mhurhangee/ep-ind-claims huggingface dataset:
Cooking device, comprising at least one hob having at least one hot plate, and having at least one heating device provided for heating at least one cooking region, and having at least one sensor device for measuring at least one physical variable that characterises a state of the cooking region, and having at least one support device that is suitable and designed for positioning at least one food container, the sensor device being arranged at least in part below the support device when the hob is installed, the support device being formed as a glass ceramic plate, the sensor device measuring heat radiation in a measurement region that, in the installed position of the cooking device, is provided above the sensor device and extends upwards through the glass ceramic plate as far as the food container and beyond if no food container is placed there, the sensor device comprising at least one sensor unit and at least one thermal compensation device, and the sensor unit being arranged at least in part on the thermal compensation device in a thermally conductive manner, characterised in that the sensor device comprises at least one radiation source that is suitable and designed for transmitting a signal, in particular in the infrared light and/or visible light wavelength range, and in that the radiation source is arranged on the thermal compensation device in a thermally conductive manner.
A beverage preparation capsule comprising a hollow body suitable for containing a beverage preparation ingredient, the hollow body having a top end for receiving liquid into the hollow body, a bottom end for dispensing the beverage from the hollow body, and at least one side wall between the top and bottom ends, the bottom end being in fluid communication with the top end; and a sheet of filter material extending from a first position on a side wall to a second position on a side wall, wherein said first position is relatively closer to the top end of the hollow body and the second position is relatively closer to the bottom end of the hollow body, such that the sheet of filter material extends across the inside of the hollow body at an incline relative to the side wall, characterised in that the sheet of filter material is a single sheet of non-folded material.
Method for determination of the physical and/or psychological state of a subject, in that the heart rate variability of the subject is subjected to analysis in the time domain, during which analysis at least one frequency distribution of interbeat intervals recorded during at least one examination time period is investigated in the time domain, characterized in that the at least one frequency distribution is investigated with regard to a multimodal distribution in the time domain.
Method for producing an emergency brake cylinder comprising an emergency body, a service body and an adapter plate, used in air brake systems for heavy weight vehicles, providing a non-detachable body connection to connect the emergency body to the service body with the adapter plate in between by using a connection ring, characterized by comprising the steps of, • Placing the adapter plate to a lower mould together with an emergency chamber after inner accessories for said emergency chamber have been mounted, • Placing the connection ring onto a service chamber after inner accessories of said service chamber have been mounted, • Placing the service chamber, on which the connection clamp is placed, onto an upper mould, • Placing a diaphragm onto the adapter plate, • Mounting the service chamber over the diaphragm located on the emergency chamber and adapter plate, and • Bending and shaping the connection ring over the emergency and service bodies by applying a force on said ring by means of the upper mould. • Placing the adapter plate to a lower mould together with an emergency chamber after inner accessories for said emergency chamber have been mounted, • Placing the connection ring onto a service chamber after inner accessories of said service chamber have been mounted, • Placing the service chamber, on which the connection clamp is placed, onto an upper mould, • Placing a diaphragm onto the adapter plate, • Mounting the service chamber over the diaphragm located on the emergency chamber and adapter plate, and • Bending and shaping the connection ring over the emergency and service bodies by applying a force on said ring by means of the upper mould.
A phase change memory device (300, 370, 400) comprising: a first electrode (306, 374, 404) and a second electrode (310, 376, 406); and a body of phase change memory material (302, 372, 402) between the first electrode (306, 374, 404) and the second electrode (310, 376, 406), characterized in that the body of phase change memory material (302, 372, 402) comprises a combination of Ga, Sb and Ge in amounts effective to provide a crystallization transition temperature greater than to 360 °C. a first electrode (306, 374, 404) and a second electrode (310, 376, 406); and a body of phase change memory material (302, 372, 402) between the first electrode (306, 374, 404) and the second electrode (310, 376, 406), characterized in that the body of phase change memory material (302, 372, 402) comprises a combination of Ga, Sb and Ge in amounts effective to provide a crystallization transition temperature greater than to 360 °C.
Construction machine (1, 3), the construction machine (1, 3) being a feeder vehicle or a road finisher, and the construction machine (1, 3) comprising an operating platform, a material hopper, a conveyor belt system and an electronic control system, wherein the conveyor belt system comprises a conveyor belt and one or more weight sensors which are configured to measure the weight force of the paving material located on the conveyor belt, and one or more inclination sensors which are configured to measure an inclination angle (α) and/or a roll angle (β) of the conveyor belt system, characterized in that the electronic control system is configured to receive and process data from the weight sensors and the inclination sensors to calculate a mass of the paving material, wherein the electronic control system is configured to calculate a mass per area on the basis of the determined mass of the processed paving material and the width and length of the laid road surface, and the electronic control system is configured to calculate a demand for paving material on the basis of the determined mass per area of the laid road surface and known dimensions (B1, L1) of an area still to be asphalted. wherein the electronic control system is configured to calculate a mass per area on the basis of the determined mass of the processed paving material and the width and length of the laid road surface, and the electronic control system is configured to calculate a demand for paving material on the basis of the determined mass per area of the laid road surface and known dimensions (B1, L1) of an area still to be asphalted.
An aircraft fuel tank inerting system, comprising: at least one fuel tank (14, 16, 18); at least one surge tank (20, 22); an inert air assembly; at least one fluid valve (24, 26, 28) in fluid communication with the at least one fuel tank (14, 16, 18), the at least one surge tank (20, 22), and the inert air assembly; and an electronic control unit; wherein the electronic control unit is configured to control the at least one fluid valve (24, 26, 28) to provide inert air from the inert air assembly selectively to either one of the at least one fuel tank or the at least one surge tank; characterized in that: the electronic control unit further is configured to close the at least one fluid valve (24, 26, 28) if the electronic control unit determines that the aircraft to which the electronic control unit is connected is on the ground. at least one fuel tank (14, 16, 18); at least one surge tank (20, 22); an inert air assembly; at least one fluid valve (24, 26, 28) in fluid communication with the at least one fuel tank (14, 16, 18), the at least one surge tank (20, 22), and the inert air assembly; and an electronic control unit; wherein the electronic control unit is configured to control the at least one fluid valve (24, 26, 28) to provide inert air from the inert air assembly selectively to either one of the at least one fuel tank or the at least one surge tank; characterized in that: the electronic control unit further is configured to close the at least one fluid valve (24, 26, 28) if the electronic control unit determines that the aircraft to which the electronic control unit is connected is on the ground.
A polypropylene homopolymer with a melting point of less than 147°C, a percentage of 2,1 errors of at least 1% and a xylene soluble fraction of less than 0.5 wt%, both as measured according to the description.
A casting installation comprising: a casting unit comprising an accommodation unit configured to accommodate molten steel and solidify the molten steel, a drawing machine configured to draw a slab downward from the accommodation unit, and a guide roll configured to guide the slab, which is drawn from the accommodation unit and solidified, to a lower side, the casting unit configured to cast the molten steel into the slab; and a solidification unit separated from the casting unit and disposed to be spaced apart from a side surface of the casting unit, the solidification unit receiving the slab cast in the casting unit to induce the solidification, wherein the solidification unit comprising: a support unit disposed on at least any one place of sides of the slab to support the slab; and a first quality controller provided on an outside of the slab to induce solidification of the slab. a casting unit comprising an accommodation unit configured to accommodate molten steel and solidify the molten steel, a drawing machine configured to draw a slab downward from the accommodation unit, and a guide roll configured to guide the slab, which is drawn from the accommodation unit and solidified, to a lower side, the casting unit configured to cast the molten steel into the slab; and a solidification unit separated from the casting unit and disposed to be spaced apart from a side surface of the casting unit, the solidification unit receiving the slab cast in the casting unit to induce the solidification, wherein the solidification unit comprising: a support unit disposed on at least any one place of sides of the slab to support the slab; and a first quality controller provided on an outside of the slab to induce solidification of the slab. a support unit disposed on at least any one place of sides of the slab to support the slab; and a first quality controller provided on an outside of the slab to induce solidification of the slab.
Stereolithography apparatus, comprising: - a base part, - a lid coupled to the base part movably between a closed position and an open position, said lid having an inside, - a fixed vat or a holder for receiving a removable vat for holding resin for use in a stereolithographic 3D printing process, - a build platform, - a moving mechanism configured to move said build platform in a working movement range between a first extreme position proximal to said fixed or removable vat and a second extreme position distant from said fixed or removable vat, - a working region between a bottom of said fixed or removable vat and said second extreme position of said build platform, - an optical imaging detector having a field of view, installed on the inside of the lid and directed so that at least a part of said working region is within said field of view when said lid is in said closed position and said optical imaging detector is consequently in an operating position, and - a controller (502, 2001) coupled to said optical imaging detector for receiving optical image data from said optical imaging detector, wherein said controller (502, 2001) is configured to use said optical image data in controlling operation of the stereolithography apparatus. - a base part, - a lid coupled to the base part movably between a closed position and an open position, said lid having an inside, - a fixed vat or a holder for receiving a removable vat for holding resin for use in a stereolithographic 3D printing process, - a build platform, - a moving mechanism configured to move said build platform in a working movement range between a first extreme position proximal to said fixed or removable vat and a second extreme position distant from said fixed or removable vat, - a working region between a bottom of said fixed or removable vat and said second extreme position of said build platform, - an optical imaging detector having a field of view, installed on the inside of the lid and directed so that at least a part of said working region is within said field of view when said lid is in said closed position and said optical imaging detector is consequently in an operating position, and - a controller (502, 2001) coupled to said optical imaging detector for receiving optical image data from said optical imaging detector,
A coordination complex, comprising: a first biologically active moiety; a second biologically active moiety; and a metal; wherein the first biologically active moiety and second biologically active moiety are each bound to the metal by at least one binding site, wherein the first biologically active moiety and second biologically active moiety are different, wherein the first biologically active moiety and the second biologically active moiety both have a biological effect on a target tissue, wherein the first and second biologically active moieties are SAHA and mercaptopurine. a first biologically active moiety; a second biologically active moiety; and a metal; wherein the first biologically active moiety and second biologically active moiety are each bound to the metal by at least one binding site, wherein the first biologically active moiety and second biologically active moiety are different, wherein the first biologically active moiety and the second biologically active moiety both have a biological effect on a target tissue, wherein the first and second biologically active moieties are SAHA and mercaptopurine.
A control device that controls a plurality of facility devices (5a-5h), the control device characterized by comprising: a communicator that receives control information from each of the plurality of facility devices (5a-5h); a control determiner that outputs a control information request for collectively obtaining pieces of the control information of the plurality of facility devices (5a-5h) in accordance with a predetermined control algorithm, the control information request containing a condition of the facility devices (5a-5h) to be included in a possessing device group of facility devices possessing the control information to be obtained, and a kind of the control information to be obtained; a connection relationship manager that manages information on a connection relationship among the plurality of facility devices (5a-5h); a connection route database that stores information on a connection route from a reference device in the plurality of facility devices (5a-5h) to another facility device (5a-5h); a device grouper that creates the possessing device group based on the connection route database, and information managed by the connection relationship manager, in accordance with a group creation instruction based on the control information request; and an information collective obtainer that obtains the control information of the facility devices (5a-5h) in the possessing device group through the communicator, and that creates a data array of the obtained control information. a communicator that receives control information from each of the plurality of facility devices (5a-5h); a control determiner that outputs a control information request for collectively obtaining pieces of the control information of the plurality of facility devices (5a-5h) in accordance with a predetermined control algorithm, the control information request containing a condition of the facility devices (5a-5h) to be included in a possessing device group of facility devices possessing the control information to be obtained, and a kind of the control information to be obtained; a connection relationship manager that manages information on a connection relationship among the plurality of facility devices (5a-5h); a connection route database that stores information on a connection route from a reference device in the plurality of facility devices (5a-5h) to another facility device (5a-5h); a device grouper that creates the possessing device group based on the connection route database, and information managed by the connection relationship manager, in accordance with a group creation instruction based on the control information request; and an information collective obtainer that obtains the control information of the facility devices (5a-5h) in the possessing device group through the communicator, and that creates a data array of the obtained control information.
A method for processing a service connection in a communication network, comprising: A. determining, in response to a establishment request for said service connection from a user equipment, UE, whether the service corresponding to said establishment request is a sponsored service, wherein said sponsored service is provided by a third party application provider; B. sending a validating request for said sponsored service to said third party application provider, if the service corresponding to said establishment request is a sponsored service and C. controlling said sponsored service connection according to the information related to said sponsored service, if receiving a successful acknowledgment corresponding to said validating request; wherein said related information is acquired from said third party application provider. A. determining, in response to a establishment request for said service connection from a user equipment, UE, whether the service corresponding to said establishment request is a sponsored service, wherein said sponsored service is provided by a third party application provider; B. sending a validating request for said sponsored service to said third party application provider, if the service corresponding to said establishment request is a sponsored service and C. controlling said sponsored service connection according to the information related to said sponsored service, if receiving a successful acknowledgment corresponding to said validating request; wherein said related information is acquired from said third party application provider.
Adjustment mechanism, in particular tilting mechanism, for a wiper system or windscreen wiper device of a means of transportation or vehicle, in particular for a rear window or windscreen of a motor vehicle, having a windscreen wiper which can be driven by a drive journal, wherein the adjustment mechanism is arranged between the drive journal and the windscreen wiper in an assembled state of the windscreen wiper, wherein a tilting angle (β) of the windscreen wiper can be set on a window by means of the adjustment mechanism, characterized in that the adjustment mechanism has an actuating mounting by means of which the tilting movement of the windscreen wiper can be carried out on the window, wherein the actuating mounting is designed to be movable preferably together with the windscreen wiper depending on the wiping angle (α), and the actuating mounting has a bearing on/in the windscreen wiper and a counterbearing on/in a tilting element of the windscreen wiper.
An in vitro method for detecting one or more analytes using surface enhanced Raman spectroscopy (SERS), comprising - contacting the one or more analytes with a conjugate comprising at least one analyte binding molecule attached to a metal substrate surface that enhances Raman scattering via a Raman-active molecular linker; and - detecting peak shifts in the surface enhanced Raman spectrum from said conjugate as an indication of the analyte binding event. - contacting the one or more analytes with a conjugate comprising at least one analyte binding molecule attached to a metal substrate surface that enhances Raman scattering via a Raman-active molecular linker; and - detecting peak shifts in the surface enhanced Raman spectrum from said conjugate as an indication of the analyte binding event.
A method of wireless communication of a user equipment, UE, comprising: providing a capability-type indication for each of one or more UE capabilities to a serving base station with which the UE is associated, each indication corresponding to a capability type, the type being one of a first-type, non-persistent capability or a second-type, persistent capability, wherein a non-persistent capability differs from a persistent capability in that the change of a non-persistent capability does not involve core network elements and tearing down an RRC connection and creating an RRC connection; and providing a capability-change indication to the serving base station for each of one or more UE capabilities of the first-type that has changed, wherein the capability-change indication is provided to the serving base station without involving core network elements, without tearing down an established RRC connection between the UE and the serving base station and without creating a new RRC connection, wherein the capability-change indication comprises delta updates of information element branches corresponding to the changed one or more UE capabilities in an information element tree. providing a capability-type indication for each of one or more UE capabilities to a serving base station with which the UE is associated, each indication corresponding to a capability type, the type being one of a first-type, non-persistent capability or a second-type, persistent capability, wherein a non-persistent capability differs from a persistent capability in that the change of a non-persistent capability does not involve core network elements and tearing down an RRC connection and creating an RRC connection; and providing a capability-change indication to the serving base station for each of one or more UE capabilities of the first-type that has changed, wherein the capability-change indication is provided to the serving base station without involving core network elements, without tearing down an established RRC connection between the UE and the serving base station and without creating a new RRC connection,
A maintenance frame, suitable for lifting at least an end unit of a chromatography column via an adapter rod of the column, the frame comprising: at least two legs; a support arrangement connected to said at least two legs; a holder means connected to said support arrangement; wherein said holder means is arranged to releasably hold the adaptor rod of the chromatography column, so that the adaptor rod is prevented to move in a horizontal direction and so the adaptor rod is allowed to move in a vertical direction for said lifting; and wherein: a stopper means is arranged on the support arrangement, characterized in that the stopper means is adapted to interact with an axial groove in the adaptor rod, so that the adaptor rod is prevented from pivoting in said holder means. at least two legs; a support arrangement connected to said at least two legs; a holder means connected to said support arrangement; wherein said holder means is arranged to releasably hold the adaptor rod of the chromatography column, so that the adaptor rod is prevented to move in a horizontal direction and so the adaptor rod is allowed to move in a vertical direction for said lifting; and wherein: a stopper means is arranged on the support arrangement, characterized in that the stopper means is adapted to interact with an axial groove in the adaptor rod, so that the adaptor rod is prevented from pivoting in said holder means.