that it is connected, by adhesion of the melted plastic material, to the first complex (26, 30), especially to the collector (32, 34) of the latter, or to a member connected to this first complex, in the vicinity of one of its ends in one or at least one of the predetermined directions normal to the superimposition direction, and in that it is connected to the second complex (30, 26), especially to the collector (34, 32) of the latter, or to a member connected to this second complex, in the vicinity of the other one of its ends in one or at least one of the predetermined directions normal to the superimposition direction.
A gear wheel comprising: - an inner part which is connected to a vibration causing drive, - a connecting element, and - a ring gear, wherein the connecting element: - is designed as a spring sheet, and - is connected to the inner part of the gear wheel and the ring gear in a force-fitting manner, wherein the spring sheet serves as a force-transmitting element, and wherein the spring sheet is milled out of the gear wheel or inserted in grooves so that the caused vibrations are reduced, characterised in that the spring sheet is made of aluminium, titanium or spring steel. - an inner part which is connected to a vibration causing drive, - a connecting element, and - a ring gear, wherein the connecting element: - is designed as a spring sheet, and - is connected to the inner part of the gear wheel and the ring gear in a force-fitting manner, wherein the spring sheet serves as a force-transmitting element, and wherein the spring sheet is milled out of the gear wheel or inserted in grooves so that the caused vibrations are reduced, characterised in that the spring sheet is made of aluminium, titanium or spring steel. - is designed as a spring sheet, and - is connected to the inner part of the gear wheel and the ring gear in a force-fitting manner,
An injection device for injecting a substance into a body, comprising: a barrel adapted to receive the substance and provided with a stopper in sliding engagement inside the barrel and with an injection needle; a plunger rod configured to push the stopper and moveable in order to inject the substance when a pushing force is applied to the plunger rod, a locking clip fixed relative to the barrel and provided with at least two jaws adapted for engaging the plunger rod in a primary position of the plunger rod, so as to prevent an injection movement of the plunger rod with regard to the barrel, and a needle shield comprising a triggering portion, said needle shield being configured in sliding engagement with respect to the injection needle, so as to define an initial position in which the needle shield covers the injection needle and a retracted position in which the needle shield does not cover at least a portion of the injection needle; wherein the triggering portion is configured to engage and open the locking clip when the needle shield moves from the initial position to the retracted position, so as to disengage the locking clip from the plunger rod and to allow the injection movement of the plunger rod. a barrel adapted to receive the substance and provided with a stopper in sliding engagement inside the barrel and with an injection needle; a plunger rod configured to push the stopper and moveable in order to inject the substance when a pushing force is applied to the plunger rod, a locking clip fixed relative to the barrel and provided with at least two jaws adapted for engaging the plunger rod in a primary position of the plunger rod, so as to prevent an injection movement of the plunger rod with regard to the barrel, and a needle shield comprising a triggering portion, said needle shield being configured in sliding engagement with respect to the injection needle, so as to define an initial position in which the needle shield covers the injection needle and a retracted position in which the needle shield does not cover at least a portion of the injection needle; wherein the triggering portion is configured to engage and open the locking clip when the needle shield moves from the initial position to the retracted position, so as to disengage the locking clip from the plunger rod and to allow the injection movement of the plunger rod.
Method for pointing pre-glued sheets of paper for coating paper or cardboard boxes by means of a pointing apparatus, comprising a first width-search sensor, a second width-search sensor, said first and second width-search sensors being mounted longitudinally staggered on a supporting structure provided with transverse and longitudinal advancement means, and a rotation motion relative to the sheet around one or more fulcrums, wherein the method comprises the following steps: a) simultaneous transverse advancement of the first and second width-search sensors, b) stop of the first sensor at a first point on a longitudinal edge of the sheet, characterised in that the method comprises the following further steps: c) a continuous check to detect whether the first sensor has moved away from the edge of the sheet, and a correction of the position of the first sensor in the reverse direction from said deviation until the edge of the sheet is found again, d) initiation of a continuous checking step whether the second sensor has also reached the edge of the sheet, wherein during said checking step if the second sensor has not reached the edge, continue said advancement of the second sensor, when the second sensor has also reached the edge, the second sensor stops at a second point on a longitudinal edge of the sheet and the first sensor at the first point on the longitudinal edge of the sheet. a) simultaneous transverse advancement of the first and second width-search sensors, b) stop of the first sensor at a first point on a longitudinal edge of the sheet, c) a continuous check to detect whether the first sensor has moved away from the edge of the sheet, and a correction of the position of the first sensor in the reverse direction from said deviation until the edge of the sheet is found again, d) initiation of a continuous checking step whether the second sensor has also reached the edge of the sheet, wherein during said checking step if the second sensor has not reached the edge, continue said advancement of the second sensor, when the second sensor has also reached the edge, the second sensor stops at a second point on a longitudinal edge of the sheet and the first sensor at the first point on the longitudinal edge of the sheet. if the second sensor has not reached the edge, continue said advancement of the second sensor, when the second sensor has also reached the edge, the second sensor stops at a second point on a longitudinal edge of the sheet and the first sensor at the first point on the longitudinal edge of the sheet.
A disposable absorbent article comprising: a top sheet; an absorbent core; and a self-supporting fiberized web situated between the top sheet and the absorbent core, wherein the self-supporting fiberized web comprises a hot melt composition having a viscosity of no greater than 50,000 cP at 178°C, as measured by the viscosity test method described herein, and the self-supporting fiberized web has a basis weight of about 10 to about 200 grams per square meter and is free of absorbent materials. a top sheet; an absorbent core; and a self-supporting fiberized web situated between the top sheet and the absorbent core, wherein the self-supporting fiberized web comprises a hot melt composition having a viscosity of no greater than 50,000 cP at 178°C, as measured by the viscosity test method described herein, and the self-supporting fiberized web has a basis weight of about 10 to about 200 grams per square meter and is free of absorbent materials.
A computer-implemented medical method of predicting a dependency C i (p i) of a radiotherapy quality criterion Cifrom an adjustment of a radiotherapy planning parameter p i, the method comprising the following steps: - providing geometric patient data geometrically describing an area of a patient, which is to be irradiated according to a radiotherapy treatment plan (step S1), - providing dose prescription data and treatment indication data for said patient (step S2), - predicting with a trained Artificial Intelligence module the dependency C i (p i) of the radiotherapy quality criterion C i from the radiotherapy planning parameter p i when adjusting said radiotherapy planning parameter p i, thereby using the geometric patient data, the dose prescription data and the treatment indication data as input for the AI module (step S3), characterised in that the radiotherapy quality criterion Ci is selected from the group comprising RT delivery time, complexity of RT quality assurance, a RT dose constraint, a RT volume constraint regarding a volume within the patient, a conformity index describing how well an irradiated area correlates with a planning target volume, a gradient index describing how quickly a RT radiation dose decreases with increasing distance to a target volume, and any combination thereof. - providing geometric patient data geometrically describing an area of a patient, which is to be irradiated according to a radiotherapy treatment plan (step S1), - providing dose prescription data and treatment indication data for said patient (step S2), - predicting with a trained Artificial Intelligence module the dependency C i (p i) of the radiotherapy quality criterion C i from the radiotherapy planning parameter p i when adjusting said radiotherapy planning parameter p i, thereby using the geometric patient data, the dose prescription data and the treatment indication data as input for the AI module (step S3),
A reverse shoulder replacement system, comprising: a humeral liner defining a split curvature bearing surface, the split curvature bearing surface including a plurality of curvature regions including at least: a first curvature region having a first curvature (α), and a second curvature region having a second curvature (β) different from the first curvature. a first curvature region having a first curvature (α), and a second curvature region having a second curvature (β) different from the first curvature.
Method for displaying information, in which - at least one first graphical object is graphically depicted on a display that is arranged in a motor vehicle, and - in the event of a change to a second graphical object, a control device produces graphics data that actuate the display panel such that the first object disappears and the second object is shown, characterized in that - in the event of a change to the second object, the control device produces graphics data that actuate the display panel such that the first graphical object is swivelled out about a first axis, situated outside the display panel, in the perspective depiction on the display panel and the second graphical object is swivelled in about a second axis, situated outside the display panel, in the perspective depiction on the display panel until said second graphical object is displayed completely, and - the sharpness of the display content within the first and/or the second object (6, 12) is altered during swivelling. - at least one first graphical object is graphically depicted on a display that is arranged in a motor vehicle, and - in the event of a change to a second graphical object, a control device produces graphics data that actuate the display panel such that the first object disappears and the second object is shown, - in the event of a change to the second object, the control device produces graphics data that actuate the display panel such that the first graphical object is swivelled out about a first axis, situated outside the display panel, in the perspective depiction on the display panel and the second graphical object is swivelled in about a second axis, situated outside the display panel, in the perspective depiction on the display panel until said second graphical object is displayed completely, and - the sharpness of the display content within the first and/or the second object (6, 12) is altered during swivelling.
A geomembrane consisting of a multilayer structure comprising a barrier layer, an adhesive layer made of an acid-modified thermoplastic resin and a thermoplastic resin layer, wherein the thermoplastic resin layer is laminated on at least one side of the barrier layer via the adhesive layer, and the barrier layer comprises a modified ethylene-vinyl alcohol copolymer having an ethylene unit content of 18 mol% or more and 55 mol% or less based on the total monomer units and comprising a modifying group having a primary hydroxyl group represented by Formula: wherein, in Formula, R 1 is a single bond and X is a hydroxymethyl group. the thermoplastic resin layer is laminated on at least one side of the barrier layer via the adhesive layer, and the barrier layer comprises a modified ethylene-vinyl alcohol copolymer having an ethylene unit content of 18 mol% or more and 55 mol% or less based on the total monomer units and comprising a modifying group having a primary hydroxyl group represented by Formula: wherein, in Formula, R 1 is a single bond and X is a hydroxymethyl group.
A compound coating comprising dietary fiber, a fat portion, and optionally one or more of sugar, a flavor additive, an emulsifier, a surfactant, and a color; said dietary fiber present in an amount of 55% to 65% by weight of said compound coating; and a particle size of the compound coating of 35 microns or less,
Seat having a body support function, in particular office or work chair, having a support extending forwards above a seat surface, which is inclined backwards or can be inclined backwards in such a manner that its end facing the seat surface lies lower, wherein this support is arranged in spatial relationship to the seat surface such that the lower region of a human upper body, namely hips and/or abdomen can rest thereon, characterized in that at least one foot of a foot cross arranged on the seat, which extends under the support or which can be aligned towards there, is longer than the remaining feet and the support has a shell-shaped rounded supporting surface adapted to the human body.
The use of at least one insulin-sensitising agent in the preparation of a pharmaceutical formulation for the prevention and/or treatment of hyperandrogenism and/or polycystic ovary syndrome and/or at least one related disorder of the group consisting of: hirsutism, acne, hair loss, excess weight, obesity, irregular, sporadic or lack of menstrual periods, larger and/or polycystic ovaries and infertility; wherein said formulation is administered intravaginally.
A process for preparing ethylamines and monoisopropylamine (MIPA), which comprises reacting bioethanol with ammonia in the presence of hydrogen and of a heterogeneous catalyst to give ethylamines, said bioethanol having a content of sulfur and/or sulfur compounds of ≥ 0.1 ppm by weight to 10 ppm by weight (calculated S), and then reacting isopropanol with ammonia in the presence of the same catalyst and in the presence of hydrogen to give MIPA, there being no catalyst activation by sulfur removal (poison removal) between the two reactions.
A carboxyalkyl chitosan having glucosamine units, N-acetyl-glucosamine units and glucosamine units substituted by a carboxyalkyl group, the said carboxyalkyl chitosan having a zeta potential, measured at pH 7.5, that is lower than or equal to -18 mV, the carboxyalkyl chitosan has a degree of acetylation comprised between 40% and 80%, expressed in number of moles of N-acetyl-glucosamine units in relation to the number of moles of total units and having a degree of substitution by a carboxyalkyl group greater than 50%, expressed as the number of moles of the substituent in relation to the number of moles of total units.
Method for high resolution NMR (=nuclear magnetic resonance) measurements comprising the application of excitation pulses and the acquisition of data points, whereby a dwell time Δt separates the acquisition of two consecutive data points, the method comprising providing at least one comb of decoupling rf pulses, each decoupling rf pulse having a duration τ p, in a way that during each dwell time only one of said decoupling rf pulses of each comb of decoupling rf pulses is applied characterized in that the average rf field amplitude of each comb of rf pulses is: π / 10 J ≤ 〈ω 1 〉 ≤ 10π J, wherein 〈ω 1 〉 = ω 1 τ p /Δ t, J being the scalar J-coupling constant and ω 1 = γ B 1 with γ being the gyromagnetic ratio and B 1 being the strength of the magnetic component of each decoupling rf pulse, that the duration τ p of the decoupling pulses is between 0,1 microseconds and 20 microseconds, that each comb of decoupling rf pulses begins with a first pulse in the first dwell time Δt that has a phase that is shifted through 90° with respect to the phase of the initial excitation pulse, and that each comb of decoupling rf pulses consists of decoupling rf pulses with phases that are linearly incremented from one dwell time to the next, such as to associate each comb with its own frequency shift.
A metal oxide powder comprising globular independent particles as main component, said metal oxide powder having: BET specific surface area of 400 to 1000 m 2 /g; BJH pore volume of 2 to 8 mL/g; and oil absorption of no less than 250 mL/100g, wherein each said independent particle includes therein one or more hollow space having a size of 0.5 to 15 μm; and wherein the metal oxide is silica or a multiple oxide containing silica as the main component thereof. said metal oxide powder having: BET specific surface area of 400 to 1000 m 2 /g; BJH pore volume of 2 to 8 mL/g; and oil absorption of no less than 250 mL/100g, BET specific surface area of 400 to 1000 m 2 /g; BJH pore volume of 2 to 8 mL/g; and oil absorption of no less than 250 mL/100g, wherein each said independent particle includes therein one or more hollow space having a size of 0.5 to 15 μm; and wherein the metal oxide is silica or a multiple oxide containing silica as the main component thereof.
Apparatus for transforming plastic parisons to plastic containers with a transport device which transports the plastic parisons along a predetermined transport path, wherein the transport device has a carrier which is rotatable about a predetermined axis of rotation and on which a plurality of transforming stations are disposed for transforming the plastic parisons into the plastic containers, with a clean room within which at least components of the transforming stations are disposed, wherein this clean room is demarcated from unsterile surroundings by at least one upper boundary wall and at least one lower boundary wall, and wherein the apparatus has a drive unit for driving the carrier and this drive unit is disposed outside the clean room, characterised in that at least one room portion of the apparatus, which is located in the direction of the axis of rotation between the upper boundary wall and the lower boundary wall and which contains at least a portion of the geometric axis of rotation, is material-free and the clean room within the room portion extends beyond the geometric axis of rotation.