mhurhangee/ep-ind-claims huggingface dataset:
A method for preparation of a wine having good organoleptic qualities and a low alcohol content d, from an initial must of grapes, whose high sugar content would lead, after a conventional fermentation process, to a wine with a potential alcoholic content D > d, said must of grapes being in a wine making vat from which an aliquot of must is taken in a fermentation system using yeasts, said system comprising two fermentation steps, one is aerobic and the other one is anaerobic, the output flow of the first step feeding the second step, which provides the processed aliquot and returns it in the said wine making vat to be mixed with the remaining initial must of grapes, characterized in that in a single fermenting-desugaring unit, a simultaneous homogenization of the fermentation medium and aeration of said yeasts takes place, the aerobic multiplication of the yeasts consuming sugar without producing ethanol, by means of an air circulation associated with a circulating flow of the aliquot providing from the wine making vat, said homogenization being achieved with controlled heating, which brings the temperature of the aliquot to a value corresponding to an appropriate fermentation in aerobic mode until a complete or almost complete consumption of the sugar of the aliquot of must being processed, the aliquot of must devoid of sugar being processed being transferred from the fermenting-desugaring unit to a settling vat equipped with a cooling means to obtain the desired clarification of the must.
A liquid-crystal polymer, being composed of the following repeating units: 10 mol% to 35 mol% of 10 mol% to 35 mol% of 10 mol% to 50 mol% of and 10 mol% to 40 mol% of 10 mol% to 40 mol% of or a combination thereof, wherein each of AR 1, AR 2, AR 3, and AR 4 is independently AR 5 or AR 5 -Z-AR 6, in which each of AR 5 and AR 6 is independently or a combination thereof, and Z is - or C 1-5 alkylene group, wherein each of X and Y is independently H, C 1-5 alkyl group, CF 3, or wherein R 2 is H, CH 3, CH(CH 3) 2, C(CH 3) 3, CF 3, OCH 3, or, n = 1 to 4; and wherein R 1 is C 1-5 alkylene group.
A device-to-device D2D power control method, comprising: receiving, by a first user equipment UE, instruction information from a base station, to receive a reference signal sent by a second UE; receiving, by the first user equipment UE, the reference signal sent by the second UE; obtaining, by the first UE, a transmit power of the first UE according to the reference signal; sending, by the first UE, data to the second UE based on the transmit power of the first UE wherein the second UE obtains a first adjustment reference value according to the data and sends a detection control information carrying the first adjustment reference value to the base station based on a comparison of the first adjustment reference value with a second adjustment reference value configured and sent by the base station; receiving, by the first UE, power adjustment information which is sent by the base station according to the first adjustment reference value, and adjusting, by the first UE, the transmit power of the first UE according to the power adjustment information; wherein the first adjustment reference value comprises a signal to interference plus noise ratio SINR or a block error ratio BLER, and the second adjustment reference value comprises a SINR threshold or a BLER threshold. receiving, by a first user equipment UE, instruction information from a base station, to receive a reference signal sent by a second UE; receiving, by the first user equipment UE, the reference signal sent by the second UE; obtaining, by the first UE, a transmit power of the first UE according to the reference signal; sending, by the first UE, data to the second UE based on the transmit power of the first UE wherein the second UE obtains a first adjustment reference value according to the data and sends a detection control information carrying the first adjustment reference value to the base station based on a comparison of the first adjustment reference value with a second adjustment reference value configured and sent by the base station; receiving, by the first UE, power adjustment information which is sent by the base station according to the first adjustment reference value, and adjusting, by the first UE, the transmit power of the first UE according to the power adjustment information; wherein the first adjustment reference value comprises a signal to interference plus noise ratio SINR or a block error ratio BLER, and the second adjustment reference value comprises a SINR threshold or a BLER threshold.
A system comprising: one or more ambient condition or stimulus generating devices; and a programmable processor, wherein the programmable processor identifies a type and a manufacturer of a detector under test (120-1.. 120-n), wherein the programmable processor downloads a configuration file specific to the type of the detector under test from a cloud server associated with the manufacturer of the detector under test, wherein the configuration file identifies a combination, a level, and a rate of a plurality of stimuli that cause an alarm in the detector under test, and wherein the programmable processor executes the configuration file to cause the one or more ambient condition or stimulus generating devices to generate and emit the plurality of stimuli in the combination at the level, and at the rate identified in the configuration file. one or more ambient condition or stimulus generating devices; and a programmable processor, wherein the programmable processor identifies a type and a manufacturer of a detector under test (120-1.. 120-n), wherein the programmable processor downloads a configuration file specific to the type of the detector under test from a cloud server associated with the manufacturer of the detector under test, wherein the configuration file identifies a combination, a level, and a rate of a plurality of stimuli that cause an alarm in the detector under test, and wherein the programmable processor executes the configuration file to cause the one or more ambient condition or stimulus generating devices to generate and emit the plurality of stimuli in the combination at the level, and at the rate identified in the configuration file.
An evaporation source, comprising: a crucible including a predetermined space for placing a deposition material and at least one baffle, the baffle being positioned inside the crucible; a heating unit; and at least one spray nozzle in fluid communication with the crucible, the spray nozzle having a plurality of spray orifices; wherein the baffle comprises a plurality of baffle plates positioned parallel to the predetermined space to divide the crucible into a plurality of channels that provide a labyrinthine movement path through which evaporated deposition material can pass towards an induction channel that is parallel to the predetermined space; the at least one spray nozzle being extended from the induction channel. a crucible including a predetermined space for placing a deposition material and at least one baffle, the baffle being positioned inside the crucible; a heating unit; and at least one spray nozzle in fluid communication with the crucible, the spray nozzle having a plurality of spray orifices; wherein the baffle comprises a plurality of baffle plates positioned parallel to the predetermined space to divide the crucible into a plurality of channels that provide a labyrinthine movement path through which evaporated deposition material can pass towards an induction channel that is parallel to the predetermined space; the at least one spray nozzle being extended from the induction channel.
A method comprising: detecting that a wearable computing device is worn by a user; detecting that an electronic device is operating in a first mode, wherein the electronic device is selected from a group consisting of: a mobile phone, a tablet, and a laptop computer operating the wearable computing device in a private mode based on detecting that the wearable computing device is worn by a user and that the electronic device is operating in the first mode wherein the private mode provides at least a private data element that is not available when the wearable computing device is not in the private mode; detecting that the electronic device is operating in a second mode; and operating the wearable computing device in a public mode based on detecting that the wearable computing device is worn by a user and that the electronic device is operating in the second mode wherein the public mode provides at least a public data element that is not secure; blocking an alert when the wearable device is in the public mode; and providing the alert when the wearable device is in the private mode. detecting that a wearable computing device is worn by a user; detecting that an electronic device is operating in a first mode, wherein the electronic device is selected from a group consisting of: a mobile phone, a tablet, and a laptop computer operating the wearable computing device in a private mode based on detecting that the wearable computing device is worn by a user and that the electronic device is operating in the first mode wherein the private mode provides at least a private data element that is not available when the wearable computing device is not in the private mode; detecting that the electronic device is operating in a second mode; and operating the wearable computing device in a public mode based on detecting that the wearable computing device is worn by a user and that the electronic device is operating in the second mode wherein the public mode provides at least a public data element that is not secure; blocking an alert when the wearable device is in the public mode; and providing the alert when the wearable device is in the private mode.
A method of predicting whether a patient afflicted with rheumatoid arthritis will be a responder or a non-responder to a TNFα blocking agent treatment comprising the steps of: (i) measuring the expression level of at least one biomarker selected from PROS and CO7 in a blood sample obtained from said patient prior to said treatment, (ii) comparing the expression level measured at step (i) with a reference value, and (iii) detecting differential in the biomarker expression level between the blood sample and the reference value is indicative that said patient will be a responder or a non-responder. (i) measuring the expression level of at least one biomarker selected from PROS and CO7 in a blood sample obtained from said patient prior to said treatment, (ii) comparing the expression level measured at step (i) with a reference value, and (iii) detecting differential in the biomarker expression level between the blood sample and the reference value is indicative that said patient will be a responder or a non-responder.
A footwear sole comprising: a midsole formed from a resilient foam material, a single chamber tapered bladder (14, 16) positioned within the midsole, the chamber having a first major surface, an opposite second major surface, the chamber being devoid of internal connections that extend between the first major surface and the second major surface, and the first major surface of the chamber being oriented to face upward, and the first major surface being not covered with the foam material; and a fluid sealed within the chamber, characterised in that the chamber has a sidewall surface extending between a perimeter border of the first major surface and a perimeter border of the second major surface, the first major surface having a greater area than the second major surface such that the sidewall surface tapers inward between the first major surface and the second major surface, the first major surface has a pair of rounded end areas (27, 29), one of the rounded end areas being larger than another of the rounded end areas, and the second major surface has substantially the same outline as the first major surface but is smaller in surface area by approximately 50%. a midsole formed from a resilient foam material, a single chamber tapered bladder (14, 16) positioned within the midsole, the chamber having a first major surface, an opposite second major surface, the chamber being devoid of internal connections that extend between the first major surface and the second major surface, and the first major surface of the chamber being oriented to face upward, and the first major surface being not covered with the foam material; and a fluid sealed within the chamber, characterised in that the chamber has a sidewall surface extending between a perimeter border of the first major surface and a perimeter border of the second major surface, the first major surface having a greater area than the second major surface such that the sidewall surface tapers inward between the first major surface and the second major surface, the first major surface has a pair of rounded end areas (27, 29), one of the rounded end areas being larger than another of the rounded end areas, and the second major surface has substantially the same outline as the first major surface but is smaller in surface area by approximately 50%. characterised in that the chamber has a sidewall surface extending between a perimeter border of the first major surface and a perimeter border of the second major surface, the first major surface having a greater area than the second major surface such that the sidewall surface tapers inward between the first major surface and the second major surface, the first major surface has a pair of rounded end areas (27, 29), one of the rounded end areas being larger than another of the rounded end areas, and the second major surface has substantially the same outline as the first major surface but is smaller in surface area by approximately 50%.
A temperature sensor, suitable for use in a vehicle exhaust, the sensor comprising: a temperature dependent resistor; a pair of connection wires facilitating connection of the resistor to the external circuitry; a housing in which the resistor is mounted and through which the wires run from the resistor to an exit point; and filler material provided within the housing to support the wires and/or resistor wherein there is a gap in the filler material across which the wires run, the gap being provided between the resistor and the exit point, characterised in that the filler material surrounds the resistor and in that the gap extends fully between the side walls of the housing.
Apparatus for producing at least one fluid by cryogenic separation comprising a distillation column, the column comprising a storage enclosure of liquid, the storage enclosure of liquid comprising a chamber, a heat exchanger disposed inside the chamber, a barrier dividing the chamber into two parts, with the heat exchanger being located in the first part and the second part being disposed around the first part, the barrier having a height that is not as high as the height of the chamber, at least at certain points, in order to allow for the passing of liquid from the first part to the second part over the barrier, when the enclosure is in service, and being possibly sealingly attached to the bottom of the chamber, means (15, 17, 19) for discharging liquid into the first part of the chamber as well as means for releasing liquid from the second part of the chamber and means for discharging a fluid into the exchanger and for releasing a fluid from the exchanger, with the exchanger being a sump reboiler or a top condenser characterised in that the apparatus is an apparatus for the production of carbon monoxide and/or of hydrogen and in that the column is a separation column of carbon monoxide and of methane or a separation column of carbon monoxide and of nitrogen.
An organic light-emitting diode display having pixels, each pixel comprising a transistor and an organic light-emitting diode connected to the transistor formed on a substrate, the display comprising: a planarization layer disposed on the transistors; first electrodes disposed on the planarization layer and individually allocated to the pixels, one for each pixel, and connected to the corresponding transistor; stoppers disposed on the planarization layer, each stopper being placed between the first electrodes of neighboring pixels; and a pixel definition layer provided on the planarization layer and having apertures exposing respectively at least a part of the first electrodes and grooves exposing at least a part of the stopper, an organic compound layer covering the first electrodes and the pixel definition layer and disposed to extend on the substrate so as to cover the pixels and the stoppers, a second electrode covering the organic compound layer and extending integrally on the substrate so as to cover the pixels, wherein the organic compound layer directly contacts the stopper via the grooves, wherein the stoppers are provided at positions corresponding to the grooves and interposed between the pixel definition layer and the planarization layer and cover one side surface and at least a part of a top surface of the first electrode, wherein each stopper is a single layer or multiple layers of inorganic insulating material, wherein the stopper includes a material having an etching rate which is set lower than the etching rate of the pixel definition layer under the same etching conditions.
A method of transmitting data between a first node and a second node comprising: determining channel selection probabilities for transmission channels based on a determination of characteristics of previous transmissions using each of a predetermined set of transmission channels; selecting (201; 305) a transmission channel from said set of channels according to said probabilities; and transmitting (203; 302) data using the selected channel (203; 302), wherein said predetermined set of channels excludes a specified channel, and characterized in that said specified channel is reserved for transmitting data to a third node. determining channel selection probabilities for transmission channels based on a determination of characteristics of previous transmissions using each of a predetermined set of transmission channels; selecting (201; 305) a transmission channel from said set of channels according to said probabilities; and transmitting (203; 302) data using the selected channel (203; 302), wherein said predetermined set of channels excludes a specified channel, and characterized in that said specified channel is reserved for transmitting data to a third node.
Orthopaedic prosthesis comprising - a prosthesis body suitable for interfacing with at least one bony tissue, - at least one primary attachment element for the primary mechanical attachment of the orthopaedic prosthesis inside said bony tissue, wherein - the prosthesis body comprises at least one bone grafting wall suitable, in an implant configuration, to be placed in contact with the bony tissue, said bone grafting wall being suitable to improve the osteo-integration of the prosthesis with the associable bony tissue, - the primary attachment element comprises at least one bone separation wall, said bone separation wall being suitable to oppose osteo-integration with the bony tissue, characterised by the fact that the bone separation wall comprises a plurality of cavities having a depth of 50 - 200 nm and a diameter of 60 - 240 nm. - a prosthesis body suitable for interfacing with at least one bony tissue, - at least one primary attachment element for the primary mechanical attachment of the orthopaedic prosthesis inside said bony tissue, wherein - the prosthesis body comprises at least one bone grafting wall suitable, in an implant configuration, to be placed in contact with the bony tissue, said bone grafting wall being suitable to improve the osteo-integration of the prosthesis with the associable bony tissue, - the primary attachment element comprises at least one bone separation wall, said bone separation wall being suitable to oppose osteo-integration with the bony tissue, characterised by the fact that the bone separation wall comprises a plurality of cavities having a depth of 50 - 200 nm and a diameter of 60 - 240 nm.
A transport vehicle system wherein a plurality of transport vehicles and at least one inspection vehicle travel along a travelling route according to instructions from a ground controller: wherein the inspection vehicle and the plurality of transport vehicles have common rules for avoiding collision and speed regulation and a common pattern for acceleration and deceleration; and wherein the inspection vehicle is configured to measure inspection data of the travelling route while travelling along the travelling route, characterized in that the inspection vehicle is further configured to sample inspection data at each sampling period and store inspection data within one storage period that is most deviated from a permissible range as inspection data for the storage period, one storage period comprising a plurality of sampling periods. wherein the inspection vehicle and the plurality of transport vehicles have common rules for avoiding collision and speed regulation and a common pattern for acceleration and deceleration; and wherein the inspection vehicle is configured to measure inspection data of the travelling route while travelling along the travelling route, characterized in that the inspection vehicle is further configured to sample inspection data at each sampling period and store inspection data within one storage period that is most deviated from a permissible range as inspection data for the storage period, one storage period comprising a plurality of sampling periods.
A method of manufacturing pumps of different performances for use in a blood treatment device, preferably a dialysis machine, having a pump housing or a pump housing portion for supportingly holding a fluid delivery device (16, 18), preferably two gear wheels in meshing engagement, comprising the following steps: - primary shaping of a universal pump housing blank or a universal pump housing portion blank with all the housing features common to the different pumps as well as with such oversizes as to allow machining for manufacturing all different pumps from the same primary-shaped universal pump housing blank or universal pump housing portion blank, and - individualizing the universal pump housing blank or universal pump housing portion blank by machining in the region of the oversizes to achieve the respective performance. - primary shaping of a universal pump housing blank or a universal pump housing portion blank with all the housing features common to the different pumps as well as with such oversizes as to allow machining for manufacturing all different pumps from the same primary-shaped universal pump housing blank or universal pump housing portion blank, and - individualizing the universal pump housing blank or universal pump housing portion blank by machining in the region of the oversizes to achieve the respective performance.
Capsule for producing a fluid foodstuff with a lid and two chambers (5, 6) for receiving two substances, wherein a flange for the edge abutment of the lid and a step for the edge abutment of a separator for separating the two chambers (5, 6) are provided on the capsule, characterised in that the separator has a fluid-tight barrier.
A universal support for the adequate support and easy installation of a window sill or door sill on the horizontal underlying surface of an interior wall and the underlying surface of an exterior wall, characterised by this universal support having a top and a fin with a horizontal edge, vertical edge and oblique edge, whereby the top is positioned perpendicular to the fin and the vertical edge of the fin is perpendicular to both the fin's horizontal edge and to the top, and characterised by the fin having fully or partially bevelled faces towards the oblique edge on both sides.