mhurhangee/ep-ind-claims huggingface dataset:
Use of Chestnut tannins extract and/or its fractions, alone or in mixtures with other polyphenols to increase stability to storage of seeds for food raw materials, pellets for feed for animals and end-products for human and for animals by acting as anti-oxidant or as anti-microbial additive, or by acting in the reduction of nitrosamines or mycotoxins concentrations in the seeds for food raw materials, pellets for feed for animals and end-products for human and for animals, wherein the Chestnut tannins extract and its fractions, is used in liquid form in an amount ranging of from 1 to 40% by weight of tannins with respect to the total weight of the extract or its fractions, or in powder form in an amount ranging of from 30 to 90% by weight of tannins with respect to the total weight of the extract or its fractions, with the proviso that food raw materials and food for humans and for animals are not tobacco plants; said Chestnut tannins extract and/or its fractions being added in the case of seeds for food raw materials through a first seed treatment and a second following treatment of spraying or dry-powdering of the relative ear, the first treatment being carried out with a concentration of from 0.1 to 10% by weight, with respect to the total weight of the seed to be treated, of tannins extract in powder form at 30-90 % by weight of tannins, and the second treatment being carried out with a concentration of from 0.5 to 5% by weight, with respect to the total weight of the water or liquid vehicle used to carry out the treatment of spraying on the ears, of tannins chestnut extract in liquid form and/or of one of its fractions, at 13-25% by weight of tannin; said Chestnut tannins extract and/or its fractions being added in the case of pellets for feed for animals, in an amount of from 0.01 to 5% by weight with respect to the total weight of the product to be additivated, tannins extract being in liquid form at 37-40 % by weight of tannins; said Chestnut tannins extract and/or its fractions being added in the case of end-products for food for humans and for animals, in an amount of from 0.0001 to 3% by weight with respect to the total weight of said end-product to be additivated.
A device for measuring the properties of bodily tissue, the device comprising a platform for at least partially supporting a body or part of the body such that a load is applied by the body or body part to the platform, at least one ultrasound device, and means for measuring the pressure exerted by the body or body part on the platform, wherein, in use, ultrasound signals from said at least one ultrasound device radiate from or through the platform for imaging of the part of the body in contact with a major surface of the platform, characterised in that the material of the platform is a polymer plastic or a fibre reinforced material such that the platform does not exhibit significant deformation under the applied loads from said body or body part.
A method of operating system-wide content-based text stylization comprising the steps of: - establishing an array of predefined stylization criteria; - intercepting text output generated by an operating system platform to a graphics device driver; - evaluating the intercepted text to determine whether the intercepted text matches at least one criterion within the array of predefined stylization criteria; - responsive to the intercepted text not matching any criteria within the array of predefined stylization criteria, sending the intercepted text to the graphics device driver without modification; - responsive to the intercepted text matching the at least one criterion within the array of predefined stylization criteria, querying a table which maps the intercepted text to corresponding stylized text, the stylized text having a different font type, font color, font highlighting, underlining, holding, italicizing, graphic overlay, or characters than the intercepted text; - passing the stylized text to the graphics device driver for display; and - displaying the stylized text. - establishing an array of predefined stylization criteria; - intercepting text output generated by an operating system platform to a graphics device driver; - evaluating the intercepted text to determine whether the intercepted text matches at least one criterion within the array of predefined stylization criteria; - responsive to the intercepted text not matching any criteria within the array of predefined stylization criteria, sending the intercepted text to the graphics device driver without modification; - responsive to the intercepted text matching the at least one criterion within the array of predefined stylization criteria, querying a table which maps the intercepted text to corresponding stylized text, the stylized text having a different font type, font color, font highlighting, underlining, holding, italicizing, graphic overlay, or characters than the intercepted text; - passing the stylized text to the graphics device driver for display; and - displaying the stylized text.
A process for the preparation of a poly(ester urea) based core-shell microcapsule slurry comprising the following steps: a) dissolving at least one polyisocyanate having at least two isocyanate groups in a hydrophobic material, preferably a perfume, to form an oil phase; b) preparing a dispersing phase comprising a stabilizer, wherein the dispersing phase is not miscible with the oil phase; c) adding the oil phase obtained in step a) into the dispersing phase to form a two- phases dispersion; d) performing a curing step to form core-shell microcapsules in the form of a slurry, wherein a polyaminoester is added in step a) and/or in the two-phases dispersion of step c), and wherein the polyaminoester is obtained by a reaction between a polyol and an amino-acid. a) dissolving at least one polyisocyanate having at least two isocyanate groups in a hydrophobic material, preferably a perfume, to form an oil phase; b) preparing a dispersing phase comprising a stabilizer, wherein the dispersing phase is not miscible with the oil phase; c) adding the oil phase obtained in step a) into the dispersing phase to form a two- phases dispersion; d) performing a curing step to form core-shell microcapsules in the form of a slurry, wherein a polyaminoester is added in step a) and/or in the two-phases dispersion of step c), and wherein the polyaminoester is obtained by a reaction between a polyol and an amino-acid.
Method for determining the aging of an individual battery cell of a lithium-ion battery, wherein the individual battery cell is actively charged or discharged with a power pulse, or that such a power pulse which charges or discharges the individual battery cell is detected during operation of the battery, wherein the occurring current pulse and the voltage response of the individual battery cell are recorded in an idle phase with lower power or without power following the power pulse, and the relaxation of the individual battery cell is evaluated, wherein at least the relaxation time constant (τ) is determined and stored, characterized in that, from the currently recorded and already stored relaxation time constants (τ), during charging or discharging of the individual battery cell by means of the power pulse, a charging curve and a discharging curve are formed with respect to the charge of the individual battery cell in each case, wherein, based on the point of intersection of the charging curve and the discharging curve, a conclusion is drawn about a current capacity (K 1) of the individual battery cell. the individual battery cell is actively charged or discharged with a power pulse, or that such a power pulse which charges or discharges the individual battery cell is detected during operation of the battery, wherein the occurring current pulse and the voltage response of the individual battery cell are recorded in an idle phase with lower power or without power following the power pulse, and the relaxation of the individual battery cell is evaluated, wherein at least the relaxation time constant (τ) is determined and stored, characterized in that, from the currently recorded and already stored relaxation time constants (τ), during charging or discharging of the individual battery cell by means of the power pulse, a charging curve and a discharging curve are formed with respect to the charge of the individual battery cell in each case, wherein, based on the point of intersection of the charging curve and the discharging curve, a conclusion is drawn about a current capacity (K 1) of the individual battery cell.
Agricultural machine with a material pick-up for the picking up of harvested material from the ground, as well as a conveyor rotor for the further conveyance of the picked-up harvested material through a feed channel, wherein the feed channel is separated at least in sections from a moveably-mounted feed channel wall, so that the feed channel cross-section is altered through movement of the feed channel wall, wherein the feed channel wall is guided to be linearly moveable, wherein the conveyor rotor is assigned a cutting unit that comprises cutting blades projecting into the feed channel, wherein the feed channel wall and the cutting blades are moveable relative to one another, so that the feed channel wall can be moved away from the conveyor rotor with the cutting blades remaining in the feed channel, and the cutting blades can be moved away from the conveyor rotor, with the feed channel wall positioned in unchanged distance from the conveyor rotor, characterized in that a control device is provided for controlling the chronological sequence of the linear displacement of the feed channel wall and the movement of the cutting blades.
Portable surface cleaning apparatus comprising a base; and a tank associated with said base, at the top thereof, characterised by said tank comprising at least a couple of chambers predisposed to contain respective abrasive materials, said chambers being hermetically separated from one another; at least one couple of mixing valves associated with said base and connected with respective said chambers, each said mixing valve being predisposed to receive said abrasive material contained in said respective chamber and to mix said abrasive material with a predetermined amount of compressed air; a circuit for adjusting and distributing compressed air comprising compressed air conducting means predisposed to convey said compressed air into said chambers and into said mixing valves; and a fitting assembly predisposed to connect said mixing valves with spraying means predisposed to spray at least one flow of compressed air mixed with at least one abrasive material, said fitting assembly comprising a mixing device predisposed to be connected to said at least a couple of mixing valves so as to mix said flows of compressed air and abrasive materials coming from said mixing valves in order to obtain a resulting flow of compressed air and at least two abrasive materials to be sprayed on the surface to be treated. a base; and a tank associated with said base, at the top thereof, characterised by said tank comprising at least a couple of chambers predisposed to contain respective abrasive materials, said chambers being hermetically separated from one another; at least one couple of mixing valves associated with said base and connected with respective said chambers, each said mixing valve being predisposed to receive said abrasive material contained in said respective chamber and to mix said abrasive material with a predetermined amount of compressed air; a circuit for adjusting and distributing compressed air comprising compressed air conducting means predisposed to convey said compressed air into said chambers and into said mixing valves; and a fitting assembly predisposed to connect said mixing valves with spraying means predisposed to spray at least one flow of compressed air mixed with at least one abrasive material, said fitting assembly comprising a mixing device predisposed to be connected to said at least a couple of mixing valves so as to mix said flows of compressed air and abrasive materials coming from said mixing valves in order to obtain a resulting flow of compressed air and at least two abrasive materials to be sprayed on the surface to be treated.
Sensor for visually determining the distance to an object, comprising an imaging sensor having a plurality of photo elements and an optical lens system assigned to the imaging sensor, which has at least two sections (05, 06) with different focal lengths that are assigned to different groups of photo elements (03', 03") of the imaging sensor, characterized in that the photo elements (03', 03") of the groups assigned to the sections (05, 06) of different focal lengths are arranged with a chequerboard-like distribution on the imaging sensor.
Sound enhancement method for cochlear implant sound processors for mimicking activating medial olivocochear efferents, the method comprising the steps of: - capturing at least an acoustic signal by means of a microphone of one of two interconnected sound processors, - breaking down the acoustic signal into frequency bands, by means of the sound processor capturing the acoustic signal, and - respectively extracting for each frequency band an envelope, by means of the sound processor capturing the acoustic signal, the method being characterised by further comprising the steps of: - amplifying the envelope by compression techniques, by means of the sound processor capturing the acoustic signal for obtaining an amplified envelope, said amplification comprising in turn modifying a gain value of the amplification according to an energy of an output signal of the other sound processor, wherein the relationship between the envelope and the amplified envelope is non-linear and the higher the energy of the output signal of the other sound processor is the more linear and the lower the gain to low level sound of the amplification is and vice versa so that the greater the contralateral output energy, the more linear the compressor. - capturing at least an acoustic signal by means of a microphone of one of two interconnected sound processors, - breaking down the acoustic signal into frequency bands, by means of the sound processor capturing the acoustic signal, and - respectively extracting for each frequency band an envelope, by means of the sound processor capturing the acoustic signal, - amplifying the envelope by compression techniques, by means of the sound processor capturing the acoustic signal for obtaining an amplified envelope, said amplification comprising in turn modifying a gain value of the amplification according to an energy of an output signal of the other sound processor,
An apparatus for bending glass panels, said apparatus comprising - an upper tier of successive mould carriages, having a front wall or back wall thereof separating from each other at least the following stations: successive preheating stations (3a, 3b) Including a last preheating station, a bending station and a pre-bending station upstream of the bending station, said mould carriages being adapted to be Intermittently movable towards the bending station; - a lower tier of successive mould carriages, having a front wall or back wall thereof separating successive cooling stations (5, 6, 7) from each other, said mould carriages being adapted to be intermittently movable in a direction opposite to the moving direction of the upper tier carriages; - a number of bending moulds supported by the mould carriages; - first radiation heating elements in the ceiling of the preheating stations (3a, 3b) at least in some of the preheating stations; - second radiation heating elements in the ceiling of the pre-bending and bending stations (4a, 4b); - an intermediate floor which separates the pre-bending station and the last preheating station from cooling stations therebelow; - a lift mechanism which constitutes a floor for the bending station for lowering the mould carriages from the upper tier to the lower tier together with bent glass panels; the mould carriages being provided with an open-structured or otherwise highly heat transmitting floor, characterized In that on top of the intermediate floor are third radiation heating elements positioned below the level defined by a floor of the mould carriage. - an upper tier of successive mould carriages, having a front wall or back wall thereof separating from each other at least the following stations: successive preheating stations (3a, 3b) Including a last preheating station, a bending station and a pre-bending station upstream of the bending station, said mould carriages being adapted to be Intermittently movable towards the bending station; - a lower tier of successive mould carriages, having a front wall or back wall thereof separating successive cooling stations (5, 6, 7) from each other, said mould carriages being adapted to be intermittently movable in a direction opposite to the moving direction of the upper tier carriages; - a number of bending moulds supported by the mould carriages; - first radiation heating elements in the ceiling of the preheating stations (3a, 3b) at least in some of the preheating stations; - second radiation heating elements in the ceiling of the pre-bending and bending stations (4a, 4b); - an intermediate floor which separates the pre-bending station and the last preheating station from cooling stations therebelow; - a lift mechanism which constitutes a floor for the bending station for lowering the mould carriages from the upper tier to the lower tier together with bent glass panels;
A wear member for excavating equipment comprising a working section and a mounting section, the mounting section including a socket for receiving a base fixed to the excavating equipment to mount the wear member on the excavating equipment, and the working section being that part of the wear member forward of the socket, a leading side adapted to be a forward surface during advance of the wear member through the ground during a digging operation, and a trailing side adapted to be a rearward surface during advance of the wear member through the ground, the leading and trailing sides (25, 27) extending axially across the working and mounting sections (21, 23), whereby the leading side has a greater width than the trailing side in transverse cross sections perpendicular to the longitudinal axis along at least part of the mounting section and working section and the leading side and the trailing side are generally planar.
A fixation system for osteosynthesis between bone members, the system comprising: a staple and an inserter; wherein the staple comprises a bridge, first and second legs (2230, 2235), and first and second inserter engaging features (2250, 2260); wherein the first inserter-engaging feature is positioned on the exterior of the first leg; wherein the second inserter-engaging feature is positioned on the exterior of the second leg; wherein each of the first and second inserter engaging features is a projection having a lower surface (2255, 2265); wherein the inserter is releasably engaged to the staple, wherein the inserter comprises staple-engaging features; wherein the lower surface of each projection releasably engages with the staple engaging features that allow the inserter to be side loading, top loading or pivotably loaded; wherein when the inserter is releasably engaged to the staple, the staple is in a first configuration where the first and second legs are relatively parallel to each other, the first and second inserter engaging features of the staple engaged to the staple-engaging features of the inserter to maintain the staple in the first configuration, and the inserter engages the staple such that the inserter does not interfere with final placement of the staple against the bone members; and wherein when the inserter is removed from the staple, the staple assumes a second configuration. a staple and an inserter; wherein the staple comprises a bridge, first and second legs (2230, 2235), and first and second inserter engaging features (2250, 2260); wherein the first inserter-engaging feature is positioned on the exterior of the first leg; wherein the second inserter-engaging feature is positioned on the exterior of the second leg; wherein each of the first and second inserter engaging features is a projection having a lower surface (2255, 2265); wherein the inserter is releasably engaged to the staple, wherein the inserter comprises staple-engaging features; wherein the lower surface of each projection releasably engages with the staple engaging features that allow the inserter to be side loading, top loading or pivotably loaded; wherein when the inserter is releasably engaged to the staple, the staple is in a first configuration where the first and second legs are relatively parallel to each other, the first and second inserter engaging features of the staple engaged to the staple-engaging features of the inserter to maintain the staple in the first configuration, and the inserter engages the staple such that the inserter does not interfere with final placement of the staple against the bone members; and wherein when the inserter is removed from the staple, the staple assumes a second configuration.
A filter attachment body attachable to a vehicle body of a work vehicle provided with a pump, the filter attachment body comprising: a bracket attachable to the vehicle body; a filter device attached to the bracket; and a plurality of elastic members interposed between the bracket and the filter device; the bracket having an attachment plate to which the filter device is attached, the attachment plate being disposed substantially perpendicular to the up-down direction, the filter device having a filter case connected to the pump, and a filter body attached to the filter case, wherein a geometric center of the filter body overlaps a figure drawn by linking each of the plurality of elastic members with straight lines when viewed from a top view of the attachment plate, characterized in that at least one elastic member among the plurality of elastic members is located outside of the filter body when viewed from the top view of the attachment plate. a bracket attachable to the vehicle body; a filter device attached to the bracket; and a plurality of elastic members interposed between the bracket and the filter device; the bracket having an attachment plate to which the filter device is attached, the attachment plate being disposed substantially perpendicular to the up-down direction, the filter device having a filter case connected to the pump, and a filter body attached to the filter case, wherein a geometric center of the filter body overlaps a figure drawn by linking each of the plurality of elastic members with straight lines when viewed from a top view of the attachment plate, characterized in that at least one elastic member among the plurality of elastic members is located outside of the filter body when viewed from the top view of the attachment plate.
Deposit return system having an invalidating unit for irreversibly destroying a disposable item supplied to the deposit return system, characterized in that a sound capture unit is provided for the purpose of detecting the sound produced when destroying the disposable item, in that a storage element stores at least one desired value of at least one characteristic variable of the sound produced when destroying the disposable item, in that a control unit compares at least one actual value of this characteristic variable of the detected sound, as determined with the aid of the sound capture unit, with the stored desired value, and in that, if the comparison of at least one actual value with the associated desired value has revealed a discrepancy, the control unit deactivates the deposit return system, outputs an error message and/or outputs an acoustic and/or optical alarm with the aid of an alarm unit.