mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a plant extract, quantified on D-pinitol, wherein a plant Desmodium adscendens is selected from the Desmodium family, wherein a fraction is extracted from Desmodium plant parts, wherein a plant extract is derived from said fraction thereof, characterized in that a characterised extract is derived from Desmodium adscendens, from which a preparation of said plant extract is quantified on D-pinitol; wherein said plant extract contains between 0,1 and 10%, preferably from 4 to 5% D-pinitol; particularly wherein a validated analytical method is performed for said quantification of Desmodium adscendens on D-pinitol, wherein a specific quantified Desmodium adscendens preparation is produced as "totum", more particularly wherein a biologically controlled isolation is carried out in said analytical method which is carried out with generating a composition quantified for D-pinitol, wherein the composition product is repeatedly enriched and numerous fractions are isolated, and wherein a decoction is obtained that contains a significant amount of D-pinitol; wherein said extract is separated and the isolated product is identified as the methylated cyclitol 3-O-methyl-chiro-inositol, i.e. D-pinitol, in that selected parts of said plant are first dried, and/or in that said plant parts are then ground or fragmented, particularly pulverized into powder form, more particularly wherein said powder is converted as such into a pharmaceutical form; wherein starting from 1 kg of dried plant parts, there is obtained from 60 to 70 g, in particular about 65 g of extract, respectively according to a ratio of 10-20: 1, more particularly 14-16: 1; in that an aqueous decoction of said plant parts of Desmodium_adscendens is then prepared warm to a decoct by boiling a certain quantity of dried, optionally powdered, leaves in a certain quantity of water for a certain period of time and in that said aqueous decoction of said plant parts of Desmodium adscendens is then cooled, after which the portions obtained are combined and filtered, after which the filtrate obtained is concentrated, in particular under vacuum, and then lyophilized to form a lyophilizate.
A Pseudomonas spp. protease sensor molecule comprising a target sequence, a chemiluminescent donor domain and an acceptor domain covalently attached to the target sequence, wherein the target sequence comprises SFMKKNQNTEI (SEQ ID NO: 45); and wherein cleavage of the target sequence by a Pseudomonas spp. protease produces a detectable change in resonance energy transfer relative to the resonance energy transfer of the uncleaved sensor. wherein the target sequence comprises SFMKKNQNTEI (SEQ ID NO: 45); and wherein cleavage of the target sequence by a Pseudomonas spp. protease produces a detectable change in resonance energy transfer relative to the resonance energy transfer of the uncleaved sensor.
A powdered nutritional composition comprising protein, carbohydrates and a) lipid globules with a volume weighted mode diameter of 1 micrometer or above and/or at least 45 volume% based on total lipid with a diameter of 2 to 12 micrometer; and b) micronized carbohydrates (i) being smaller than 30 micrometer, and/or (ii) of which at least 80 volume% has a size less than 20 micrometer, and/or (iii) of which at least 80 volume% has a size less than 10 micrometer, and/or (iv) having a volume median particle size D50 below 10 micrometer, wherein said micronized carbohydrates preferably comprise one or more selected from the group consisting of micronized lactose, micronized glucose, micronized maltodextrin, micronized starch, micronized inulin and micronized sucrose. a) lipid globules with a volume weighted mode diameter of 1 micrometer or above and/or at least 45 volume% based on total lipid with a diameter of 2 to 12 micrometer; and b) micronized carbohydrates (i) being smaller than 30 micrometer, and/or (ii) of which at least 80 volume% has a size less than 20 micrometer, and/or (iii) of which at least 80 volume% has a size less than 10 micrometer, and/or (iv) having a volume median particle size D50 below 10 micrometer, wherein said micronized carbohydrates preferably comprise one or more selected from the group consisting of micronized lactose, micronized glucose, micronized maltodextrin, micronized starch, micronized inulin and micronized sucrose.
A user equipment comprising processing circuitry configured to: determine whether to transmit an indication indicating that flight path information is available and has changed; and transmit, in radio resource control, RRC, connected mode, the indication to a base station based at least in part on the determination, wherein the determination whether to transmit the indication is based at least in part on whether an update to the flight path information is received from an application layer. determine whether to transmit an indication indicating that flight path information is available and has changed; and transmit, in radio resource control, RRC, connected mode, the indication to a base station based at least in part on the determination, wherein the determination whether to transmit the indication is based at least in part on whether an update to the flight path information is received from an application layer.
Table top for a spring support table of a spring end grinding machine for grinding spring ends of helical compression springs, wherein the spring end grinding machine includes a grinding unit having two vertically superimposed rotating grinding wheels (130, 140), with a grinding cavity provided between them, and a spring support table of a loading unit disposed adjacent to the grinding unit, wherein the table top includes a circular arc-type recess on a side assigned to the grinding wheels, the recess being matched to the outer rim of a lower grinding wheel of the grinding unit such that not more than a small intermediate space remains between the table top and the grinding wheel, characterized in that the table top includes, at least in a transition zone adjacent to the recess, a layer structure with a support plate and a covering layer disposed on the support plate and thin as compared to the support plate, said covering layer being in a two-dimensional connection to the support plate and having a free surface which constitutes the surface of the table top, wherein the support plate is composed of a first material and the covering layer is composed of a second material more wear-resistant as compared to the first material, and wherein the covering layer includes a self-supporting thin cover plate (274, 234, 254) detachably connected to the support plate (272, 323, 252), wherein the cover plate is in a two-dimensional bracing connection to the support plate by means of clamping devices (276, 279) engaging on the rear side of the cover plate.
A method comprising: selectively converting 5-hydroxymethylcytosine (5-hmC) to 5-formylcytosine (5-fC) in a portion of a polynucleotide by contacting said polynucleotide with a metal oxo complex, wherein said metal oxo complex comprises manganate (Mn O 4 2-) or ruthenate (Ru O 4 2-).
An insulation film (100; 200), comprising: a film first layer (101; 201), wherein the film first layer (101; 201) is made of a first plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the first plastics material contains a heat conduction additive selected from the group consisting of carborundum, boron nitride, and metal oxide; and a film second layer (102; 202), wherein the film second layer (102; 202) is made of a second plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the plastics material contains conductive additives selected from the group consisting of carbon black, carbon fiber, metal powder, and conducting polymer, wherein a lower surface of the film first layer (101; 201) is bound together with an upper surface of the film second layer (102; 202). a film first layer (101; 201), wherein the film first layer (101; 201) is made of a first plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the first plastics material contains a heat conduction additive selected from the group consisting of carborundum, boron nitride, and metal oxide; and a film second layer (102; 202), wherein the film second layer (102; 202) is made of a second plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the plastics material contains conductive additives selected from the group consisting of carbon black, carbon fiber, metal powder, and conducting polymer, wherein a lower surface of the film first layer (101; 201) is bound together with an upper surface of the film second layer (102; 202).
A device, comprising: a display, comprising: a backlight with a radiation source positioned adjacent to a light guide panel (101_2) and comprising a visible light source component (102_1) and an infrared source component (102_2), wherein the infrared source component (102_2) is configured to emit an infrared radiation to biometrically authenticate a user of the device (100, 216, 218), characterized in that the radiation source is formed as a single chip into which the visible light source component (102_1) and the infrared source component (102_2) are integrated, and in that the radiation source comprises a reflector positioned within the chip and configured to reflect light from both the visible light source component (102_1) and the infrared source component (102_2) out of the radiation source and onto the light guide panel. a backlight with a radiation source positioned adjacent to a light guide panel (101_2) and comprising a visible light source component (102_1) and an infrared source component (102_2), wherein the infrared source component (102_2) is configured to emit an infrared radiation to biometrically authenticate a user of the device (100, 216, 218), characterized in that the radiation source is formed as a single chip into which the visible light source component (102_1) and the infrared source component (102_2) are integrated, and in that the radiation source comprises a reflector positioned within the chip and configured to reflect light from both the visible light source component (102_1) and the infrared source component (102_2) out of the radiation source and onto the light guide panel.
Automatic rinsing machine, in particular a disinfection machine or endoscope rinsing machine, comprising a rinsing container that has a rinsing chamber comprising a rinsing chamber opening that can be closed in a fluid-tight manner by means of a lift door, and comprising a drive device for motorised movement of the lift door, the drive device having a load-bearing tension means, a lever arrangement being arranged between the tension means and the lift door and having a clamping means that is guided in parallel with a direction of movement of the lift door, characterised in that the lift door and the clamping means are supported under spring preload with respect to a common abutment, in that the tension means is connected to a tension rod that is guided in parallel with the clamping means, and in that the lever arrangement comprises a swivelling lever that at one end is arranged such that it can swivel on the tension rod and at the other end is arranged such that it can swivel on the clamping means.
A method for wireless communications by an apparatus, comprising: generating a plurality of first frames, each first frame comprising a preamble, a data field, and at least one beamforming training field; determining how many beamforming training fields to include in each first frame based, at least in part, on an amount of data to be transmitted or based, at least in part, on latency limits for data traffic between the apparatus and a wireless device; including the determined number of beamforming training fields in each first frame; outputting the first frames for transmission using a first transmit beamforming sector for the preambles and data fields of the first frames and different second transmit beamforming sectors for the beamforming training fields of the first frames; and obtaining a second frame comprising feedback generated based on the beamforming training fields of the plurality of first frames. generating a plurality of first frames, each first frame comprising a preamble, a data field, and at least one beamforming training field; determining how many beamforming training fields to include in each first frame based, at least in part, on an amount of data to be transmitted or based, at least in part, on latency limits for data traffic between the apparatus and a wireless device; including the determined number of beamforming training fields in each first frame; outputting the first frames for transmission using a first transmit beamforming sector for the preambles and data fields of the first frames and different second transmit beamforming sectors for the beamforming training fields of the first frames; and obtaining a second frame comprising feedback generated based on the beamforming training fields of the plurality of first frames.
A harvesting head comprising lateral crop dividers (110, 112), wherein the agricultural harvesting head is configured to travel in a first direction through an agricultural field harvesting crops, wherein the agricultural harvesting head has a frame that extends transversely to the first direction of travel, the frame having two laterally opposed ends, wherein at each of said laterally opposed ends, a ground engaging arm is pivotally coupled to said frame and extends forward from said frame for pivoting about a horizontal transverse axis in a working range between upper and lower positions, each crop divider (110, 112) comprising: a forward portion including a bottom surface extending in the first direction of travel, the forward portion further including a lower rear region pivotally coupled to said ground engaging arm at a first pivot transverse joint; and a fore- and-aft extending mechanical link having a front end coupled to the forward portion at a second transverse joint and having a rear end coupled to the frame at a third transverse pivot joint, wherein the second and third transverse pivot joints (156, 158) are so located relative to each other and to the first transverse pivot joint that the mechanical link constrains the forward portion to pivot counterclockwise with respect to the ground engaging arm when the ground engaging arm pivots clockwise with respect to the frame, and to pivot clockwise with respect to the ground engaging arm when the ground engaging arm pivots counterclockwise. a forward portion including a bottom surface extending in the first direction of travel, the forward portion further including a lower rear region pivotally coupled to said ground engaging arm at a first pivot transverse joint; and a fore- and-aft extending mechanical link having a front end coupled to the forward portion at a second transverse joint and having a rear end coupled to the frame at a third transverse pivot joint, wherein the second and third transverse pivot joints (156, 158) are so located relative to each other and to the first transverse pivot joint that the mechanical link constrains the forward portion to pivot counterclockwise with respect to the ground engaging arm when the ground engaging arm pivots clockwise with respect to the frame, and to pivot clockwise with respect to the ground engaging arm when the ground engaging arm pivots counterclockwise.
Theft with deadlocking for motor vehicle steering column comprising: - locking means comprising a bolt mounted movably between an unlocked position in which it is intended to be disposed away from a steering column and a locked position in which it is intended to block the said column, - means deadlocking comprising a blocking member configured to block the bolt in locked position, said blocking member being urged against said latch and held away from the bolt by a trigger the average of deadlocking and - a lock body (3, 9) accommodating the deadlocking means and the locking means, the means superlocking comprising a protection device of the trigger disposed between the trigger and the lock body (3, 9) so as to form a screen therebetween, characterized in that the protective device is disposed at least partially around the trigger and in that said protection device is formed by a closed surface on itself extending along an axis of revolution. - locking means comprising a bolt mounted movably between an unlocked position in which it is intended to be disposed away from a steering column and a locked position in which it is intended to block the said column, - means deadlocking comprising a blocking member configured to block the bolt in locked position, said blocking member being urged against said latch and held away from the bolt by a trigger the average of deadlocking and - a lock body (3, 9) accommodating the deadlocking means and the locking means, the means superlocking comprising a protection device of the trigger disposed between the trigger and the lock body (3, 9) so as to form a screen therebetween, characterized in that the protective device is disposed at least partially around the trigger and
A folding leaf door installation, comprising - at least one folding leaf door (2, 3), - at least one drive unit for moving the folding leaf door (2, 3) and - a gear between drive unit and folding leaf door (2, 3), characterized in that the gear has a transmission ration between 1:110 and 1:220, - wherein an opening speed of the folding leaf door (2, 3) is between 10 cm/s and 75 cm/s and a closing speed of the folding leaf door (2, 3) is between 10 cm/s and 50 cm/s, - wherein the opening speed is selected higher than the closing speed, and wherein - during an opening movement and/or during a closing movement of the folding leaf door (2, 3), the drive unit has a maximum rotational speed between 800 RPM and 1200 RPM. - at least one folding leaf door (2, 3), - at least one drive unit for moving the folding leaf door (2, 3) and - a gear between drive unit and folding leaf door (2, 3), - wherein an opening speed of the folding leaf door (2, 3) is between 10 cm/s and 75 cm/s and a closing speed of the folding leaf door (2, 3) is between 10 cm/s and 50 cm/s, - wherein the opening speed is selected higher than the closing speed, and wherein - during an opening movement and/or during a closing movement of the folding leaf door (2, 3), the drive unit has a maximum rotational speed between 800 RPM and 1200 RPM.
A ballistic resistant sheet suitable for use in soft ballistic articles comprising a three-layer hybrid structure, said three-layer hybrid structure comprising a core layer and two face layers (12-2; 12-3), wherein the core layer and face layers are built up from sub-sheets, the sub-sheets being sets of 2, 4, 6, 8 or 10 monolayers pre-assembled by stacking followed by consolidating such that the fiber directions in each monolayer is rotated with respect to the fiber direction in an adjacent monolayer, wherein the core layer comprises at least two first monolayers comprised of first unidirectionally UD oriented fibers and a matrix material, and wherein each of the face layers (12-2; 12-3) comprise at least two second and at least two third monolayers comprised of second UD oriented fibers and third UD oriented fibers respectively and wherein the numerical value from a flexibility test of the face layers is higher than the numerical value from a flexibility test of the core layer, wherein said flexibility test is performed on a stack of sub-sheets with a mass of between 3.6 and 3.7 kg/m 2 and dimensions of 100*200mm, wherein the stack is positioned in its longest direction on a bending test rig, with 2 trailers with a radius of 5 mm, whereby the trailers are positioned at a distance of 60mm between them, the width of the trailers is 60 mm, wherein on top of the stack a bending thorn of width 60 mm and radius 10mm is positioned in the middle between the 2 trailers, the bending thorn is moved down at a speed of 10mm/min and the force on the thorn after 25mm deflection of the stack is reported, wherein the reported value is the average of 5 measurements, the sample is tested at 21 °C and 65+/- 2% relative humidity, wherein for the results obtained from this Flexibility test, a lower value means a better flexibility.
Apparatus (10, 100) comprising: an acoustic-based air probe (101, 50) having: an acoustic source (102, 56) configured to provide an acoustic signal into a mixture of concrete; an acoustic receiver (104, 58) configured to be substantially co-planar with the acoustic source, to respond to the acoustic signal, and to provide signaling containing information about the acoustic signal injected into the mixture of concrete, and a signal processor configured to receive the signaling containing information about the acoustic signal injected into the mixture of concrete; and determine a measurement of air percentage in the mixture of concrete based at least partly on a dual frequency technique that depends on the relationship between the acoustic signal injected and the signaling received, wherein the acoustic signal injected is a reference signal; the signaling received is detected signaling; and the signal processor is configured to determine the measurement of air percentage in the mixture of concrete based at least partly on mixing the reference signal with the detected signaling using a phase sensitive lock-in approach. an acoustic source (102, 56) configured to provide an acoustic signal into a mixture of concrete; an acoustic receiver (104, 58) configured to be substantially co-planar with the acoustic source, to respond to the acoustic signal, and to provide signaling containing information about the acoustic signal injected into the mixture of concrete, and a signal processor configured to receive the signaling containing information about the acoustic signal injected into the mixture of concrete; and determine a measurement of air percentage in the mixture of concrete based at least partly on a dual frequency technique that depends on the relationship between the acoustic signal injected and the signaling received, wherein the acoustic signal injected is a reference signal; the signaling received is detected signaling; and the signal processor is configured to determine the measurement of air percentage in the mixture of concrete based at least partly on mixing the reference signal with the detected signaling using a phase sensitive lock-in approach.
A cartridge for the detection of an analyte of a sample in a binding assay with magnetic labels, said cartridge comprising a sample application zone, one or several reaction chamber(s) comprising at least one capture binding agent against a binding site on said analyte and comprising at least two different magnetically labelled tracer binding agents (51 and 52) against further different binding sites on said analyte, characterised in that at least two regions (61 and 62) are comprised in said one or several reaction chamber(s), wherein a first region comprises said at least one capture binding agent and a first magnetically labelled tracer binding agent and wherein a second region comprises at least one capture binding agent and a second magnetically labelled tracer binding agent, wherein the first region comprises only the first magnetically labelled tracer bind agent(s) as magnetically labelled tracer binding agent(s) against the analyte and wherein the second region comprises only the second magnetically labelled tracer binding agent(s) as magnetically labelled tracer binding agent other than the first magnetically labelled tracer bind agent.