mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an automated vehicle to engage or disengage an object load in a physical environment comprising a rack system, the method comprising: analysing a plurality of objects that are placed throughout the physical environment by processing data that is transmitted from a sensor array attached to a lift carriage of the vehicle; characterised in that the method further comprises: executing an object recognition process on the sensor array data to identify the rack system by comparing rack system models with the sensor array data; utilising the rack system identification and a software module resident on a mobile computer coupled to the vehicle or a central computer coupled to the sensor array via a network to align a lifting element of the vehicle with entry points for a pallet or a shelf within the rack system; and engaging or disengaging the object load with the aligned lifting element. analysing a plurality of objects that are placed throughout the physical environment by processing data that is transmitted from a sensor array attached to a lift carriage of the vehicle; characterised in that the method further comprises: executing an object recognition process on the sensor array data to identify the rack system by comparing rack system models with the sensor array data; utilising the rack system identification and a software module resident on a mobile computer coupled to the vehicle or a central computer coupled to the sensor array via a network to align a lifting element of the vehicle with entry points for a pallet or a shelf within the rack system; and engaging or disengaging the object load with the aligned lifting element. executing an object recognition process on the sensor array data to identify the rack system by comparing rack system models with the sensor array data; utilising the rack system identification and a software module resident on a mobile computer coupled to the vehicle or a central computer coupled to the sensor array via a network to align a lifting element of the vehicle with entry points for a pallet or a shelf within the rack system; and engaging or disengaging the object load with the aligned lifting element.
Method of controlling the process parameters of a machine intended for producing hollow glass articles, wherein the shape of the hollow glass article produced is measured on-line immediately after shaping thereof, wherein the measurement is conducted by means of a plurality of cameras which are arranged distributed uniformly about the hollow glass article standing on a conveyor belt, wherein deviations with respect to a reference shape are detected and wherein the control procedure is based upon these deviations, characterised in that the control procedure is based upon storage medium which contains a mechanical model which describes the deformation behaviour of the hollow glass article and depicts the functional correlation between a specific pattern of a deformation of the hollow glass article and a setting of process parameters, and in that an intervention in the settings of process parameters is effected in accordance with the type of deformations detected.
A hot rolled steel sheet having a chemical composition consisting of, by mass%, C: 0.060% to 0.120%; Si 0.10% to 0.70%; Mn: 1.00% to 1.80%; P: 0.10% or less; S: 0.010% or less; Al: 0.01% to 0.10%; N: 0.010% or less; Nb: 0.010% to 0.100%, optionally at least one element selected from Ti: less than 0.05%, V: 0.10% or less, Cr: 0.50% or less, Mo: 0.50% or less, Cu: 0.50% or less, Ni: 0.50% or less, B: 0.0030% or less, Ca: 0.001% to 0.005%, and REM: 0.001% to 0.005%; and the balance being Fe and incidental impurities, wherein Nb is included so that content of solute Nb is 25% or more relative to the total Nb content, and wherein the steel sheet further has a microstructure with complex phase consisting of ferrite with an average crystal grain diameter of not more than 15 μm at a volume fraction of not less than 75% and 99% or less with respect to the total microstructure of the steel sheet, the balance being a low-temperature-induced phase selected from at least one of pearlite, martensite, bainite, retained austenite and spheroidized cementite. wherein Nb is included so that content of solute Nb is 25% or more relative to the total Nb content, and wherein the steel sheet further has a microstructure with complex phase consisting of ferrite with an average crystal grain diameter of not more than 15 μm at a volume fraction of not less than 75% and 99% or less with respect to the total microstructure of the steel sheet, the balance being a low-temperature-induced phase selected from at least one of pearlite, martensite, bainite, retained austenite and spheroidized cementite.
A polymeric aminoacrylate comprising moieties of poly(alkylene glycol) diacrylate and moieties of bireactive amine, wherein the poly(alkylene oxide) cores of the poly(alkylene glycol) diacrylate moieties have the formula:(C n H 2n O) x, where n is 1 to 6 and x is 4 to 50, and wherein the bireactive amine moieties are selected from primary alkyl amines, primary alkanolamines, primary alkoxyamines, primary alkylamines substituted with tertiary amine, primary alkylamines substituted with aryl, heterocyclic amines having two secondary amine groups, and combinations thereof.
A method for producing chlorinated polyvinyl chloride resin in which polyvinyl chloride resin is chlorinated by radiating ultraviolet light in a reactor into which polyvinyl chloride resin and chlorine have been introduced, wherein the radiation of the ultraviolet light is performed by using at least one light source selected from the group consisting of an ultraviolet LED, an organic EL and an inorganic EL, the light source is disposed within the reactor, at least one radiation direction of the ultraviolet light is within a range of 30° or more and 115° or less with respect to a stirring direction of polyvinyl chloride resin, and an amount of ultraviolet light radiated within the range of 30° or more and 115° or less with respect to the stirring direction of polyvinyl chloride resin is 24% or more based on a total amount of ultraviolet light radiated from the light source taken as 100%.
A process for drying of timber, comprising the steps; a) heating a first batch of timber in a first chamber under conditions of moist heat, wherein a moist and heated first batch of timber is obtained, b) drying the moist and heated first batch of timber in a second chamber under conditions of dry heat, wherein a dry and heated first batch of timber is obtained, wherein the chamber in step (b) can be the same or a different chamber than in step (a), wherein step (a) preferably comprises introducing moist hot air into the chamber, wherein during drying step (b) an exhaust stream of moist hot air is removed from the second chamber containing the first batch of timber and wherein at least a portion of said exhaust stream of moist hot air is passed into the first chamber containing a second batch of timber for heating said second batch of timber under conditions of moist heat, characterized in that additional heat can be introduced into the first chamber containing the second batch of timber when heating the batch of timber under conditions of moist heat. a) heating a first batch of timber in a first chamber under conditions of moist heat, wherein a moist and heated first batch of timber is obtained, b) drying the moist and heated first batch of timber in a second chamber under conditions of dry heat, wherein a dry and heated first batch of timber is obtained, wherein the chamber in step (b) can be the same or a different chamber than in step (a),
An electric motor cooling system comprising: a housing supporting a stator, wherein the stator includes first and second axial sides, the stator is provided by windings that include end turns, and the stator includes axially extending slots that provide cooling channels arranged between the stator and a housing portion; a first cooling source providing a first cooling flow; a second cooling source providing a second cooling flow; wherein the second cooling source is at a higher pressure than the first cooling source, resulting in a differential pressure; a rotor supported for rotation relative the stator; a circumferential gap provided between the rotor and stator; a journal bearing which supports the rotor relative to the housing; a seal arranged between the housing and the stator, the seal providing a cavity at the first axial side, the cavity in fluid communication with the gap; and a seal assembly arranged between the housing and the rotor and arranged upstream from the seal; wherein the first cooling flow flows through an inlet into the slots and exits an outlet, wherein the second axial side is provided with the lower pressure first cooling flow from the first cooling source, and wherein the second cooling flow is provided to the journal bearing, flows through the journal bearing and past the seal assembly into the cavity, through the cavity and into the gap for cooling the rotor, wherein the differential pressure across the first and second axial sides moves the second cooling flow from the cavity to the second axial side. a housing supporting a stator, wherein the stator includes first and second axial sides, the stator is provided by windings that include end turns, and the stator includes axially extending slots that provide cooling channels arranged between the stator and a housing portion; a first cooling source providing a first cooling flow; a second cooling source providing a second cooling flow; wherein the second cooling source is at a higher pressure than the first cooling source, resulting in a differential pressure; a rotor supported for rotation relative the stator; a circumferential gap provided between the rotor and stator; a journal bearing which supports the rotor relative to the housing; a seal arranged between the housing and the stator, the seal providing a cavity at the first axial side, the cavity in fluid communication with the gap; and a seal assembly arranged between the housing and the rotor and arranged upstream from the seal; wherein the first cooling flow flows through an inlet into the slots and exits an outlet, wherein the second axial side is provided with the lower pressure first cooling flow from the first cooling source, and wherein the second cooling flow is provided to the journal bearing, flows through the journal bearing and past the seal assembly into the cavity, through the cavity and into the gap for cooling the rotor, wherein the differential pressure across the first and second axial sides moves the second cooling flow from the cavity to the second axial side.
A control method for controlling a series hybrid vehicle having a drive motor and an internal combustion engine supported in a vehicle body via a plurality of mount members in an integrated state, the method using a controller comprising: driving an electric power generation motor by motive power of the internal combustion engine to generating electric power by the electric power generation motor; using the electric power generated to drive the drive motor to drive a drive wheel; and generate a regenerative torque by the drive motor in response to a deceleration request during deceleration, characterized in that the regenerative torque is generated by the drive motor such that an upper limit of the regenerative torque is restricted to a magnitude at which a floor vibration generation region, which is an engine rotational speed region where resonance occurs on the vehicle body floor and is determined based on the regenerative torque, is lower than an upper limit rotational speed of the internal combustion engine when the electric power generation motor generates the electric power in a state where the regenerative torque is generated. driving an electric power generation motor by motive power of the internal combustion engine to generating electric power by the electric power generation motor; using the electric power generated to drive the drive motor to drive a drive wheel; and generate a regenerative torque by the drive motor in response to a deceleration request during deceleration, characterized in that the regenerative torque is generated by the drive motor such that an upper limit of the regenerative torque is restricted to a magnitude at which a floor vibration generation region, which is an engine rotational speed region where resonance occurs on the vehicle body floor and is determined based on the regenerative torque, is lower than an upper limit rotational speed of the internal combustion engine when the electric power generation motor generates the electric power in a state where the regenerative torque is generated.
Fluid degasification device for degasification of resins, having a fluid supply element for supplying the resin, a fluid discharge element for discharging the resin, characterised by a first chamber into which the resin is supplied by the resin supply element and which has at least a first structural element which is constructed as a non-woven fabric for destroying bubbles in the resin and through which the resin is directed between the supply element and the discharge element, a second chamber which adjoins the first chamber and which has at least a second structural element which is constructed as a grid and by means of which the resin is directed, and a third chamber which adjoins the second chamber and which has at least one convex element as a profile element and via which the resin flows between the supply element and the discharge element.
A loudspeaker system comprising: a driver array; and a base unit including a bass enclosure and a dock, the dock being arranged to directly support the driver array in a recess in the base unit, external to the bass enclosure, in a first configuration, and the dock being arranged to support an extension leg in the recess in a second configuration, the extension leg supporting the driver array at an elevation above the base unit, characterised in that the driver array is operable to output acoustic energy in both the first and the second configuration. a driver array; and a base unit including a bass enclosure and a dock, the dock being arranged to directly support the driver array in a recess in the base unit, external to the bass enclosure, in a first configuration, and the dock being arranged to support an extension leg in the recess in a second configuration, the extension leg supporting the driver array at an elevation above the base unit, characterised in that the driver array is operable to output acoustic energy in both the first and the second configuration.
A cosmetic dispenser for applying a product to a body comprising: a housing having a reservoir for containing the product; a collar fixed to a first end of the housing, the collar having a seal surface arranged around a perimeter of an aperture interconnected with the reservoir containing the product; an inner collar fixed distal to the housing inside the collar; and a thermal applicator depressibly coupled in the collar, the thermal applicator having a planar bottom surface and being configured for transferring heat energy to or from skin, the thermal applicator being depressible from a closed position preventing the product from being dispensed to an open position allowing the product to be dispensed, wherein: when in the closed position, the thermal applicator is disposed proximate to or abuts the seal surface of the collar and closes the aperture and seals the reservoir, and when in the open position, the thermal applicator is disposed away from the seal surface of the collar and opens the aperture and provides for dispensing the product from the reservoir to the thermal applicator to apply the product to a portion of the body, and the planar bottom surface of the thermal applicator abuts a first end of the inner collar. a housing having a reservoir for containing the product; a collar fixed to a first end of the housing, the collar having a seal surface arranged around a perimeter of an aperture interconnected with the reservoir containing the product; an inner collar fixed distal to the housing inside the collar; and a thermal applicator depressibly coupled in the collar, the thermal applicator having a planar bottom surface and being configured for transferring heat energy to or from skin, the thermal applicator being depressible from a closed position preventing the product from being dispensed to an open position allowing the product to be dispensed, wherein: when in the closed position, the thermal applicator is disposed proximate to or abuts the seal surface of the collar and closes the aperture and seals the reservoir, and when in the open position, the thermal applicator is disposed away from the seal surface of the collar and opens the aperture and provides for dispensing the product from the reservoir to the thermal applicator to apply the product to a portion of the body, and the planar bottom surface of the thermal applicator abuts a first end of the inner collar. when in the closed position, the thermal applicator is disposed proximate to or abuts the seal surface of the collar and closes the aperture and seals the reservoir, and when in the open position, the thermal applicator is disposed away from the seal surface of the collar and opens the aperture and provides for dispensing the product from the reservoir to the thermal applicator to apply the product to a portion of the body, and the planar bottom surface of the thermal applicator abuts a first end of the inner collar.
A method of detecting a disease-specific marker using self-amplification of a detection signal, the method comprising: (a) a step of simultaneously inducing an antigen-antibody immune reaction and an Au particle formation reaction by reduction of Au ions in an assay solution by: to a pre-assay solution comprising protein particles exposing an antibody or antigen for detection of a disease-specific marker and a tag capable of adsorbing Au ions on surfaces of the protein particles, free Au ions, and Au ions adsorbed to the tag, adding a sample, which contains a disease-specific antigen or antibody binding specifically to the antibody or the antigen, and a reducing agent; and (b) a step of confirming the presence or absence of a disease-specific marker by a chromogenic reaction through the Au particle formation. (a) a step of simultaneously inducing an antigen-antibody immune reaction and an Au particle formation reaction by reduction of Au ions in an assay solution by: to a pre-assay solution comprising protein particles exposing an antibody or antigen for detection of a disease-specific marker and a tag capable of adsorbing Au ions on surfaces of the protein particles, free Au ions, and Au ions adsorbed to the tag, adding a sample, which contains a disease-specific antigen or antibody binding specifically to the antibody or the antigen, and a reducing agent; and (b) a step of confirming the presence or absence of a disease-specific marker by a chromogenic reaction through the Au particle formation.
Computer-implemented method for networking a first WebRTC-based communication platform with at least one load balancer, at least one Telephony Connector, TC and a UCC, Unified Communication and Collaboration, Connector with a second SIP-based communication platform on which UCC web services are provided and which communicates with at least one UCC client via WSI, Web Service Interface, and at least one PBX, the method comprising the following steps: - Registering at least one WebRTC client via the UCC Connector of the first communication platform; - Establishing a SIP trunk communication link between the LB and the TC of the first communication platform and a UCC web service provided on the second communication platform, wherein a SIP Notify message is used transmitting WSI in XML so as to provide a WSI over SIP link. - Registering at least one WebRTC client via the UCC Connector of the first communication platform; - Establishing a SIP trunk communication link between the LB and the TC of the first communication platform and a UCC web service provided on the second communication platform, wherein a SIP Notify message is used transmitting WSI in XML so as to provide a WSI over SIP link.
An offshore supporting structure for a wind energy plant, with one or more fastening means (2a, 2b, 2c, 2d, 2e, 2f) for fastening the supporting structure to the bed of a body of water, a receiving means for receiving a tower shaft of the wind energy plant, and a supporting portion, which has an underwater region and an above-water region and comprises one or more supporting struts, wherein the supporting struts connect the receiving means to the fastening means (2a, 2b, 2c, 2d, 2e, 2f), wherein one or more supporting struts in the underwater region and one or more supporting struts in the above-water region are coated at least in portions with a multi-layered protective coating, wherein the protective coating has at least one polymer layer, preferably a two-component polymer layer, wherein the polymer layer comprises polyurethane or is formed substantially completely of polyurethane, and wherein in the above-water region an outer paint layer is applied at least in portions to the multi-layered protective coating, wherein the outer paint layer has coloured pigments.
A blood glucose measurement method of automatically determining a blood glucose unit, the blood glucose measurement method comprising: detecting a change in country information of a blood glucose measurement device by monitoring at least one of a user input and a region in which the blood glucose measurement device is positioned; in response to detecting the change in the country information, determining a blood glucose unit corresponding to new country information, and providing blood glucose data measured with respect to a user using the determined blood glucose unit, characterized in that the determining comprises: obtaining a target blood glucose value from the user input; and determining the blood glucose unit based on the obtained target blood glucose value. detecting a change in country information of a blood glucose measurement device by monitoring at least one of a user input and a region in which the blood glucose measurement device is positioned; in response to detecting the change in the country information, determining a blood glucose unit corresponding to new country information, and providing blood glucose data measured with respect to a user using the determined blood glucose unit, characterized in that the determining comprises: obtaining a target blood glucose value from the user input; and determining the blood glucose unit based on the obtained target blood glucose value.