mhurhangee/ep-ind-claims huggingface dataset:
Operating method for a cooling device for cooling a metal strip by means of a liquid coolant, - wherein the cooling device has an application device, by means of which coolant is applied to the metal strip, - wherein the coolant is fed to the application device by way of a feed line, - wherein a valve device is arranged in the feed line, - wherein, by setting the valve device to a respective opening position (s) steplessly or in a number of steps, a coolant flow that is applied per unit of time to the metal strip by the application device can be set, - wherein an upstream condition detection device is arranged upstream of the valve device in the feed line and is used to detect an upstream condition of the coolant that the coolant has in the feed line upstream of the valve device, characterized in that - a control device of the cooling device determines on the basis of a setpoint value (F*) for the coolant flow, the upstream condition of the coolant and a valve characteristic of the valve device a setpoint value (s*) for an opening position (s) of the valve device that corresponds to the setpoint value (F*) for the coolant flow, - wherein, with respect to a reference condition that the coolant has in the feed line upstream of the valve device, the valve characteristic describes a characteristic line of the coolant flow as a function of the opening position (s) of the valve device and - wherein the control device sets the opening position (s) of the valve device in a way corresponding to the setpoint value (s*) determined. - wherein the cooling device has an application device, by means of which coolant is applied to the metal strip, - wherein the coolant is fed to the application device by way of a feed line, - wherein a valve device is arranged in the feed line, - wherein, by setting the valve device to a respective opening position (s) steplessly or in a number of steps, a coolant flow that is applied per unit of time to the metal strip by the application device can be set, - wherein an upstream condition detection device is arranged upstream of the valve device in the feed line and is used to detect an upstream condition of the coolant that the coolant has in the feed line upstream of the valve device, - a control device of the cooling device determines on the basis of a setpoint value (F*) for the coolant flow, the upstream condition of the coolant and a valve characteristic of the valve device a setpoint value (s*) for an opening position (s) of the valve device that corresponds to the setpoint value (F*) for the coolant flow, - wherein, with respect to a reference condition that the coolant has in the feed line upstream of the valve device, the valve characteristic describes a characteristic line of the coolant flow as a function of the opening position (s) of the valve device and - wherein the control device sets the opening position (s) of the valve device in a way corresponding to the setpoint value (s*) determined.
A temperature sensor comprising: a housing; a thermo-sensitive element housed in the housing for outputting electric characteristics varying with a temperature, as an electric signal, wherein the thermo-sensitive element is a thermistor for outputting the electric signal to a pair of electrodes, the pair of electrodes being connected with one-side ends of a pair of core wires, the core wires being sheathed with a sheath; and a pair of lead wires connected at their one-side ends with the thermo-sensitive element for extracting the electric signal from the thermo-sensitive element to an outside of the housing; characterised in that: at least one of the lead wires is made of a mixed twisted wire including: first electric wires (8; 28) made of a first conductor containing nickel-plated copper, tin-plated copper or a copper alloy containing tin (7;27); and second electric wires (7; 27) made of a second conductor wherein the second conductor is made of stainless steel; and the other-side ends of the pair of core wires are caulked to the one-side ends of the pair of lead wires by caulking terminals. a housing; a thermo-sensitive element housed in the housing for outputting electric characteristics varying with a temperature, as an electric signal, wherein the thermo-sensitive element is a thermistor for outputting the electric signal to a pair of electrodes, the pair of electrodes being connected with one-side ends of a pair of core wires, the core wires being sheathed with a sheath; and a pair of lead wires connected at their one-side ends with the thermo-sensitive element for extracting the electric signal from the thermo-sensitive element to an outside of the housing; characterised in that: at least one of the lead wires is made of a mixed twisted wire including: first electric wires (8; 28) made of a first conductor containing nickel-plated copper, tin-plated copper or a copper alloy containing tin (7;27); and second electric wires (7; 27) made of a second conductor wherein the second conductor is made of stainless steel; and the other-side ends of the pair of core wires are caulked to the one-side ends of the pair of lead wires by caulking terminals. at least one of the lead wires is made of a mixed twisted wire including: first electric wires (8; 28) made of a first conductor containing nickel-plated copper, tin-plated copper or a copper alloy containing tin (7;27); and second electric wires (7; 27) made of a second conductor wherein the second conductor is made of stainless steel; and the other-side ends of the pair of core wires are caulked to the one-side ends of the pair of lead wires by caulking terminals.
Use of metal oxide particles and/or metal hydroxide particles of silicon, titanium, zinc, aluminium, cerium, iron, yttrium or zirconium or mixtures thereof having a primary particle size according to the Scherrer method in the range from 5 nm to 100 nm, aftertreated with an organophosphorus compound selected from the group of the hydroxyalkyl-diphosphonic acids, alkylphosphonic acids, which may be substituted by at least one COOH group, aminoalkylenephosphonic acids or organic phosphoric acid esters or salts thereof, for the stabilisation of dihydroxyacetone or derivatives of dihydroxyacetone in a preparation.
A method of forming a ferroelectric memory cell, comprising: forming an electrode material comprising titanium nitride in a dominant crystallographic orientation using an organometallic precursor; forming a hafnium-based material over the electrode material, wherein the hafnium-based material comprises hafnium silicate; and crystallizing the hafnium-based material to induce formation of a ferroelectric material having a dominant crystallographic orientation. forming an electrode material comprising titanium nitride in a dominant crystallographic orientation using an organometallic precursor; forming a hafnium-based material over the electrode material, wherein the hafnium-based material comprises hafnium silicate; and crystallizing the hafnium-based material to induce formation of a ferroelectric material having a dominant crystallographic orientation.
Distance protection method for monitoring a line section of an electrical power supply line, in which - current and voltage values (I, U) are measured and an impedance or reactance value of the power supply line is determined using at least one compensation value (δ1, δ2), and - a fault signal is generated when the impedance or reactance value meets a predetermined trigger criterion, wherein a back-calculated compensation value which has been determined on the basis of measurement data which have been acquired in the case of a previous fault occurring on the power supply line or a current fault occurring on the power supply line is used as the at least one compensation value (61, δ2) or as at least one of the compensation values (61, δ2), characterized in that the at least one back-calculated compensation value (δ1, δ2) or at least one of the back-calculated compensation values has been determined - by comparing a calculated fault characteristic which has been calculated for one or more auxiliary compensation values (δ1i, δ2i) with the fault characteristic actually detected in the previous or current fault occurring on the power supply line, and - by selecting the auxiliary compensation value (61i, δ2i) whose fault characteristic has the smallest deviation from the actually detected fault characteristic as the back-calculated compensation value to be used in the future. - current and voltage values (I, U) are measured and an impedance or reactance value of the power supply line is determined using at least one compensation value (δ1, δ2), and - a fault signal is generated when the impedance or reactance value meets a predetermined trigger criterion, wherein a back-calculated compensation value which has been determined on the basis of measurement data which have been acquired in the case of a previous fault occurring on the power supply line or a current fault occurring on the power supply line is used as the at least one compensation value (61, δ2) or as at least one of the compensation values (61, δ2), characterized in that the at least one back-calculated compensation value (δ1, δ2) or at least one of the back-calculated compensation values has been determined a back-calculated compensation value which has been determined on the basis of measurement data which have been acquired in the case of a previous fault occurring on the power supply line or a current fault occurring on the power supply line is used as the at least one compensation value (61, δ2) or as at least one of the compensation values (61, δ2), characterized in that the at least one back-calculated compensation value (δ1, δ2) or at least one of the back-calculated compensation values has been determined - by comparing a calculated fault characteristic which has been calculated for one or more auxiliary compensation values (δ1i, δ2i) with the fault characteristic actually detected in the previous or current fault occurring on the power supply line, and - by selecting the auxiliary compensation value (61i, δ2i) whose fault characteristic has the smallest deviation from the actually detected fault characteristic as the back-calculated compensation value to be used in the future.
A wireless power transmitter comprising: a transmitting core; a transmitting coil provided on the transmitting core to transmit power wirelessly; and characterised in that the wireless power transmitter further comprises: a magnetic body (140, 141) provided on the transmitting core and allowing a virtual line which is normal to a surface of the magnetic body to form an acute angle with a virtual line which is normal to a surface of the transmitting core (140,141), wherein the magnetic body (140, 141) is disposed in a region surrounded by the transmitting coil. a transmitting core; a transmitting coil provided on the transmitting core to transmit power wirelessly; and characterised in that the wireless power transmitter further comprises: a magnetic body (140, 141) provided on the transmitting core and allowing a virtual line which is normal to a surface of the magnetic body to form an acute angle with a virtual line which is normal to a surface of the transmitting core (140,141), wherein the magnetic body (140, 141) is disposed in a region surrounded by the transmitting coil. a magnetic body (140, 141) provided on the transmitting core and allowing a virtual line which is normal to a surface of the magnetic body to form an acute angle with a virtual line which is normal to a surface of the transmitting core (140,141), wherein the magnetic body (140, 141) is disposed in a region surrounded by the transmitting coil.
An environmental control system of a vehicle, the environmental control system comprising: bleed air sourced from a low-pressure location of an engine or an auxiliary power unit; recirculated cabin air; and an air conditioning pack comprising: at least one heat exchanger; an air cycle machine comprising a compressor; a first mixing point located outside the air cycle machine and inside the air conditioning pack, the first mixing point configured to mix the bleed air with the recirculated cabin air during a first mode; a second mixing point located outside the air cycle machine, inside the air conditioning pack, and upstream of the at least one heat exchanger, the second mixing point being configured to mix the bleed air with the recirculated cabin air during a second mode; and a third mixing point located inside the air cycle machine, inside the air conditioning pack, and an inlet of the compressor, the third mixing point configured to receive and mix a portion of air exiting the at least one heat exchanger with the bleed air to lower an inlet temperature of the bleed air entering the inlet of the compressor during the first mode. bleed air sourced from a low-pressure location of an engine or an auxiliary power unit; recirculated cabin air; and an air conditioning pack comprising: at least one heat exchanger; an air cycle machine comprising a compressor; a first mixing point located outside the air cycle machine and inside the air conditioning pack, the first mixing point configured to mix the bleed air with the recirculated cabin air during a first mode; a second mixing point located outside the air cycle machine, inside the air conditioning pack, and upstream of the at least one heat exchanger, the second mixing point being configured to mix the bleed air with the recirculated cabin air during a second mode; and a third mixing point located inside the air cycle machine, inside the air conditioning pack, and an inlet of the compressor, the third mixing point configured to receive and mix a portion of air exiting the at least one heat exchanger with the bleed air to lower an inlet temperature of the bleed air entering the inlet of the compressor during the first mode. at least one heat exchanger; an air cycle machine comprising a compressor; a first mixing point located outside the air cycle machine and inside the air conditioning pack, the first mixing point configured to mix the bleed air with the recirculated cabin air during a first mode; a second mixing point located outside the air cycle machine, inside the air conditioning pack, and upstream of the at least one heat exchanger, the second mixing point being configured to mix the bleed air with the recirculated cabin air during a second mode; and a third mixing point located inside the air cycle machine, inside the air conditioning pack, and an inlet of the compressor, the third mixing point configured to receive and mix a portion of air exiting the at least one heat exchanger with the bleed air to lower an inlet temperature of the bleed air entering the inlet of the compressor during the first mode.
A method of configuring a discontinuous reception "DRX" parameter, performed by a terminal, comprising: receiving a message transmitted by a network side device; and acquiring, from the message, an inactive-state DRX parameter configured by the network side device for the terminal, characterized in that, receiving the message transmitted by the network side device comprises: receiving, in a process of updating a Radio Access Network "RAN" notification area, a Message Four, MSG4, transmitted by the network side device, in a case that the terminal is in an inactive state, wherein the inactive-state DRX parameter is carried in the Message Four, MSG4, or, receiving, in a random access procedure, a Message Four, MSG4, transmitted by the network side device, in a case that the terminal is in an inactive state, wherein the inactive-state DRX parameter is carried in the Message Four, MSG4, or, receiving a handover command transmitted by the network side device, in a case that the terminal is in a radio resource control "RRC" connected state, wherein the inactive-state DRX parameter is carried in the handover command. receiving a message transmitted by a network side device; and acquiring, from the message, an inactive-state DRX parameter configured by the network side device for the terminal, characterized in that, receiving the message transmitted by the network side device comprises: receiving, in a process of updating a Radio Access Network "RAN" notification area, a Message Four, MSG4, transmitted by the network side device, in a case that the terminal is in an inactive state, wherein the inactive-state DRX parameter is carried in the Message Four, MSG4, or, receiving, in a random access procedure, a Message Four, MSG4, transmitted by the network side device, in a case that the terminal is in an inactive state, wherein the inactive-state DRX parameter is carried in the Message Four, MSG4, or, receiving a handover command transmitted by the network side device, in a case that the terminal is in a radio resource control "RRC" connected state, wherein the inactive-state DRX parameter is carried in the handover command. receiving, in a process of updating a Radio Access Network "RAN" notification area, a Message Four, MSG4, transmitted by the network side device, in a case that the terminal is in an inactive state, wherein the inactive-state DRX parameter is carried in the Message Four, MSG4, or, receiving, in a random access procedure, a Message Four, MSG4, transmitted by the network side device, in a case that the terminal is in an inactive state, wherein the inactive-state DRX parameter is carried in the Message Four, MSG4, or, receiving a handover command transmitted by the network side device, in a case that the terminal is in a radio resource control "RRC" connected state, wherein the inactive-state DRX parameter is carried in the handover command.
Automatic washing machine, in particular a cleaning and/or disinfection machine for commercial purposes, having a washing container providing a washing chamber, and a drying device for drying washware located in the washing chamber, the drying device comprising a sorption unit providing a sorbent that can be reversibly dehydrogenated, which sorption unit is in fluid connection with the washing chamber via a first air-conducting channel, and having a boiler for storing and heating water, which boiler is fluidically connected to the washing chamber by means of a water outlet, characterised in that the sorption unit is in fluid connection with the boiler via a second air-conducting channel, such that water vapour released during desorption of the sorbent can be supplied to the boiler via the second air-conducting channel.
A one-piece sensor holder for an instrumented rolling bearing device, the sensor holder having an attachment interface for supporting a rotation sensor for detecting a signal emitted by an encoder secured to a part rotating about a reference axis of rotation for determining at least one rotation parameter, the sensor holder comprising a first set of one or more support walls oriented along an axial direction in a first direction and tangent to a first contact plane perpendicular to the axial direction, and a second set of one or more support walls oriented along the axial direction in a second direction, opposite to the first direction, and tangent to a second contact plane perpendicular to the axial direction and parallel to the first plane, the sensor holder comprising at least one elastic member for axially pre-loading the rolling bearing, said elastic member being able to be deformed elastically to allow a convergence of the first plane and the second plane, the sensor holder being characterized in that it comprises an inner annular skirt comprising the attachment interface for supporting the rotation sensor.
A mobile terminal, comprising: a camera; a memory configured to store plural data items; a wireless communication unit; a display; and a controller configured to transmit to a first website, via the wireless communication unit, one or more of the data items stored in the memory, characterized in that the controller is further configured to: display, on the display, a first icon (601, 701) corresponding to a transmitted first data item to discriminate the first data item from a data item not having been transmitted, and upload the transmitted first data item to at least one further website by: displaying an image including at least one item for inputting upload information, the upload information including at least one website to which the first data item will be additionally uploaded, and displaying a popup window for selecting the at least one website from a plurality of websites, when the item for inputting the at least one website to which the first data item can be additionally uploaded is selected. a camera; a memory configured to store plural data items; a wireless communication unit; a display; and a controller configured to transmit to a first website, via the wireless communication unit, one or more of the data items stored in the memory, characterized in that the controller is further configured to: display, on the display, a first icon (601, 701) corresponding to a transmitted first data item to discriminate the first data item from a data item not having been transmitted, and upload the transmitted first data item to at least one further website by: displaying an image including at least one item for inputting upload information, the upload information including at least one website to which the first data item will be additionally uploaded, and displaying a popup window for selecting the at least one website from a plurality of websites, when the item for inputting the at least one website to which the first data item can be additionally uploaded is selected. display, on the display, a first icon (601, 701) corresponding to a transmitted first data item to discriminate the first data item from a data item not having been transmitted, and upload the transmitted first data item to at least one further website by: displaying an image including at least one item for inputting upload information, the upload information including at least one website to which the first data item will be additionally uploaded, and displaying a popup window for selecting the at least one website from a plurality of websites, when the item for inputting the at least one website to which the first data item can be additionally uploaded is selected. displaying an image including at least one item for inputting upload information, the upload information including at least one website to which the first data item will be additionally uploaded, and displaying a popup window for selecting the at least one website from a plurality of websites, when the item for inputting the at least one website to which the first data item can be additionally uploaded is selected.