mhurhangee/ep-ind-claims huggingface dataset:
A drink dispensing device for dispensing a drink from a tap, the device comprising: a plurality of proximity sensors (8, 10, 12) each for outputting a respective activation signal when a user moves a body part within a sensing range thereof; and a controller for receiving activation signals from the plurality of proximity sensors and controlling the dispensing of drink from the tap in response thereto, wherein the plurality of proximity sensors comprise a first proximity sensor associated with a first drink, and wherein the controller is configured to (a) initiate the dispensing of the first drink in response to receiving a sequence of activation signals output by the first proximity sensor and (b) to stop the dispensing of the first drink in response to receiving an activation signal output by any of the plurality of proximity sensors. a plurality of proximity sensors (8, 10, 12) each for outputting a respective activation signal when a user moves a body part within a sensing range thereof; and a controller for receiving activation signals from the plurality of proximity sensors and controlling the dispensing of drink from the tap in response thereto, wherein the plurality of proximity sensors comprise a first proximity sensor associated with a first drink, and wherein the controller is configured to (a) initiate the dispensing of the first drink in response to receiving a sequence of activation signals output by the first proximity sensor and (b) to stop the dispensing of the first drink in response to receiving an activation signal output by any of the plurality of proximity sensors.
Connection of a front end of a motor vehicle to a subframe of the motor vehicle, in which the front end is connected to the subframe via an adjustment device arranged between front end and subframe viewed in the longitudinal direction of the motor vehicle, wherein the adjustment device has a front end-side and a subframe-side adjustment unit (20a, 20b) and the adjustment device is designed such that in the case of a correspondingly high accident-related force impact, the adjustment device, viewed in the longitudinal direction of the motor vehicle, can be shortened, characterised in that the subframe-side adjustment unit of the adjustment device is arranged on a housing mounted on the subframe.
Method for electrically powering an apparatus by means of a system comprising an intermittent electrical source, electrical storage means, a fuel cell, and an electrochemical unit for generating said fuel, the method comprising implementing the following steps by means of a control module: a) determining a power balance of the system as a function of the power consumed by the apparatus and the power supplied by the intermittent electrical source; b) receiving data representative of the stability of said power balance during a safety period; said implementation being characterized by the step of: c) controlling the fuel cell and the electrochemical unit so as to: ∘ activate the electrochemical unit if said power balance is greater than a first threshold and said data are not characteristic of an imminent decrease in said power balance; and ∘ activate the fuel cell if said power balance is less than a second threshold that is less than the first threshold and said data are not characteristic of an imminent increase in said power balance. a) determining a power balance of the system as a function of the power consumed by the apparatus and the power supplied by the intermittent electrical source; b) receiving data representative of the stability of said power balance during a safety period; said implementation being characterized by the step of: c) controlling the fuel cell and the electrochemical unit so as to: ∘ activate the electrochemical unit if said power balance is greater than a first threshold and said data are not characteristic of an imminent decrease in said power balance; and ∘ activate the fuel cell if said power balance is less than a second threshold that is less than the first threshold and said data are not characteristic of an imminent increase in said power balance. ∘ activate the electrochemical unit if said power balance is greater than a first threshold and said data are not characteristic of an imminent decrease in said power balance; and ∘ activate the fuel cell if said power balance is less than a second threshold that is less than the first threshold and said data are not characteristic of an imminent increase in said power balance.
A multirotor aircraft with an airframe and a thrust producing units arrangement, wherein the airframe defines an internal volume that is at least adapted for transportation of passengers, and wherein the thrust producing units arrangement comprises a predetermined number of thrust producing units (3a, 3b, 3c, 3d) for producing thrust in a predetermined direction, wherein a flexible suspension unit is rigidly mounted to the airframe, and wherein the flexible suspension unit comprises at least one bearing that mechanically couples the thrust producing units arrangement to the airframe such that thrust producing units (3a, 3b, 3c, 3d) of the predetermined number of thrust producing units (3a, 3b, 3c, 3d) are inclinable in relation to the airframe, characterized in that the flexible suspension unit comprises a connecting structure from which the thrust producing units arrangement is suspended towards the airframe by means of the at least one bearing such that the thrust producing units arrangement is hanging over the airframe, wherein the at least one bearing is a spherical elastomeric bearing or a cylindrical elastomeric bearing, and wherein the predetermined number of thrust producing units (3a, 3b, 3c, 3d) comprises at least two mechanically coupled thrust producing units (3a, 3c; 3b, 3d) that are mechanically coupled to the airframe by means of the at least one bearing.
A method for storing a plurality of overlapping recordings of a same digital video and/or audio stream, characterized in that said method comprises storing said plurality of overlapping recordings of said same digital video and/or audio stream as a single segmented recording, where each segment of said single segmented recording comprises a non-overlapping part of said digital video and/or audio stream, said method comprising: receiving a first request (601, 111) for a first recording (100, REC1) of said same digital video and/or audio stream, creating a first recording segment (200, S1) and recording of said same digital video and/or audio stream in said first recording segment; during said first recording, receiving a second request (602, 112) for a second recording (101, TS1) of said same digital video and/or audio stream, creating of a second recording segment (201, S2) and continuing said recording of said same digital video and/or audio stream in said second recording segment; and receiving a third request (603, 113) for stopping said second recording of said same digital video and/or audio stream, creating a third recording segment (202, S3) and continuing said recording of said same digital video and/or audio stream in said third recording segment until said third recording segment is closed; said first recording being comprised in said first, second, and third segments, and said second recording being comprised in said second segment. receiving a first request (601, 111) for a first recording (100, REC1) of said same digital video and/or audio stream, creating a first recording segment (200, S1) and recording of said same digital video and/or audio stream in said first recording segment; during said first recording, receiving a second request (602, 112) for a second recording (101, TS1) of said same digital video and/or audio stream, creating of a second recording segment (201, S2) and continuing said recording of said same digital video and/or audio stream in said second recording segment; and receiving a third request (603, 113) for stopping said second recording of said same digital video and/or audio stream, creating a third recording segment (202, S3) and continuing said recording of said same digital video and/or audio stream in said third recording segment until said third recording segment is closed; said first recording being comprised in said first, second, and third segments, and said second recording being comprised in said second segment.
Use of a powder comprising at least one copolyamide having an enthalpy of cold crystallization of less than 80 J/g as measured by protocol P for the manufacture of an article by selective fusion of layers; the copolyamide comprises at least 80 mol% of caprolactam monomer or the corresponding amino acid, based on the number of moles of the total mixture of monomers and comonomers, and at least one aromatic or cycloaliphatic comonomer; and the process P involves measuring the enthalpy of cold crystallization by modulated differential calorimetry analysis wherein: a) the copolyamide is first held at a temperature of 25°C for 5 minutes, b) a modulated rise in temperature is then performed to 250°C at a rate of 3°C/min with a sinusoidal amplitude of 0.48°C and a period of 1 minute, and the signal is recorded, c) the area of the exothermic peak ΔHcc is measured, corresponding to the enthalpy of cold crystallization of the copolyamide; characterized in that the copolyamide comprises a mixture of an aromatic comonomer and a cycloaliphatic comonomer. a) the copolyamide is first held at a temperature of 25°C for 5 minutes, b) a modulated rise in temperature is then performed to 250°C at a rate of 3°C/min with a sinusoidal amplitude of 0.48°C and a period of 1 minute, and the signal is recorded, c) the area of the exothermic peak ΔHcc is measured, corresponding to the enthalpy of cold crystallization of the copolyamide;
Portable and communicating electronic device, comprising a casing sheltering a printed circuit card to which are connected at least two chip cards (5, 7), each chip card being provided with a contactless communication interface, the said device furthermore comprising an antenna intended to be connected to the contactless communication interface of each chip card, so as to ensure contactless communication between the said chip card and an external chip card reader, characterized in that it furthermore comprises a switching means connected between the terminals of the contactless communication interfaces of the said chip cards and the terminals of the said antenna, this switching means being able to selectively connect the antenna of the device with a given contactless chip card (5, 7), by actuation of the said switching means.
A direct to mesh printer for creating a screen stencil, including: a mesh support system that includes a pre-stretched mesh, a frame for holding the pre-stretched mesh in place during application of a jettable emulsion and a fixture to hold the frame; a paper and platen support system that includes a release paper and a platen; an inkjet printer that includes a print head and a printer carriage supporting the print head for printing the jettable emulsion on a side of the pre-stretched mesh opposite the platen; and a UV source; characterized in that the UV source is configured to move laterally with the print head for curing the jettable emulsion to the pre-stretched mesh as the jettable emulsion is applied to the pre-stretched mesh, thereby forming a stencil, wherein the release paper is configured to inhibit dot-gain while not adhering to cured emulsion, wherein the platen is configured to hold the release paper against one side of the pre-stretched mesh. a mesh support system that includes a pre-stretched mesh, a frame for holding the pre-stretched mesh in place during application of a jettable emulsion and a fixture to hold the frame; a paper and platen support system that includes a release paper and a platen; an inkjet printer that includes a print head and a printer carriage supporting the print head for printing the jettable emulsion on a side of the pre-stretched mesh opposite the platen; and a UV source; characterized in that the UV source is configured to move laterally with the print head for curing the jettable emulsion to the pre-stretched mesh as the jettable emulsion is applied to the pre-stretched mesh, thereby forming a stencil, wherein the release paper is configured to inhibit dot-gain while not adhering to cured emulsion, wherein the platen is configured to hold the release paper against one side of the pre-stretched mesh. a UV source; characterized in that the UV source is configured to move laterally with the print head for curing the jettable emulsion to the pre-stretched mesh as the jettable emulsion is applied to the pre-stretched mesh, thereby forming a stencil, wherein the release paper is configured to inhibit dot-gain while not adhering to cured emulsion, wherein the platen is configured to hold the release paper against one side of the pre-stretched mesh.
Compound selected from: α-hydroxy- cis -Δ9-hexadecenoic acid (OHHD), α-hydroxy- cis -Δ9-octadecenoic acid (OHOD), α-methyl- cis -Δ9-octadecenoic acid, α-amino- cis -Δ9-octadecenoic acid, α-fluoro- cis -Δ9-octadecenoic acid, α-trifluoromethyl- cis -Δ9-octadecenoic acid (TFMOD), α-methoxy- cis -Δ9-octadecenoic acid (MOOD), α-mercapto- cis -Δ9-octadecenoic acid (SHOD), α-methyl- cis -Δ11-octadecenoic acid, α-hydroxy- cis -Δ11-octadecenoic acid (OHOD11), α-hydroxy- cis -Δ11-eicosenoic acid (OHEE), α-hydroxy- cis -Δ13-docosenoic acid (OHDE), sodium salt of α-hydroxy- cis -Δ9-octadecenoic acid (Na-OHOD), methyl α-hydroxy- cis -Δ9-octadecenoate (OMe-OHOD), ethyl α-hydroxy- cis -Δ9-octadecenoate (EE-OHOD), ammonium salt of α-hydroxy- cis -Δ9-octadecenoic acid (NH3-OHOD), α-acetyl- cis -Δ9-octadecenoic acid (ACOD), sodium salt of α-acetyl- cis -Δ9-octadecenoic acid (Na-ACOD), methyl α-acetyl- cis -Δ9-octadecenoate (OMe-ACOD), ethyl α-acetyl- cis -Δ9-octadecenoate (EE-ACOD), sodium salt of α-methoxy- cis -Δ9-octadecenoic acid (Na-MOOD), methyl α-methoxy- cis -Δ9-octadecenoate (OMe-MOOD), ethyl α-methoxy- cis -Δ9-octadecenoate (EE-MOOD), α-diethyl-phosphatidyl- cis -Δ9-octadecenoic acid (DEPOD), sodium salt of α-diethyl-phosphatidyl- cis -Δ9-octadecenoic acid (Na-DEPOD), methyl α-diethyl-phosphatidyl- cis -Δ9-octadecenoate (OMe-DEPOD) or ethyl α-diethyl-phosphatidyl- cis -Δ9-octadecenoate (EE-DEPOD), for use, independently or in combination with at least other compound, as medicament or nutraceutical, in the treatment of diabetes.
A flow medium for assisting a resin to be transferred into a mold (100, 105) accommodating a layered structure of reinforced material, wherein the flow medium is configured in such a manner that when the resin is cured the flow medium becomes degraded and/or dissolved by the resin within a final composite component comprising the reinforced material embedded within the transferred and cured resin, and characterised in that the flow medium comprises an adhesiveness, in particular an adhesiveness with respect to the reinforced material.
Lipstick mechanism or the like comprising an inner tubular sleeve intended to rotate inside an outer tubular sleeve, the sleeves being provided with two longitudinal slots (10, 11) and two helical slots to guide in translation the studs of a stick-holder cup located in the inner tubular sleeve, the inner sleeve comprising a cylindrical base in the wall of which are formed elastic friction raised portions designed to be pressed elastically on a cylindrical bearing surface linked to the outer sleeve, the raised portions being formed from pads placed on a thinned wall portion of the wall of the cylindrical base, the thinned wall completely surrounding the periphery of each pad, characterised in that the pads are grouped into two pairs of pads diametrically opposite each other.
Straightening device for straightening cables comprising: - a first series of rollers and a second series of rollers, wherein the cable can be passed through in a transporting direction (x) in an alternating manner between rollers (20.1... 20.6) of the first series of rollers and rollers (21.1.... 21.7) of the second series of rollers, - an adjusting device for manually adjusting the distance (d) between the rollers (20.1... 20.6; 21.1... 21.7) of the first and the second series of rollers, - a measuring device for recording at least one distance (d) between the rollers (20.1... 20.6; 21.1...21.7) of the first and the second series of rollers (3, 4) characterised in that the straightening device comprises a display device with which deviations of an actual value from the nominal value of the distance (d) recorded by the measuring device can be visually, acoustically or tactiley indicated. - a first series of rollers and a second series of rollers, wherein the cable can be passed through in a transporting direction (x) in an alternating manner between rollers (20.1... 20.6) of the first series of rollers and rollers (21.1.... 21.7) of the second series of rollers, - an adjusting device for manually adjusting the distance (d) between the rollers (20.1... 20.6; 21.1... 21.7) of the first and the second series of rollers, - a measuring device for recording at least one distance (d) between the rollers (20.1... 20.6; 21.1...21.7) of the first and the second series of rollers (3, 4)
An inkjet printhead comprising: a substrate comprising a CMOS drive circuitry layer; a plurality of nozzle chambers disposed on an upper surface of said substrate and arranged in one or more nozzle rows extending longitudinally along said printhead, each nozzle chamber having a floor defined by said upper surface and a MEMS actuator for ejecting ink; a nozzle plate extending across said printhead, said nozzle plate forming a roof of each nozzle chamber, each roof being spaced apart from the floor and each roof having a nozzle opening formed therein; and at least one conductive track extending longitudinally along said printhead and parallel with said nozzle rows, wherein: said conductive track is disposed on a surface of said nozzle plate opposite the nozzle chamber; and said conductive track is electrically connected in parallel with a ground or power plane in said CMOS drive circuitry layer via a plurality of conductor posts connected between the ground or power plane in said drive circuitry layer and the conductive track. a substrate comprising a CMOS drive circuitry layer; a plurality of nozzle chambers disposed on an upper surface of said substrate and arranged in one or more nozzle rows extending longitudinally along said printhead, each nozzle chamber having a floor defined by said upper surface and a MEMS actuator for ejecting ink; a nozzle plate extending across said printhead, said nozzle plate forming a roof of each nozzle chamber, each roof being spaced apart from the floor and each roof having a nozzle opening formed therein; and at least one conductive track extending longitudinally along said printhead and parallel with said nozzle rows, said conductive track is disposed on a surface of said nozzle plate opposite the nozzle chamber; and said conductive track is electrically connected in parallel with a ground or power plane in said CMOS drive circuitry layer via a plurality of conductor posts connected between the ground or power plane in said drive circuitry layer and the conductive track.
A method for applying parental control in an adaptive HTTP streaming transmission technology, comprising: setting corresponding parental control rating information for media contents in different time periods in a single media presentation; and sending the parental control rating information to a client, where, the parental control rating information is comprised in a media presentation description, MPD, so that the client processes the media contents in the single media presentation according to the parental control rating information; wherein, the step of setting the corresponding parental control rating information for the media contents in the different time periods in the single media presentation comprises: for the single media presentation composed by multiple different media components, setting corresponding parental control rating information for each of the different media components in a same time period. setting corresponding parental control rating information for media contents in different time periods in a single media presentation; and sending the parental control rating information to a client, where, the parental control rating information is comprised in a media presentation description, MPD, so that the client processes the media contents in the single media presentation according to the parental control rating information; wherein, the step of setting the corresponding parental control rating information for the media contents in the different time periods in the single media presentation comprises: for the single media presentation composed by multiple different media components, setting corresponding parental control rating information for each of the different media components in a same time period.
An implantable anatomical support comprising: a non-rectangular support body with at least three arms extending from the support body; an interconnecting member (110,129) that is coupled to the arms; characterized in an adjustable anchor including a body and a collar defining a pair of apertures (128A,128B), the collar disposed on the body with the interconnecting member (110,129) inserted through the pair of apertures (128A, 128B) such that the adjustable anchor is slidably coupled to at least one of the interconnecting members (110,129)to permit bi-directional movement along the interconnecting member and configured to exert a compressive force generating frictional interference between the adjustable anchor and the interconnecting member (110,129) to inhibit the bi-directional movement of the adjustable anchor along the interconnecting member (110,129) unless sufficient force is applied to overcome the frictional interference, wherein the non-rectangular support body has a curved outside perimeter with bilateral symmetry to a central longitudinal axis A - A of the support body and a support head disposed between two of the arms. a non-rectangular support body with at least three arms extending from the support body; an interconnecting member (110,129) that is coupled to the arms; characterized in an adjustable anchor including a body and a collar defining a pair of apertures (128A,128B), the collar disposed on the body with the interconnecting member (110,129) inserted through the pair of apertures (128A, 128B) such that the adjustable anchor is slidably coupled to at least one of the interconnecting members (110,129)to permit bi-directional movement along the interconnecting member and configured to exert a compressive force generating frictional interference between the adjustable anchor and the interconnecting member (110,129) to inhibit the bi-directional movement of the adjustable anchor along the interconnecting member (110,129) unless sufficient force is applied to overcome the frictional interference, wherein the non-rectangular support body has a curved outside perimeter with bilateral symmetry to a central longitudinal axis A - A of the support body and a support head disposed between two of the arms.