mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator appliance, comprising: a cabinet have a first chamber and a second chamber positioned within the cabinet; a rotating heat carrier system positioned within the cabinet, the rotating heat carrier system comprising: a barrier positioned between the first and second chambers, a shaft, a plurality of disks mounted to the shaft such that each of the plurality of disks extend along a radial direction from the shaft, the plurality of disks stacked on the shaft such that each of the plurality of disks is spaced from an adjacent pair of the plurality of disks along an axial direction on the shaft, and a motor coupled to the shaft, the motor operable to rotate the shaft and the plurality of disks, wherein the plurality of disks is at least partially positioned within the barrier, a first portion of each of the plurality of disks extending along the radial direction into the first chamber, a second portion of each of the plurality of disks extending along the radial direction into the second chamber, and wherein the plurality of disks are configured to transfer heat through the barrier when the motor rotates the plurality of disks. a cabinet have a first chamber and a second chamber positioned within the cabinet; a rotating heat carrier system positioned within the cabinet, the rotating heat carrier system comprising: a barrier positioned between the first and second chambers, a shaft, a plurality of disks mounted to the shaft such that each of the plurality of disks extend along a radial direction from the shaft, the plurality of disks stacked on the shaft such that each of the plurality of disks is spaced from an adjacent pair of the plurality of disks along an axial direction on the shaft, and a motor coupled to the shaft, the motor operable to rotate the shaft and the plurality of disks, wherein the plurality of disks is at least partially positioned within the barrier, a first portion of each of the plurality of disks extending along the radial direction into the first chamber, a second portion of each of the plurality of disks extending along the radial direction into the second chamber, and wherein the plurality of disks are configured to transfer heat through the barrier when the motor rotates the plurality of disks. a barrier positioned between the first and second chambers, a shaft, a plurality of disks mounted to the shaft such that each of the plurality of disks extend along a radial direction from the shaft, the plurality of disks stacked on the shaft such that each of the plurality of disks is spaced from an adjacent pair of the plurality of disks along an axial direction on the shaft, and a motor coupled to the shaft, the motor operable to rotate the shaft and the plurality of disks, wherein the plurality of disks is at least partially positioned within the barrier, a first portion of each of the plurality of disks extending along the radial direction into the first chamber, a second portion of each of the plurality of disks extending along the radial direction into the second chamber, and wherein the plurality of disks are configured to transfer heat through the barrier when the motor rotates the plurality of disks.
- A device for detecting the approach of a vortex ring state for a rotary wing aerodyne, characterized in that said detection device comprises a set of vibration sensors (16a, 16b, 16c) configured to be distributed in or on the rotary wing aerodyne and configured to detect vibrations at different points of the rotary wing aerodyne at least along the longitudinal and vertical axes of the rotary wing aerodyne, said detection device further comprising a data processing unit connected to the set of vibration sensors (16a, 16b, 16c), said data processing unit being configured to: receive measurement data in real time from the set of vibration sensors (16, 16b, 16c), process the measurement data received so as to calculate in real time the vibration spectrum of the rotary wing aerodyne along at least one of the longitudinal and vertical axes of the rotary wing aerodyne on at least two distinct vibration sensors (16a, 16a, 16b, 16c) from the set of vibration sensors (16a, 16b, 16c), detect or not in real time, by vibration analysis, the approach of a vortex ring state as a function of the calculated vibration spectrum, and issue an alarm in the event of detection of the approach of a vortex ring state.
Fishing weight comprising a material composition containing sand as the basic material and animal glue as the binding agent, characterised in that the sand used has an average particle size of 0.5 mm to 2 mm and that in relation to the parts by weight of sand and animal glue in the sand/animal glue mixture the mixing ratio of sand to animal glue is between 4:1 and 2:1, preferably at 3:1.
Dispensing system for a fluid product held in a container, said system comprising a head equipped with means for mounting said container, said head comprising a fixed point around which is arranged an end fitting forming between them a dispensing path of said product, said end fitting having a distal wall having a nipple and said end fitting being made of a rigid material by having an exterior wall and an interior wall, a dispensing orifice formed in said exterior wall being arranged to take said nipple by forming between the interior and distal walls a dispensing interface into which the dispensing path leads, said head comprising a reversible actuating device for the displacement of said end fitting in relation to said point from a closed withdrawn position to an open deployed position of said interface by the product's pressure on said actuating device, said system being characterised in that it comprises an annular seal which is made of material more flexible than that of the end fitting, said seal being inserted between the interior and the distal walls by defining in their withdrawn interface an upstream portion into which the dispensing path leads and a downstream portion leading into the dispensing orifice, the material forming the end fitting having, at least at one part of the exterior and interior walls, antimicrobial properties for the dispensed product.
A protection system for a hydraulic shock absorber including a first end fixed to the vehicle body, and a second end fixed to an element of the suspension, said protection system comprising a gaiter substantially covering the shock absorber, the bottom of which is fixed at the top of a base part which forms an intermediate element fixed to the suspension element, this base part comprising ventilation drillings for ventilating the interior volume of the protection system, characterized in that the base part comprises ventilation drillings provided to be turned towards the front and towards the rear of the vehicle.
A method for producing zinc phosphate comprising a step consisting of reacting zinc oxide with phosphoric acid, preferably purified industrial phosphoric acid, under the action of ultrasound having a frequency greater than 100 kHz.
Hydroxyl group-containing hybrid polymers, comprising a) a base polymer having a degree of cross-linking of 0.2 to 50% and groups with an active hydrogen atom, which is selected from polyvinyl alcohols, partially saponified polyvinyl acetates, polyethyleneimines, polyamines, polythiols and polystyrenes having units functionalized with a hydroxyalkyl group, and b) side chains bound to the base polymer via the groups with active hydrogen atoms and comprising at least one unit derived from a polyhydroxyalkyl compound having at least three carbon atoms and at least 2 hydroxyl groups, wherein the hydroxyl group-containing hybrid polymers are obtainable by anionically polymerizing an oxirane having at least 3 carbon atoms and at least 1 hydroxyl group in the presence of the base polymer having groups with active hydrogen atoms. a) a base polymer having a degree of cross-linking of 0.2 to 50% and groups with an active hydrogen atom, which is selected from polyvinyl alcohols, partially saponified polyvinyl acetates, polyethyleneimines, polyamines, polythiols and polystyrenes having units functionalized with a hydroxyalkyl group, and b) side chains bound to the base polymer via the groups with active hydrogen atoms and comprising at least one unit derived from a polyhydroxyalkyl compound having at least three carbon atoms and at least 2 hydroxyl groups,
An aerosol generating article comprising: an aerosol generating substrate, at least a portion of which is circumscribed by an aerosol generating substrate wrapper; a mouthpiece in axial alignment with the aerosol generating substrate, the mouthpiece comprising a mouthpiece wrapper circumscribing one or more mouthpiece segments; and a tipping wrapper wrapped around the mouthpiece and at least a portion of the aerosol generating substrate, the tipping wrapper comprising: at least one weakening line extending transversely around at least a portion of the tipping wrapper; an upstream tipping wrapper portion extending upstream from the at least one weakening line, wherein the upstream tipping wrapper portion is attached to a downstream portion of the aerosol generating substrate wrapper and an upstream portion of the mouthpiece; and a removable tipping wrapper portion extending downstream from the at least one weakening line, wherein the mouthpiece wrapper comprises at least one surface formation underlying the removable tipping wrapper portion. an aerosol generating substrate, at least a portion of which is circumscribed by an aerosol generating substrate wrapper; a mouthpiece in axial alignment with the aerosol generating substrate, the mouthpiece comprising a mouthpiece wrapper circumscribing one or more mouthpiece segments; and a tipping wrapper wrapped around the mouthpiece and at least a portion of the aerosol generating substrate, the tipping wrapper comprising: at least one weakening line extending transversely around at least a portion of the tipping wrapper; an upstream tipping wrapper portion extending upstream from the at least one weakening line, wherein the upstream tipping wrapper portion is attached to a downstream portion of the aerosol generating substrate wrapper and an upstream portion of the mouthpiece; and a removable tipping wrapper portion extending downstream from the at least one weakening line, at least one weakening line extending transversely around at least a portion of the tipping wrapper; an upstream tipping wrapper portion extending upstream from the at least one weakening line, wherein the upstream tipping wrapper portion is attached to a downstream portion of the aerosol generating substrate wrapper and an upstream portion of the mouthpiece; and a removable tipping wrapper portion extending downstream from the at least one weakening line, wherein the mouthpiece wrapper comprises at least one surface formation underlying the removable tipping wrapper portion.
A CD3 binding antibody comprising: a heavy chain variable region comprising SEQ ID NO: 27 and a light chain variable region comprising SEQ ID NO: 32.
A spinal system comprising: a first distraction rod which has a first connector mounted at an end thereof; and characterised by a second distraction rod which has a second connector mounted at an end thereof, both of said rods (12, 16) being arranged to move in a housing, and wherein each of said connectors (14, 18) is mounted on a polyaxial joint and secured by a fastener, each of said polyaxial joints being attached to, or part of, a pedicle screw, and wherein said fastener is tightened against a portion of said polyaxial joint but does not inhibit polyaxial movement of said polyaxial joint, such that even after tightening said fastener, said connectors (14, 18) cannot move off said polyaxial joints but said polyaxial joints are free to move polyaxially at all times. a first distraction rod which has a first connector mounted at an end thereof; and characterised by a second distraction rod which has a second connector mounted at an end thereof, both of said rods (12, 16) being arranged to move in a housing, and wherein each of said connectors (14, 18) is mounted on a polyaxial joint and secured by a fastener, each of said polyaxial joints being attached to, or part of, a pedicle screw, and wherein said fastener is tightened against a portion of said polyaxial joint but does not inhibit polyaxial movement of said polyaxial joint, such that even after tightening said fastener, said connectors (14, 18) cannot move off said polyaxial joints but said polyaxial joints are free to move polyaxially at all times.
A method for adjusting image display, comprising: receiving an image of a second conference site and an environmental parameter of the second conference site that are sent by a presence terminal of the second conference site, wherein the environmental parameter of the second conference site is an illumination in the environment of the second conference site; converting the image of the second conference site according to a prestored environmental parameter of a first conference site and the environmental parameter of the second conference site to obtain a first image to be displayed that is consistent with the environmental parameter of the first conference site, wherein the environmental parameter of the first conference site is an illumination in the environment of the first conference site; and displaying the first image to be displayed. receiving an image of a second conference site and an environmental parameter of the second conference site that are sent by a presence terminal of the second conference site, wherein the environmental parameter of the second conference site is an illumination in the environment of the second conference site; converting the image of the second conference site according to a prestored environmental parameter of a first conference site and the environmental parameter of the second conference site to obtain a first image to be displayed that is consistent with the environmental parameter of the first conference site, wherein the environmental parameter of the first conference site is an illumination in the environment of the first conference site; and displaying the first image to be displayed.
A method comprising identifying crystallographic defects in a monocrystalline silicon wafer, wherein the crystallographic defects are individual stacking faults, dislocation loops, or precipitates, wherein identifying the crystallographic defects comprises: illuminating the monocrystalline silicon wafer with excitation light having a wavelength and intensity sufficient to induce photoluminescence in the monocrystalline wafer, filtering excitation light reflected from the portion of the monocrystalline wafer and photoluminescence emitted from a portion of the monocrystalline wafer in response to the illumination, wherein the filtering substantially removes photoluminescence from band-to-band transitions in the monocrystalline wafer from the filtered photoluminescence, directing the filtered photoluminescence onto a detector to image the portion of the monocrystalline wafer on the detector with a spatial resolution of 1 μm x 1 μm or smaller, wherein the detected filtered photoluminescence corresponds to photoluminescence from crystallographic defects in the monocrystalline wafer, and identifying presence and location of one or more crystallographic defects in the monocrystalline wafer based on the detected filtered photoluminescence, wherein the crystallographic defects correspond to bright portions in an image of a portion of the monocrystalline wafer. illuminating the monocrystalline silicon wafer with excitation light having a wavelength and intensity sufficient to induce photoluminescence in the monocrystalline wafer, filtering excitation light reflected from the portion of the monocrystalline wafer and photoluminescence emitted from a portion of the monocrystalline wafer in response to the illumination, wherein the filtering substantially removes photoluminescence from band-to-band transitions in the monocrystalline wafer from the filtered photoluminescence, directing the filtered photoluminescence onto a detector to image the portion of the monocrystalline wafer on the detector with a spatial resolution of 1 μm x 1 μm or smaller, wherein the detected filtered photoluminescence corresponds to photoluminescence from crystallographic defects in the monocrystalline wafer, and identifying presence and location of one or more crystallographic defects in the monocrystalline wafer based on the detected filtered photoluminescence, wherein the crystallographic defects correspond to bright portions in an image of a portion of the monocrystalline wafer.
A method of identifying a modulator of an inflammatory response for use in cosmetics, comprising: (a) contacting a first ex vivo human skin sample comprising an epidermal layer and a dermal layer with a candidate modulator, wherein the first ex vivo human skin sample is selected from the group consisting of an endogenously inflamed ex vivo human skin sample and an induced inflamed ex vivo human skin sample; (b) measuring a level of a marker of inflammation in the first ex vivo human skin sample; (c) providing a control level; and (d) identifying the candidate modulator as a modulator of an inflammatory response when the level of the marker of inflammation in the first ex vivo human skin sample corresponds to a change in inflammation response relative to the control level. (a) contacting a first ex vivo human skin sample comprising an epidermal layer and a dermal layer with a candidate modulator, wherein the first ex vivo human skin sample is selected from the group consisting of an endogenously inflamed ex vivo human skin sample and an induced inflamed ex vivo human skin sample; (b) measuring a level of a marker of inflammation in the first ex vivo human skin sample; (c) providing a control level; and (d) identifying the candidate modulator as a modulator of an inflammatory response when the level of the marker of inflammation in the first ex vivo human skin sample corresponds to a change in inflammation response relative to the control level.
A transportation means identification method, wherein the method comprises: obtaining at least one of an acceleration signal acquired by an acceleration sensor and a magnetometer signal acquired by a magnetometer sensor in an electronic device; identifying a category of a transportation means based on at least one of an acceleration feature and a magnetometer feature, to obtain a transportation means classification result, wherein the acceleration feature is obtained based on the acceleration signal, and the magnetometer feature is obtained based on the magnetometer signal; obtaining a voice signal acquired by a microphone in the electronic device, and extracting a voice feature based on the voice signal; recognizing a voice broadcast during transportation based on the voice feature, to obtain a voice broadcast recognition result; and refining the category of the transportation means based on the transportation means classification result and the voice broadcast recognition result, for improving distinguishing between transportation means, wherein recognizing the voice broadcast during transportation based on the voice feature, to obtain a voice broadcast recognition result comprises: recognizing the voice broadcast during transportation based on a frequency of occurrence of broadcast of the voice signal and thresholds of frequency of occurrence of broadcast of different transportation means, to obtain the voice broadcast recognition result, wherein the voice broadcast recognition result indicates a category of a transportation means corresponding to the voice signal. obtaining at least one of an acceleration signal acquired by an acceleration sensor and a magnetometer signal acquired by a magnetometer sensor in an electronic device; identifying a category of a transportation means based on at least one of an acceleration feature and a magnetometer feature, to obtain a transportation means classification result, wherein the acceleration feature is obtained based on the acceleration signal, and the magnetometer feature is obtained based on the magnetometer signal; obtaining a voice signal acquired by a microphone in the electronic device, and extracting a voice feature based on the voice signal; recognizing a voice broadcast during transportation based on the voice feature, to obtain a voice broadcast recognition result; and refining the category of the transportation means based on the transportation means classification result and the voice broadcast recognition result, for improving distinguishing between transportation means, wherein recognizing the voice broadcast during transportation based on the voice feature, to obtain a voice broadcast recognition result comprises: recognizing the voice broadcast during transportation based on a frequency of occurrence of broadcast of the voice signal and thresholds of frequency of occurrence of broadcast of different transportation means, to obtain the voice broadcast recognition result, wherein the voice broadcast recognition result indicates a category of a transportation means corresponding to the voice signal.
Gelatinous or viscous formulation for topical use in the treatment of wounds, of burns or scalds of the skin or of skin diseases with accompanying chronic wounds, comprising erythropoietin and at least one gel-forming swellable polysaccharide in a concentration of 2 - 4% by weight, selected from the group consisting of -- hydroxyethylcellulose -- hydroxymethylcellulose -- carboxyethylcellulose -- carboxymethylcellulose, where the gelatinous or viscous formulation in the swollen state (i) has a viscosity of 20,000 - 60,000 mPa x s, (ii) comprises EPO in a concentration of 100 - 500 IU / g, (iii) is applied to the traumatised skin in an amount which corresponds to 50 - 1,500 IU of EPO / cm 2 of wound area, and (iv) stabilises EPO in the formulation and liberates it uniformly and slowly. -- hydroxyethylcellulose -- hydroxymethylcellulose -- carboxyethylcellulose -- carboxymethylcellulose, (i) has a viscosity of 20,000 - 60,000 mPa x s, (ii) comprises EPO in a concentration of 100 - 500 IU / g, (iii) is applied to the traumatised skin in an amount which corresponds to 50 - 1,500 IU of EPO / cm 2 of wound area, and (iv) stabilises EPO in the formulation and liberates it uniformly and slowly.