mhurhangee/ep-ind-claims huggingface dataset:
A powder circuit for use in an apparatus for producing three-dimensional work pieces by irradiating layers of a raw material powder with electromagnetic or particle radiation, the powder circuit comprising: - a process chamber accommodating a carrier and a powder application device for applying a raw material powder onto the carrier, the process chamber being provided with a powder inlet for supplying raw material powder to the powder application device and a powder outlet for discharging excess raw material powder from the process chamber, - a powder circulation line connecting the powder outlet of the process chamber to the powder inlet of the process chamber, - a conveying device arranged in the powder circulation line for conveying the raw material powder through the powder circulation line, - a sensor arrangement adapted to detect a parameter characteristic of a powder discharge from the conveying device, wherein the parameter is indicative of a powder level, and - a control unit adapted to control operation of the conveying device in dependence of the parameter characteristic of the powder discharge from the conveying device, wherein the control unit is adapted to stop the operation of the conveying device in case the parameter characteristic of the powder discharge from the conveying device indicates that a powder level in the powder circulation line downstream of the conveying device is above a predetermined threshold value. - a process chamber accommodating a carrier and a powder application device for applying a raw material powder onto the carrier, the process chamber being provided with a powder inlet for supplying raw material powder to the powder application device and a powder outlet for discharging excess raw material powder from the process chamber, - a powder circulation line connecting the powder outlet of the process chamber to the powder inlet of the process chamber, - a conveying device arranged in the powder circulation line for conveying the raw material powder through the powder circulation line, - a sensor arrangement adapted to detect a parameter characteristic of a powder discharge from the conveying device, wherein the parameter is indicative of a powder level, and - a control unit adapted to control operation of the conveying device in dependence of the parameter characteristic of the powder discharge from the conveying device,
Article comprising a metal support and a ceramic coating applied to said metal support and being in the form of at least a continuous film having a thickness between 2 and 100 pm, said coating comprising a matrix including at least a metal polyalkoxide and wherein particles with a diameter between 0.01 and 50 μm are dispersed, said particles being made of a material having a thermal conductivity of 10 W·m-1·K-1 or higher and a bulk density of at most 3.9 g/cm3, said particles being dispersed in the matrix are selected from diamond particles, cubic boron nitride particles, diamond-like carbon particles, silicon carbide particles, boron carbide particles, aluminum nitride particles, silicon nitride particles, and mixtures thereof, characterized in that the matrix further comprises at least a reactive or non-reactive silicone oil selected from chlorinated oils, amino oils, (meth)acrylated oils, hydroxylated oils, and anhydride, hydride or vinyl-terminated oils.
Transport device for round bales, comprising a conveying unit extending in a longitudinal direction, forming a storage surface for the round bales, preferably a rotary conveyor or a roller track, having a cage-like superstructure for receiving a plurality of round bales and a connection element for coupling the transport device with a preferably agricultural utility vehicle, wherein the transport device has a delivery unit, that is able to be swivelled, disposed at one end of the storage surface, by means of which delivery unit a round bale can be delivered onto the storage surface, and wherein a round bale located on the storage surface can be conveyed by means of the conveying unit in the direction of the end of the storage surface located opposite the delivery unit, wherein the delivery unit has an L-shaped swivel arm, which swivel arm can be swivelled about a first swivel axis, extending parallel to the storage surface and normal to the longitudinal direction, from a gripping position for gripping under a round bale into a delivery position for the delivery of the round bale, gripped from below, onto the storage surface, wherein a first leg of the L-shaped swivel arm is aligned parallel to the first swivel axis, characterised in that the swivel arm can be swivelled out about a second swivel axis aligned normal to the first swivel axis from an uptake position in which the swivel arm can be swivelled out laterally to the conveying surface, into the gripping position.
A plastic bag opening device configured to open an inlet of a plastic bag having a pocket shape, the plastic bag opening device comprising: an elevating member configured to lift the plastic bag in a state in which one surface of the plastic bag is adsorbed; and an air blower configured to inject air toward the inlet of the plastic bag adsorbed to the elevating member so that the inlet of the plastic bag is opened to be widened, the device being characterized in further comprising a rotating member configured to rotate the elevating member so that the inlet of the plastic bag adsorbed to the elevating member faces upward, further comprising a finger member provided with a pair of fingers that are inserted into the inlet of the plastic bag adsorbed to the elevating member and configured to pull and expand the inlet of the plastic bag in two opposite directions, and further comprising a movable member configured to move the elevating member to be far away from the finger member, so that the inlet of the plastic bag is expanded by an area between the finger member and the elevating member. an elevating member configured to lift the plastic bag in a state in which one surface of the plastic bag is adsorbed; and an air blower configured to inject air toward the inlet of the plastic bag adsorbed to the elevating member so that the inlet of the plastic bag is opened to be widened, the device being characterized in further comprising a rotating member configured to rotate the elevating member so that the inlet of the plastic bag adsorbed to the elevating member faces upward, further comprising a finger member provided with a pair of fingers that are inserted into the inlet of the plastic bag adsorbed to the elevating member and configured to pull and expand the inlet of the plastic bag in two opposite directions, and further comprising a movable member configured to move the elevating member to be far away from the finger member, so that the inlet of the plastic bag is expanded by an area between the finger member and the elevating member.
Method of preparation of an excavation material comprising the following step: a) inerting the excavation material in order to obtain an inerted material; step a) being carried out by addition of an organic acid, of a complexing agent or of a diaminotetracarboxylic acid to the excavation material, the complexing agent being chosen from a sugar alcohol, a cationic surface-active agent and their mixtures. a) inerting the excavation material in order to obtain an inerted material; step a) being carried out by addition of an organic acid, of a complexing agent or of a diaminotetracarboxylic acid to the excavation material, the complexing agent being chosen from a sugar alcohol, a cationic surface-active agent and their mixtures.
A system for applying reduced pressure to tissue, the system comprising: a delivery tube having a proximate end, a distal end, a primary lumen extending through the delivery tube from the proximate end to the distal end, and an ancillary lumen extending through the delivery tube from the proximate end to the distal end; a reduced-pressure source fluidly coupled to the proximate end of the primary lumen; a pressure sensor coupled to the proximate end of the ancillary lumen; and a reduced pressure adapter comprising a conduit housing in fluid communication with the ancillary lumen and the primary lumen, the conduit housing having an entry surface with channels (42, 44) to direct liquid away from the ancillary lumen and into the primary lumen. a delivery tube having a proximate end, a distal end, a primary lumen extending through the delivery tube from the proximate end to the distal end, and an ancillary lumen extending through the delivery tube from the proximate end to the distal end; a reduced-pressure source fluidly coupled to the proximate end of the primary lumen; a pressure sensor coupled to the proximate end of the ancillary lumen; and a reduced pressure adapter comprising a conduit housing in fluid communication with the ancillary lumen and the primary lumen, the conduit housing having an entry surface with channels (42, 44) to direct liquid away from the ancillary lumen and into the primary lumen.
A method to monitor data affected by malware in a communication network, wherein a malware detecting entity ( 11, 16) is acting as a first data retention source, and wherein the method comprises the following steps: - receiving, at a Data Retention System, a first query request specifying the data affected by the malware; - identifying, in the Data Retention System, retained data received from the malware detecting entity ( 11, 16) acting as the first data retention source, wherein the retained data matches the first query request; - forwarding the identified data, from the Data Retention System, to an Authorized Organization, wherein a connection entity is acting as a second data retention source; - receiving, at the Data Retention System, a second query request comprising information related to the identified data, wherein the second query request specifies connection data related to the identified data; - identifying, in the Data Retention System, retained connection data received from the connection entity acting as the second data retention source, wherein the retained connection data matches the second query request; and - forwarding the identified connection data, from the Data Retention System, to the Authorized Organization. - receiving, at a Data Retention System, a first query request specifying the data affected by the malware; - identifying, in the Data Retention System, retained data received from the malware detecting entity ( 11, 16) acting as the first data retention source, wherein the retained data matches the first query request; - forwarding the identified data, from the Data Retention System, to an Authorized Organization, wherein a connection entity is acting as a second data retention source; - receiving, at the Data Retention System, a second query request comprising information related to the identified data, wherein the second query request specifies connection data related to the identified data; - identifying, in the Data Retention System, retained connection data received from the connection entity acting as the second data retention source, wherein the retained connection data matches the second query request; and - forwarding the identified connection data, from the Data Retention System, to the Authorized Organization.
A method of examining a titanium alloy of two-phase type with an alpha phase and a beta phase, the method being characterized in that it comprises the following steps: (a) cutting a sample of a part made of said alloy; (b) preparing a region of the cut surface of said sample that is situated in the vicinity of the edge of said sample, said edge being in common with the outside surface of the part, so as to enable said region to be observed; (c) observing the alpha phase of said region at a magnification of greater than x5000; (d) deciding on whether granularity is present or absent in the alpha phase of a first zone contiguous with said edge of the sample; and (e) concluding that said alloy has been contaminated with a gas if granularity is found to be absent in the alpha phase of said contiguous zone whereas granularity is present in the alpha phase outside said contiguous zone. (a) cutting a sample of a part made of said alloy; (b) preparing a region of the cut surface of said sample that is situated in the vicinity of the edge of said sample, said edge being in common with the outside surface of the part, so as to enable said region to be observed; (c) observing the alpha phase of said region at a magnification of greater than x5000; (d) deciding on whether granularity is present or absent in the alpha phase of a first zone contiguous with said edge of the sample; and (e) concluding that said alloy has been contaminated with a gas if granularity is found to be absent in the alpha phase of said contiguous zone whereas granularity is present in the alpha phase outside said contiguous zone.
A method for regenerating a water softener resin in a dishwasher, comprising - an incubation step wherein a predetermined volume of a salt solution is led to the softener resin for regeneration thereof, and - a subsequent rinsing step wherein a predetermined volume of mains water is led over the softener resin, wherein said rinsing step comprises opening an inlet valve for mains water of the dishwasher for a predetermined opening period that is adapted for leading said predetermined volume of mains water over the softener resin, characterized in that said method comprises an initial calibration step for the mains inlet valve wherein said predetermined opening period of the inlet valve is calculated, and wherein the rinsing step comprises measuring the actual opening period of the inlet valve and closing the inlet valve when said predetermined opening period has been reached, wherein said calibration step is preferably executed previously to said incubation step, wherein said calibration step comprises the subsequent sub-steps of: - opening the inlet valve, - detecting a first time (T1') when the water reaches a first predetermined lower water level (D1') within the dishwasher sump, - detecting a subsequent second time when the water reaches a predetermined second higher water level within the dishwasher sump, - calculating the flow rate of the mains inlet valve on the basis of the difference between the second time and the first time and a known volume between said first water level and said second water level, and - calculating said predetermined opening period of the inlet valve during the rinsing step that corresponds to said predetermined volume of rinsing water. - an incubation step wherein a predetermined volume of a salt solution is led to the softener resin for regeneration thereof, and - a subsequent rinsing step wherein a predetermined volume of mains water is led over the softener resin, wherein said rinsing step comprises opening an inlet valve for mains water of the dishwasher for a predetermined opening period that is adapted for leading said predetermined volume of mains water over the softener resin, - opening the inlet valve, - detecting a first time (T1') when the water reaches a first predetermined lower water level (D1') within the dishwasher sump, - detecting a subsequent second time when the water reaches a predetermined second higher water level within the dishwasher sump, - calculating the flow rate of the mains inlet valve on the basis of the difference between the second time and the first time and a known volume between said first water level and said second water level, and - calculating said predetermined opening period of the inlet valve during the rinsing step that corresponds to said predetermined volume of rinsing water.
A method of maintaining electronic messages from a list of trusted e-mail correspondents, comprising the steps of: obtaining a public key from each one of the trusted e-mail correspondents in a trusted manner; monitoring an incoming electronic message to determine that it contains an encrypted message; verifying that the encrypted message can be decrypted successfully using the public key of one of the trusted e-mail correspondents; upon successful verification, assigning a marked priority to the incoming electronic message; and segregating received electronic messages based on marked priorities assigned to the received electronic messages. obtaining a public key from each one of the trusted e-mail correspondents in a trusted manner; monitoring an incoming electronic message to determine that it contains an encrypted message; verifying that the encrypted message can be decrypted successfully using the public key of one of the trusted e-mail correspondents; upon successful verification, assigning a marked priority to the incoming electronic message; and segregating received electronic messages based on marked priorities assigned to the received electronic messages.
A method for incorporating an anti-counterfeiting device comprising an RFID into a multi-walled container wherein the multi-walled container comprises an inner wall having an outer surface and an outer wall surrounding the inner wall, the method comprising the steps of: (a) inserting an inner wall composition within a mold to form the inner wall of the container; (b) adhering an anti-counterfeiting device to the outer surface of the inner wall; (c) injection molding an outer wall composition over the inner wall and the anti-counterfeiting device to form the outer wall of the container and sandwich the anti-counterfeiting device between the inner wall and the outer wall of the container, wherein the anti-counterfeiting device is inserted into the mold prior to inserting the inner wall composition and the inner wall is molded so that the anti-counterfeiting device adheres to the outer surface of the inner wall. (a) inserting an inner wall composition within a mold to form the inner wall of the container; (b) adhering an anti-counterfeiting device to the outer surface of the inner wall; (c) injection molding an outer wall composition over the inner wall and the anti-counterfeiting device to form the outer wall of the container and sandwich the anti-counterfeiting device between the inner wall and the outer wall of the container, wherein the anti-counterfeiting device is inserted into the mold prior to inserting the inner wall composition and the inner wall is molded so that the anti-counterfeiting device adheres to the outer surface of the inner wall.
A resin composition comprising 1 to 20 parts by weight of at least one styrene-based thermoplastic elastomer (component C) selected from the group consisting of a styrene-ethylene-propylene-styrene block copolymer (SEPS), a styrene-ethylene-butylene-styrene block copolymer (SEBS) and a styrenebutadiene-butylene-styrene block copolymer (SBBS) based on 100 parts by weight of the total of a polycarbonate-based resin (component A) and a polyolefin-based resin having a MFR at 230°C under a load of 2.16 kg of not less than 60 g/10 min (component B), wherein the polyolefin-based resin (component B) is a polypropylene resin or a maleic anhydride-modified polypropylene resin.
A compound of Formula III: or a pharmaceutically acceptable salt thereof, wherein: each A is, independently, -C=O, -C=S, or CH 2; each D is, independently, O or S; each R 1 is, independently, hydrogen, C 1-3 alkyl, C 1-3 alkoxy, halo, or haloC 1-3 alkyl; each R 2 is, independently, hydrogen, C 1-3 alkyl, C 1-3 alkoxy, halo, or haloC 1-3 alkyl; each R 3 is, independently, hydrogen, C 1-4 alkyl, C 1-4 alkoxy, halo, or haloC 1-4 alkyl; and each R 4 is, independently, hydrogen, C 1-3 alkyl, C 1-3 alkoxy, halo, or haloC 1-3 alkyl; for use for treating mucositis in a mammal. each A is, independently, -C=O, -C=S, or CH 2; each D is, independently, O or S; each R 1 is, independently, hydrogen, C 1-3 alkyl, C 1-3 alkoxy, halo, or haloC 1-3 alkyl; each R 2 is, independently, hydrogen, C 1-3 alkyl, C 1-3 alkoxy, halo, or haloC 1-3 alkyl; each R 3 is, independently, hydrogen, C 1-4 alkyl, C 1-4 alkoxy, halo, or haloC 1-4 alkyl; and each R 4 is, independently, hydrogen, C 1-3 alkyl, C 1-3 alkoxy, halo, or haloC 1-3 alkyl; for use for treating mucositis in a mammal.
Method for the preparation of a food or a precursor of the same, at least with the steps: (a) Providing a mash or a wort or last runnings as a first nutrient medium; and (b) Treating the first nutrient medium with lactic acid bacteria of the species Lactobacillus coryniformis, the species Lactobacillus backii (DSMZ no. 18080), the species Lactobacillus plantarum or the species Lactobacillus fermentum (DSMZ no. 20052) or with a mixture of at least two of these species of lactic acid bacteria; wherein the treatment according to step (b) takes place in the presence of a yeast product; wherein the yeast product comprises an extract, an autolysate and/or a dried form of a yeast; and wherein the yeast product is present in a concentration by weight in the range ≥ 0.2 and ≤ 20 g/l based on the first nutrient medium. (a) Providing a mash or a wort or last runnings as a first nutrient medium; and (b) Treating the first nutrient medium with lactic acid bacteria of the species Lactobacillus coryniformis, the species Lactobacillus backii (DSMZ no. 18080), the species Lactobacillus plantarum or the species Lactobacillus fermentum (DSMZ no. 20052) or with a mixture of at least two of these species of lactic acid bacteria; wherein the treatment according to step (b) takes place in the presence of a yeast product; wherein the yeast product comprises an extract, an autolysate and/or a dried form of a yeast; and wherein the yeast product is present in a concentration by weight in the range ≥ 0.2 and ≤ 20 g/l based on the first nutrient medium.
A method for determining a current (I 1) of a resonator coil (L 1) during operation of a wireless power system having the resonator coil, the resonator coil coupled to a fixed capacitive network and a reactance circuit, the method comprising: determining a first signal comprising: receiving a current in an inductor of the reactance circuit; converting the current to a voltage signal; and scaling the voltage signal by a scaling term associated with a characteristic of a cable coupled between the reactance circuit and the fixed capacitive network; determining a second signal comprising: receiving an output voltage at an output of the reactance circuit; dividing, by a voltage divider, the output voltage; and integrating, by an integrator circuit, the divided voltage to produce an inverted differentiated voltage signal; summing the first signal and the second signal to produce a summed signal; and determining the current in the resonator coil based on the summed signal. determining a first signal comprising: receiving a current in an inductor of the reactance circuit; converting the current to a voltage signal; and scaling the voltage signal by a scaling term associated with a characteristic of a cable coupled between the reactance circuit and the fixed capacitive network; receiving a current in an inductor of the reactance circuit; converting the current to a voltage signal; and scaling the voltage signal by a scaling term associated with a characteristic of a cable coupled between the reactance circuit and the fixed capacitive network; determining a second signal comprising: receiving an output voltage at an output of the reactance circuit; dividing, by a voltage divider, the output voltage; and integrating, by an integrator circuit, the divided voltage to produce an inverted differentiated voltage signal; receiving an output voltage at an output of the reactance circuit; dividing, by a voltage divider, the output voltage; and integrating, by an integrator circuit, the divided voltage to produce an inverted differentiated voltage signal; summing the first signal and the second signal to produce a summed signal; and determining the current in the resonator coil based on the summed signal.