mhurhangee/ep-ind-claims huggingface dataset:
Arrangement with at least one angular built-in part and at least one fixing for built-in parts in reinforcements, which has at least one traverse with at least four fixing bars arranged approximately perpendicularly and firmly connected to the traverse, wherein at least four fixing bars protrude on the same side over the traverse, so that the angular built-in part is slid in angularly in such manner that in the mounted position, it has an angle between two consecutive fixing bars, and is held in the fixing, defined by four fixing bars arranged with the right spacing, without additional fixing means, immovably and securely and firmly anchored at the defined position..
A method for optimizing auxiliary loads of a wind farm comprising a plurality of wind turbines, the method comprising: tracking, via a farm-level controller of the wind farm, operational usage for one or more auxiliary components of at least one of the plurality of wind turbines in the wind farm, the operational usage for the one or more auxiliary components placing a load on the one or more auxiliary components; determining, via the farm-level controller, a power consumption of the load induced on the one or more auxiliary components based on the operational usage; receiving, via the farm-level controller, at least one additional parameter of the wind farm; and, implementing, via the farm-level controller, a control command for one or more of the one or more auxiliary components based on the power consumption and the at least one additional parameter; wherein implementing the control command for one or more of the one or more auxiliary components based on the power consumption and the at least one additional parameter further comprises: when at least one of the plurality of wind turbines is operating at rated power, reducing the load induced on the one or more auxiliary components including reducing rather than turning off a yaw system by avoiding yawing at rated power. tracking, via a farm-level controller of the wind farm, operational usage for one or more auxiliary components of at least one of the plurality of wind turbines in the wind farm, the operational usage for the one or more auxiliary components placing a load on the one or more auxiliary components; determining, via the farm-level controller, a power consumption of the load induced on the one or more auxiliary components based on the operational usage; receiving, via the farm-level controller, at least one additional parameter of the wind farm; and, implementing, via the farm-level controller, a control command for one or more of the one or more auxiliary components based on the power consumption and the at least one additional parameter; wherein implementing the control command for one or more of the one or more auxiliary components based on the power consumption and the at least one additional parameter further comprises: when at least one of the plurality of wind turbines is operating at rated power, reducing the load induced on the one or more auxiliary components including reducing rather than turning off a yaw system by avoiding yawing at rated power.
Method for collision monitoring for a periodically moving, electrically driven component of a container handling machine with another component or a container, wherein a limit value for a measured variable that is indicative of a collision between the movable component and the other component or the container is stipulated that, when exceeded, prompts the drive of the component to be shut down, characterized in that the limit value for the measured variable is determined dynamically for a current period of the movement of the component on the basis of the measured variable measured during a preceding period.
A process for the production of ethylene carbonate and/or ethylene glycol comprising: contacting at least a portion of a recycle gas stream comprising an alkyl iodide impurity, comprising methyl iodide and/or ethyl iodide, with a guard bed material to yield a treated recycle gas stream, wherein the guard bed material comprises a spherical support material having a diameter of less than 2 mm, and deposited on the spherical support material, silver in an amount of from 2% to 10% by weight; contacting an epoxidation feed gas comprising ethylene, oxygen and at least a portion of the treated recycle gas stream with an epoxidation catalyst to yield an epoxidation reaction product comprising ethylene oxide and carbon dioxide; and contacting at least a portion of the epoxidation reaction product comprising ethylene oxide and carbon dioxide with a lean absorbent in the presence of an iodide-containing carboxylation catalyst to yield a fat absorbent stream comprising ethylene carbonate and/or ethylene glycol and the recycle gas stream comprising the alkyl iodide impurity. contacting at least a portion of a recycle gas stream comprising an alkyl iodide impurity, comprising methyl iodide and/or ethyl iodide, with a guard bed material to yield a treated recycle gas stream, wherein the guard bed material comprises a spherical support material having a diameter of less than 2 mm, and deposited on the spherical support material, silver in an amount of from 2% to 10% by weight; contacting an epoxidation feed gas comprising ethylene, oxygen and at least a portion of the treated recycle gas stream with an epoxidation catalyst to yield an epoxidation reaction product comprising ethylene oxide and carbon dioxide; and contacting at least a portion of the epoxidation reaction product comprising ethylene oxide and carbon dioxide with a lean absorbent in the presence of an iodide-containing carboxylation catalyst to yield a fat absorbent stream comprising ethylene carbonate and/or ethylene glycol and the recycle gas stream comprising the alkyl iodide impurity.
An apparatus comprising: a container defining a cavity, the cavity comprising at least one side and a bottom surface, the container comprising: an upper portion having an upper surface; a wall portion defining the at least one side of the cavity; and at least one bottom portion defining the bottom surface of the cavity; and a plurality of fanciful elements removably and loosely distributed within the cavity, each of the plurality of fanciful elements being granular, each of the plurality of fanciful elements having a coating, the coating being configured to reduce friction therebetween and to enable the plurality of fanciful elements to substantially fluidly displace when a user inserts a body part therein; characterised in that the apparatus further comprises: an impact absorbing lining on the bottom of the cavity defining an impact-absorbing surface; and a covering disposed over the impact-absorbing surface and configured to prevent the plurality of fanciful elements from interfering with the impact absorbing lining. an upper portion having an upper surface; a wall portion defining the at least one side of the cavity; and at least one bottom portion defining the bottom surface of the cavity; and an impact absorbing lining on the bottom of the cavity defining an impact-absorbing surface; and a covering disposed over the impact-absorbing surface and configured to prevent the plurality of fanciful elements from interfering with the impact absorbing lining.
A client premises equipment, thin CPE, adapted to receive a multimedia content data flow from a provider server and a data flow using a remote communication protocol from a virtual customer premises equipment, virtual CPE, via a network node and a telecommunications network; characterised in that the client premises equipment CPE includes a secondary graphic client module adapted to generate real time bitmap data corresponding to the data flow received from the virtual customer premises equipment; and a decoding module adapted to decode the received multimedia content data flow, wherein the decoded signal is mixed with the bitmap data for supplying blended image to a display screen by a secondary interface.
A method for authorizing a communication between a portable electronic device and an external communication device, the portable electronic device including means (14, 15) for presenting a first piece of information visible on the outside and means of communication, the information being at least partly taken into account by the portable electronic device in order to authorize the communication with the external communication device, the method comprising a step of optical reading of the information by the external communication device, the external communication device supplying the portable electronic device with a second piece of information based at least partly on said first piece of information and the portable electronic device performing a step of comparison with the second piece of information in order to authorize said communication, characterized in that the method comprises a variation step causing said first piece of information to be varied by the portable device, said first piece of information being a variable piece of information.
Breathable multilayer synthetic leather composed of a composite material of individual layers at least comprising a facing-side surface layer and at least one base layer disposed below the surface layer, each of which layers is formed with traversing pores which are permeable for gas and water vapour, where at least the base layers contain dyes and/or pigments and are coloured accordingly, characterized in that the at least one base layer is coloured contrastingly to the surface layer in such a way that when the facing-side surface layer is viewed, the pores in the surface layer are visible.
Fire-fighting device with - at least one generator arranged for discharging fire-fighting agent, - an electrically triggerable ignition means arranged in the generator, - wherein the ignition means has an at least two-pole control connection, and wherein the ignition means is tripped by an ignition current above a threshold and activates the generator, - a bypass circuit electrically arranged at poles (2a, 2b) of the control connection, and - an electronic switch, characterized in that - the bypass circuit monitors an ohmic resistance across the ignition means and closes the switch depending on the resistance across the ignition means and the switch short-circuits the poles (2a, 2b) of the control connection or connects them with low resistance such that in the event of igniting the ignition means by the ignition current the switch bypasses the ignition means such that the ignition current still flows between the poles (2a, 2b) of the control connection, and - the bypass circuit is connected to the control connection electrically in parallel. - at least one generator arranged for discharging fire-fighting agent, - an electrically triggerable ignition means arranged in the generator, - wherein the ignition means has an at least two-pole control connection, and wherein the ignition means is tripped by an ignition current above a threshold and activates the generator, - a bypass circuit electrically arranged at poles (2a, 2b) of the control connection, and - an electronic switch, characterized in that - the bypass circuit monitors an ohmic resistance across the ignition means and closes the switch depending on the resistance across the ignition means and the switch short-circuits the poles (2a, 2b) of the control connection or connects them with low resistance such that in the event of igniting the ignition means by the ignition current the switch bypasses the ignition means such that the ignition current still flows between the poles (2a, 2b) of the control connection, and - the bypass circuit is connected to the control connection electrically in parallel.
An uplink data sending method performed by a terminal device, the method comprising: • receiving scheduling signaling in at least one downlink time interval in a downlink time interval set from a network device, wherein the scheduling signaling is used to schedule uplink data (step 101), wherein the downlink time interval set comprises more than one downlink time interval, and each downlink time interval comprises at least one symbol of a subframe; • determining an uplink time interval corresponding to the at least one downlink time interval (step 102), wherein the uplink time interval comprises at least one symbol of a subframe, and each downlink time interval in the downlink time interval set is corresponding to the determined uplink time interval, wherein each downlink time interval in the downlink time interval set belongs to a downlink subframe n, and the determined uplink time interval belongs to an uplink subframe n+2, or the downlink time interval set includes a first subset and a second subset, each downlink time interval in the first subset belongs to a downlink subframe n, each downlink time interval in the second subset belongs to a downlink subframe n+1, and the determined uplink time interval belongs to an uplink subframe n+3; and • sending the uplink data in the determined uplink time interval to the network device (step 103). • receiving scheduling signaling in at least one downlink time interval in a downlink time interval set from a network device, wherein the scheduling signaling is used to schedule uplink data (step 101), wherein the downlink time interval set comprises more than one downlink time interval, and each downlink time interval comprises at least one symbol of a subframe; • determining an uplink time interval corresponding to the at least one downlink time interval (step 102), wherein the uplink time interval comprises at least one symbol of a subframe, and each downlink time interval in the downlink time interval set is corresponding to the determined uplink time interval, wherein each downlink time interval in the downlink time interval set belongs to a downlink subframe n, and the determined uplink time interval belongs to an uplink subframe n+2, or the downlink time interval set includes a first subset and a second subset, each downlink time interval in the first subset belongs to a downlink subframe n, each downlink time interval in the second subset belongs to a downlink subframe n+1, and the determined uplink time interval belongs to an uplink subframe n+3; and • sending the uplink data in the determined uplink time interval to the network device (step 103).
A system for assessing the severity of a stenosis in a vessel without administration of a hyperemic agent, the system comprising a first instrument (130, 152), a second instrument and a processing unit, the first and second instruments being sized and shaped for introduction into the vessel of the patient, the processing unit being in communication with the first and second instruments, and the processing unit being configured to: obtain distal pressure measurements for a cardiac cycle of the patient from the first instrument (130, 152) while the first instrument is positioned within the vessel at a position distal of the stenosis; obtain proximal pressure measurements for the cardiac cycle of the patient from a second instrument (132, 175) while the second instrument is positioned within the vessel at a position (140, 142, 144, 146, 148) proximal of the stenosis; select a diagnostic window (412, 422) within the cardiac cycle of the patient, wherein the diagnostic window encompasses only a portion of the cardiac cycle of the patient and wherein the diagnostic window is selected by identifying a portion of the cardiac cycle corresponding to the time period in which the change in velocity fluctuates around zero; and calculate a pressure ratio between the distal pressure measurements obtained during the diagnostic window and the proximal pressure measurements obtained during the diagnostic window to thereby assess the severity of the stenosis. obtain distal pressure measurements for a cardiac cycle of the patient from the first instrument (130, 152) while the first instrument is positioned within the vessel at a position distal of the stenosis; obtain proximal pressure measurements for the cardiac cycle of the patient from a second instrument (132, 175) while the second instrument is positioned within the vessel at a position (140, 142, 144, 146, 148) proximal of the stenosis; select a diagnostic window (412, 422) within the cardiac cycle of the patient, wherein the diagnostic window encompasses only a portion of the cardiac cycle of the patient and wherein the diagnostic window is selected by identifying a portion of the cardiac cycle corresponding to the time period in which the change in velocity fluctuates around zero; and calculate a pressure ratio between the distal pressure measurements obtained during the diagnostic window and the proximal pressure measurements obtained during the diagnostic window to thereby assess the severity of the stenosis.
A method of manufacturing a magnetic memory element, the method comprising: providing a substrate comprising at least one metal layer; depositing a cap layer above the at least one metal layer; forming one or more interlevel dielectric, ILD, layers on the substrate and the cap layer; etching through a first portion of the at least one ILD layer, wherein the etching through a first portion of the at least one ILD layer exposes the cap layer; depositing a transition metal layer above the cap layer via selective atomic-layer deposition; and forming a magnetoresistive device above the transition metal layer, wherein the magnetoresistive device comprises: a fixed magnetic region; a free magnetic region; and an intermediate region disposed between the fixed magnetic region and the free magnetic region. providing a substrate comprising at least one metal layer; depositing a cap layer above the at least one metal layer; forming one or more interlevel dielectric, ILD, layers on the substrate and the cap layer; etching through a first portion of the at least one ILD layer, wherein the etching through a first portion of the at least one ILD layer exposes the cap layer; depositing a transition metal layer above the cap layer via selective atomic-layer deposition; and forming a magnetoresistive device above the transition metal layer, wherein the magnetoresistive device comprises: a fixed magnetic region; a free magnetic region; and an intermediate region disposed between the fixed magnetic region and the free magnetic region. a fixed magnetic region; a free magnetic region; and an intermediate region disposed between the fixed magnetic region and the free magnetic region.
A communication system for providing mobile communication between a network and a mobile terminal, the mobile terminal being equipped with one or more SIM-cards, the one or more SIM-cards having at least a first and a second identifier, the mobile terminal and/or the network having an activation function for choosing one out of the identifiers as an active identifier, the network having a connecting function for establishing calls to the identifier that is active, wherein, said connection function is adapted to establish a call to the second identifier if a call to the first identifier is requested while the second identifier is active, wherein a first call forward destination is assigned to the first identifier and a second, separate call forward destination is assigned to the second identifier, characterized in that, the network includes a coordination function adapted to establish a communication with the call forward destination of the first identifier if a call to the first identifier is requested while the second identifier is active, such that a call to the second identifier is established, but the second identifier is not answering and/or busy and/or not reachable.
Tempering device for a fuel supply system of a motor vehicle, comprising a fuel inlet, a fuel outlet and a first tempering section between the fuel inlet and fuel outlet which is thermally coupled to Peltier module, characterized by a second tempering section between the fuel inlet and fuel outlet which is thermally coupled to a cooling circuit of an internal combustion engine of a motor vehicle, and a switchable control valve which is connected on the input side to the fuel inlet and in a first switch position connects the fuel inlet to the first tempering section and in a second switch position to the second tempering section.
A method for epitaxial growing of at least one III-V group material on top of a Si substrate, wherein the method comprises the following steps: a pre-processing step of providing a clean Si wafer with a first deposited AlSb nucleation layer on a surface of the Si wafer and a second deposited GaSb bulk material layer on top of the AlSb nucleation layer; treating the material composition formed in the pre-processing step to form an interfacial misfit layer by exposure of the GaSb surface provided for in the previous step to a low pressure in a range of 1.33322 x10 Pa to 3.99967 x10 -6 Pa at a temperature in the range of 400°C to 600°C for a time interval of 10 seconds to 70 minutes, prior to further growing the at least one III-V group material in an epitaxial process. a pre-processing step of providing a clean Si wafer with a first deposited AlSb nucleation layer on a surface of the Si wafer and a second deposited GaSb bulk material layer on top of the AlSb nucleation layer; treating the material composition formed in the pre-processing step to form an interfacial misfit layer by exposure of the GaSb surface provided for in the previous step to a low pressure in a range of 1.33322 x10 Pa to 3.99967 x10 -6 Pa at a temperature in the range of 400°C to 600°C for a time interval of 10 seconds to 70 minutes, prior to further growing the at least one III-V group material in an epitaxial process.
A self-propelled harvester including a power arrangement having drive members and a propulsion system, an engine device for driving the power arrangement, and a regulating device for actuating the power arrangement and the engine device, wherein the engine device works in an operating point which can be defined by a part-load value and an engine speed, characterised in that the regulating device is so adapted to actuate the engine device and the power arrangement that the engine device is regulated to the operating point with a target engine speed and a yield amount of the harvester is regulated to a target yield value, wherein the regulating device actuates the power arrangement to set the travel speed of the harvester in such a way that the engine device is regulated to the operating point and the yield is regulated to the target yield value.