mhurhangee/ep-ind-claims huggingface dataset:
A beverage dispensing machine, comprising: - at least one outlet device for dispensing said beverage; - at least one movable support for supporting a container (5, 7); said movable support movably supporting said beverage dispensing machine at least from a first small container position at least partially placed below said outlet device for receiving said beverage in a small container resting on said movable support, to a second large container position moved away from below said outlet device for positioning a large container below said outlet device; wherein machine comprises at least one cam device; wherein said at least one cam device guides the rotation of said at least one movable support between said first small container position and said second large container position, and vice versa; characterized in that said first small container position and said second large container position are stable positions separated from each other by at least one unstable position which, without external forces, causes said at least one movable support to return to the closest stable position between said first small container position and said second large container position. - at least one outlet device for dispensing said beverage; - at least one movable support for supporting a container (5, 7); said movable support movably supporting said beverage dispensing machine at least from a first small container position at least partially placed below said outlet device for receiving said beverage in a small container resting on said movable support, to a second large container position moved away from below said outlet device for positioning a large container below said outlet device; wherein machine comprises at least one cam device; wherein said at least one cam device guides the rotation of said at least one movable support between said first small container position and said second large container position, and vice versa; characterized in that said first small container position and said second large container position are stable positions separated from each other by at least one unstable position which, without external forces, causes said at least one movable support to return to the closest stable position between said first small container position and said second large container position. wherein machine comprises at least one cam device; wherein said at least one cam device guides the rotation of said at least one movable support between said first small container position and said second large container position, and vice versa; characterized in that said first small container position and said second large container position are stable positions separated from each other by at least one unstable position which, without external forces, causes said at least one movable support to return to the closest stable position between said first small container position and said second large container position.
A sensor, comprising: - a housing; - a lead frame comprising at least three elongated leads having an exterior portion extending from the housing; - a magnetic sensor circuit disposed in the housing, and connected to the lead frame; - the housing comprising two recesses arranged on two opposite sides of the housing for allowing the sensor to be mounted by heat-stacking; characterized in that the exterior portion of the elongated leads comprises a proximal portion having a first width, and a distal portion having a second width, the first width being smaller than the second width; the lead frame further comprises a plurality of tabs or pins extending from the housing, each tab or pin being located substantially halfway between pairs of adjacent elongated leads, wherein each tab or pin has an exterior length smaller than an exterior length of the proximal portions of the elongated leads, and wherein each tab or pin has an exterior width smaller than the first width of the proximal portions of the elongated leads. - a housing; - a lead frame comprising at least three elongated leads having an exterior portion extending from the housing; - a magnetic sensor circuit disposed in the housing, and connected to the lead frame; - the housing comprising two recesses arranged on two opposite sides of the housing for allowing the sensor to be mounted by heat-stacking; the exterior portion of the elongated leads comprises a proximal portion having a first width, and a distal portion having a second width, the first width being smaller than the second width; the lead frame further comprises a plurality of tabs or pins extending from the housing, each tab or pin being located substantially halfway between pairs of adjacent elongated leads, wherein each tab or pin has an exterior length smaller than an exterior length of the proximal portions of the elongated leads, and wherein each tab or pin has an exterior width smaller than the first width of the proximal portions of the elongated leads.
A monolayer warp and weft composite fabric for non-metal soles of safety footwear, containing at least 60% high tenacity yarns with yarn counts between 800 and 2800 Dtex, characterized in that each yarn consists of filaments having a fineness between 1 and 6 Dtex, the fabric consists of several plies bound along the entire extension of the fabric and is formed by between 1 and 10 warp plies bound with between 5 and 10 weft plies obtaining a fabric having a thickness between 2.5 and 6 mm and mass per unit area between 2000 and 5000 g/m 2, the strength thereof being greater than 1000 N as it is perforated by a steel nail between 2.5 and 5.0 mm in diameter and being manufactured by means of warp and weft weaving.
Method for isolating lignin, preferably unmodified lignin, from a mixture, in particular a pulping slurry, containing lignin, a cellulose solvent, a cellulose precipitant, minerals and optionally (residual) cellulose and/or hemicellulose and/or hydrolysation products thereof, comprising or consisting of the following steps: i) removing the cellulose precipitant from the mixture, ii) contacting the mixture with a lignin precipitant, preferably at a temperature below 50 °C, to obtain a precipitate, iii) removing the precipitate obtained in step ii) from the mixture, iv) optionally washing the precipitate with a lignin precipitant, v) removing the lignin precipitant from the precipitate, vi) optionally separating the cellulose solvent and the lignin precipitant from the remaining mixture obtained in step iii) with the proviso that in case the cellulose precipitant is the same as the lignin precipitant used in step ii) or contains one or more components of the mixture used as lignin precipitant in step ii), step i) is optional only. i) removing the cellulose precipitant from the mixture, ii) contacting the mixture with a lignin precipitant, preferably at a temperature below 50 °C, to obtain a precipitate, iii) removing the precipitate obtained in step ii) from the mixture, iv) optionally washing the precipitate with a lignin precipitant, v) removing the lignin precipitant from the precipitate, vi) optionally separating the cellulose solvent and the lignin precipitant from the remaining mixture obtained in step iii)
A synthetic nutritional composition comprising sphingomyelin in an amount of at least 300mg/kg, folic acid in an amount of at least 100mcg/100g, vitamin B12 in an amount of at least 5mcg/100g, iron in an amount of at least 5mg/100g, a fatty acid derivative comprising docosahexaenoic acid wherein docosahexaenoic acid is present in an amount of 60 to 350mg/100g, a fatty acid derivative comprising arachidonic acid wherein arachidonic acid is present in an amount of 60 to 350mg/100g, wherein all weights are by dry weight of the composition and wherein, said composition is a composition selected from the group consisting of; an infant formula, a growing up milk, a composition for infants that is intended to be added or diluted with human breast milk, and a food stuff intended for consumption by an infant and/or child either alone or in combination with human breast milk.
A pharmaceutical preparation comprising an aqueous solution comprising from 0.25 - 5.0 mg/ml 10H-1,3-Dioxolo[4,5-g]pyrano[3',4':6,7]indolizino[1,2-b] quinoline-8,11(7H, 12H)-dione, 7-ethyl-7-hydroxy-, - ("FL118"); 0.125 - 2.5% a type of cyclodextrin; and 1 - 10% dimethyl sulfoxide (DMSO).
An isolated nucleic acid molecule encoding a preprotein comprising a signal peptide and a protein having luciferase activity and wherein said nucleic acid molecule is devoid of CpG and wherein said protein having luciferase activity has-the amino acid sequence set forth as SEQ ID NO: 3 or an amino acid sequence having at least 95% identity with SEQ IDNO:3 when secreted from cells.
A 3-junction photovoltaic cell, comprising: a GaInP subcell comprising a disordered group-III sublattice base, wherein the disorder of the group-III sublattice base is induced by growth on a semiconductor growth substrate misoriented from a plane toward a plane, wherein the semiconductor growth substrate is a Ge substrate, wherein a 1%-In GaInAs subcell is disposed below the GaInP subcell, wherein the GaInP subcell has been thickened for bringing a photogenerated current density in the GaInP subcell to match the photogenerated current density of the 1%-In GaInAs subcell; the semiconductor growth substrate forms a Ge subcell and is disposed below the 1%-In GaInAs subcell comprising a surface misoriented from a plane by an angle of 15.8 degrees toward a nearest plane, wherein the surface comprises a surface. a GaInP subcell comprising a disordered group-III sublattice base, wherein the disorder of the group-III sublattice base is induced by growth on a semiconductor growth substrate misoriented from a plane toward a plane, wherein the semiconductor growth substrate is a Ge substrate, wherein a 1%-In GaInAs subcell is disposed below the GaInP subcell, wherein the GaInP subcell has been thickened for bringing a photogenerated current density in the GaInP subcell to match the photogenerated current density of the 1%-In GaInAs subcell; the semiconductor growth substrate forms a Ge subcell and is disposed below the 1%-In GaInAs subcell comprising a surface misoriented from a plane by an angle of 15.8 degrees toward a nearest plane, wherein the surface comprises a surface.
A device for unwinding or winding multiple rolls of print substrate, the device including: multiple spindles (32, 34) each to hold a roll of print substrate, the spindles (32, 34) in line with one another lengthwise along a spindle axis; a differential operatively connected to one end of each spindle (32, 34) to output torque along a differential axis offset from the spindle axis to turn the spindles (32, 34) on the spindle axis; characterised in that each spindle (32, 34) is individually connected to the differential such that each spindle (32, 34) is disconnectable from the differential independently of any other spindle (32, 34); and the device further includes a support to support the differential and the end of each spindle (32, 34). multiple spindles (32, 34) each to hold a roll of print substrate, the spindles (32, 34) in line with one another lengthwise along a spindle axis; a differential operatively connected to one end of each spindle (32, 34) to output torque along a differential axis offset from the spindle axis to turn the spindles (32, 34) on the spindle axis; characterised in that each spindle (32, 34) is individually connected to the differential such that each spindle (32, 34) is disconnectable from the differential independently of any other spindle (32, 34); and the device further includes a support to support the differential and the end of each spindle (32, 34).
A blockchain data processing method, comprising: receiving an upload request of target data; generating, in a predetermined trusted environment, a data read rule corresponding to the target data and read permission index information of the target data according to a preset compliance rule for data reading and the target data; uploading the target data and the read permission index information of the target data to a blockchain; receiving a read request for the target data stored in the blockchain; acquiring the read permission index information of the target data from the blockchain, and acquiring the data read rule corresponding to the target data based on the read permission index information, the data read rule being used to determine readable content in the target data; determining, in the predetermined trusted environment, the readable content in the target data based on the data read rule; and providing the readable content in the target data for a sender of the read request. receiving an upload request of target data; generating, in a predetermined trusted environment, a data read rule corresponding to the target data and read permission index information of the target data according to a preset compliance rule for data reading and the target data; uploading the target data and the read permission index information of the target data to a blockchain; receiving a read request for the target data stored in the blockchain; acquiring the read permission index information of the target data from the blockchain, and acquiring the data read rule corresponding to the target data based on the read permission index information, the data read rule being used to determine readable content in the target data; determining, in the predetermined trusted environment, the readable content in the target data based on the data read rule; and providing the readable content in the target data for a sender of the read request.
A medical notification apparatus comprising: an acoustic sensor configured to generate a sensor signal in response to an acoustic alarm indicative of a parameter of a medical device; a signal processing unit in communication with the acoustic sensor and configured to generate an identification signal when the sensor signal from the acoustic sensor satisfies an identification criterion; and an interface unit in communication with the signal processing unit and configured to produce and send a message signal to a healthcare facility call system in response to the identification signal from the signal processing unit, wherein the interface unit is configured to produce the message signal as a single contact closure or a string of series of contact closures; the medical notification apparatus includes a housing having openings for permitting sound from the acoustic alarm to be received by the acoustic sensor inside the housing, and the housing further includes the interface unit, which includes a communications plug to connect to a cooperatively shaped jack on a nurse call panel in a patient room. an acoustic sensor configured to generate a sensor signal in response to an acoustic alarm indicative of a parameter of a medical device; a signal processing unit in communication with the acoustic sensor and configured to generate an identification signal when the sensor signal from the acoustic sensor satisfies an identification criterion; and an interface unit in communication with the signal processing unit and configured to produce and send a message signal to a healthcare facility call system in response to the identification signal from the signal processing unit, wherein the interface unit is configured to produce the message signal as a single contact closure or a string of series of contact closures; the medical notification apparatus includes a housing having openings for permitting sound from the acoustic alarm to be received by the acoustic sensor inside the housing, and the housing further includes the interface unit, which includes a communications plug to connect to a cooperatively shaped jack on a nurse call panel in a patient room. the interface unit is configured to produce the message signal as a single contact closure or a string of series of contact closures; the medical notification apparatus includes a housing having openings for permitting sound from the acoustic alarm to be received by the acoustic sensor inside the housing, and the housing further includes the interface unit, which includes a communications plug to connect to a cooperatively shaped jack on a nurse call panel in a patient room.
A vacuum cleaner apparatus comprising a first vacuum cleaner unit and a second vacuum cleaner unit, the apparatus comprising a first motor/fan unit and a first dust separation unit arranged in the first vacuum cleaner unit, wherein the first motor/fan unit is configured to generate an airflow through an airflow path of the first vacuum cleaner unit to the first dust separation unit, and wherein the apparatus comprises a second motor/fan unit and a second dust separation unit arranged in the second vacuum cleaner unit, and wherein the second motor/fan unit is configured to generate an airflow from a suction inlet (5', 5") of the second vacuum cleaner unit to the second dust separation unit, characterised in that the apparatus comprises a connection interface configured to removably connect the suction inlet (5', 5") of the second vacuum cleaner unit to the airflow path of the first vacuum cleaner unit, and wherein the apparatus comprises a control arrangement capable of operating the apparatus in a cooperative cleaning mode in which the first and second motor/fan units (9, 9') are operated simultaneously. and wherein the apparatus comprises a second motor/fan unit and a second dust separation unit arranged in the second vacuum cleaner unit, and wherein the second motor/fan unit is configured to generate an airflow from a suction inlet (5', 5") of the second vacuum cleaner unit to the second dust separation unit, characterised in that the apparatus comprises a connection interface configured to removably connect the suction inlet (5', 5") of the second vacuum cleaner unit to the airflow path of the first vacuum cleaner unit, and wherein the apparatus comprises a control arrangement capable of operating the apparatus in a cooperative cleaning mode in which the first and second motor/fan units (9, 9') are operated simultaneously.
A method for automatically drying a moist floor layer of a multi-layer floor structure, the method comprising the steps of: introducing at least one sensor, initiating an air flow in the floor layer to be dried by means of a drying device, measuring at least one parameter of the floor layer by means of the introduced sensor, controlling the drying device by means of a processor based on the parameter measured by the introduced sensor, the method further comprising the step of analyzing the measured parameter by means of the processor and determining a drying phase of the floor layer based on the analysis of the parameter, wherein the drying device is controlled on the basis of the drying phase determined by the processor, characterized in that the controlling comprises switching on and/or switching off the drying device, and in that the at least one sensor is inserted into an opening in the floor structure and placed in the moist floor layer to be dried. introducing at least one sensor, initiating an air flow in the floor layer to be dried by means of a drying device, measuring at least one parameter of the floor layer by means of the introduced sensor, controlling the drying device by means of a processor based on the parameter measured by the introduced sensor, the method further comprising the step of analyzing the measured parameter by means of the processor and determining a drying phase of the floor layer based on the analysis of the parameter, wherein the drying device is controlled on the basis of the drying phase determined by the processor, characterized in that the controlling comprises switching on and/or switching off the drying device, and in that the at least one sensor is inserted into an opening in the floor structure and placed in the moist floor layer to be dried.
Cooling fabric comprising a moisture-permeable inner surface layer, a three dimensional spacer fabric and an outer surface layer, wherein the outer surface layer has an air permeability of at most 250 l/dm 2 /min at 500 Pa measured according to ISO 9237 and wherein the three dimensional spacer fabric comprises monofilaments extending across the spacer fabric, wherein the monofilaments have a linear density of at least 250 dtex and wherein the monofilaments are present at a density of at most 124 monofilaments per cm 2 (800 monofilaments per square-inch).
A system for treating migraine or cluster headaches, comprising: a needle-free injector; a liquid formulation, comprising: a 5-HT3 antagonist; and a 5-HT1 agonist. a needle-free injector; a liquid formulation, comprising: a 5-HT3 antagonist; and a 5-HT1 agonist. a 5-HT3 antagonist; and a 5-HT1 agonist.
An apparatus, comprising: a housing comprising a flange, the housing configured to be disposed within a user's mouth such that at least a portion of the flange is disposed adjacent alveolar mucosa of the user; a light emitting panel at least partially encased within the flange, the light emitting panel configured to emit light to an alveolar soft tissue of the user when the housing is disposed within the mouth; an electronic circuit operatively coupled to the light emitting panel; and a sensor communicably coupled to the electronic circuit and configured to produce a signal associated with an amount of light absorbed by or reflected by the user's periodontia and/or alveolar soft tissue, wherein the electronic circuit is configured to control operation of the light emitting panel based on the signal produced by the sensor. a housing comprising a flange, the housing configured to be disposed within a user's mouth such that at least a portion of the flange is disposed adjacent alveolar mucosa of the user; a light emitting panel at least partially encased within the flange, the light emitting panel configured to emit light to an alveolar soft tissue of the user when the housing is disposed within the mouth; an electronic circuit operatively coupled to the light emitting panel; and a sensor communicably coupled to the electronic circuit and configured to produce a signal associated with an amount of light absorbed by or reflected by the user's periodontia and/or alveolar soft tissue, wherein the electronic circuit is configured to control operation of the light emitting panel based on the signal produced by the sensor.