mhurhangee/patent-ind-claim-en huggingface dataset:
Device for separating a mixture of gases into a product gas with certain purity requirements and a residual gas, which comprises the following components: - a compressor unit for supplying the mixture under pressure comprising adjustment means to adapt the flow to be supplied by the compressor unit ; - a membrane unit connected to an outlet of the compressor unit that can separate the mixture into a permeate gas and a retentate gas, whereby the product gas is the retentate gas; - means for determining the purity of the product gas; and - a first control unit for controlling the device, characterised in that : - the compressor unit is equipped with a second control unit that can control the adjustment means as a function of a target value of the mixture of the gases at the outlet of the compressor unit ; - the device is equipped with a retentate control system and a measuring instrument for the pressure of the product gas; - the first control unit has a control connection to the second control unit and to the retentate control system whereby the first control unit comprises an algorithm that can determine and pass on the target value to the second compressor controller on the basis of the pressure and purity of the product gas and can control the retentate control system on the basis of the purity of the product gas; and - the device is provided with a permeate control system to which the first control unit has a control connection. - a compressor unit for supplying the mixture under pressure comprising adjustment means to adapt the flow to be supplied by the compressor unit ; - a membrane unit connected to an outlet of the compressor unit that can separate the mixture into a permeate gas and a retentate gas, whereby the product gas is the retentate gas; - means for determining the purity of the product gas; and - a first control unit for controlling the device, characterised in that : - the compressor unit is equipped with a second control unit that can control the adjustment means as a function of a target value of the mixture of the gases at the outlet of the compressor unit ; - the device is equipped with a retentate control system and a measuring instrument for the pressure of the product gas; - the first control unit has a control connection to the second control unit and to the retentate control system whereby the first control unit comprises an algorithm that can determine and pass on the target value to the second compressor controller on the basis of the pressure and purity of the product gas and can control the retentate control system on the basis of the purity of the product gas; and - the device is provided with a permeate control system to which the first control unit has a control connection.
A method for laterally aligning sheets, which are conveyed in a conveying direction to a sheet-processing machine, in the case of which the sheets to be processed are detected by means of a lateral pulling element, which can be driven in time with the incoming sheets by a drive beneath or in a feed table to perform a lateral pulling movement and to which a negative pressure can be applied, in a starting position and are conveyed as far as a lateral alignment position, which is defined by a lateral stop and/or a sensor means, wherein the reaching of the lateral alignment position of the sheet is detected by a sensor , and a corresponding lateral position signal is generated, characterized in that signals relating to the position of a sheet to be aligned are detected and are processed for the changing setting of the intensity of the temporal course of the negative pressure conveyed to the lateral pulling element, and are conveyed to a control means in such a way that a blowing air pressure and/or a temporal pace of a blowing air supply at an ejector element (13.2) is adapted for supplying the lateral pulling element with suction air.
Brake system , comprising four hydraulically actuable wheel brakes , each wheel brake being assigned in each case one normally closed outlet valve , and each wheel brake being assigned in each case one normally open inlet valve , comprising a simulator which can be actuated by way of a brake pedal , two pressure provision devices being provided for the active build-up of pressure in the wheel brakes , two brake circuits (I, II) being formed hydraulically, in each case one pressure provision device being connected hydraulically to two wheel brakes in each brake circuit (I, II), characterized in that two separate on-board electrical systems are provided, each pressure provision device being fed in each case by one of the two on-board electrical systems , and a disconnecting apparatus being provided, by way of which the two brake circuits (I, II) are connected hydraulically to one another in a connecting position in such a way that each wheel brake is connected hydraulically to each of the two pressure provision devices , and they are disconnected hydraulically from one another in a disconnecting position, the disconnecting apparatus being fed by each of the two on-board electrical systems . comprising a simulator which can be actuated by way of a brake pedal , two pressure provision devices being provided for the active build-up of pressure in the wheel brakes , two brake circuits (I, II) being formed hydraulically, in each case one pressure provision device being connected hydraulically to two wheel brakes in each brake circuit (I, II), characterized in that two separate on-board electrical systems are provided, each pressure provision device being fed in each case by one of the two on-board electrical systems , and a disconnecting apparatus being provided, by way of which the two brake circuits (I, II) are connected hydraulically to one another in a connecting position in such a way that each wheel brake is connected hydraulically to each of the two pressure provision devices , and they are disconnected hydraulically from one another in a disconnecting position, the disconnecting apparatus being fed by each of the two on-board electrical systems .
A method for evaluating interference affecting a cable (9a-b) between a network node and at least one remote radio head (1, 1a-c), the method being performed in the network node and comprising the steps of: determining a set (8a-b) of wireless devices to be associated with the cable (9a-b), due to traffic to and/or from said wireless devices passing via the cable ; obtaining a plurality of signal quality estimates associated with each one of the wireless devices of the set (8a-b) of wireless devices; averaging the signal quality estimates for the set (8a-b) of wireless devices, yielding an average signal quality; and determining interference affecting the cable (9a-b) based on a spectral analysis of the average signal quality. determining a set (8a-b) of wireless devices to be associated with the cable (9a-b), due to traffic to and/or from said wireless devices passing via the cable ; obtaining a plurality of signal quality estimates associated with each one of the wireless devices of the set (8a-b) of wireless devices; averaging the signal quality estimates for the set (8a-b) of wireless devices, yielding an average signal quality; and determining interference affecting the cable (9a-b) based on a spectral analysis of the average signal quality.
Tire comprising a rubber composition based on at least an elastomer matrix comprising from 50 to 100 phr of one or more copolymers of butadiene and of vinylaromatic monomer, having a content of vinylaromatic units of between 0 and 5% by weight and a Tg within a range extending from -110°C to -70°C ; and a hydrocarbon resin, wherein said hydrocarbon resin is based on a cyclic monomer selected from the group consisting of a distillation cut from a petroleum refinery stream, and/or C 4 , C 5 or C 6 cyclic olefins and mixtures thereof, and wherein the hydrocarbon resin has a content of aromatic protons (H Ar, expressed in mol%), a glass transition temperature (Tg, is expressed in °C), and a number average molecular weight (Mn, expressed in g/mol), determined according to the methods described in the chapter of the description relating to "Test methods useful for the invention", that are represented by H Ar > 6 mol % , Tg ≥ 95 − 2.2 * H Ar , Tg ≥ − 53 + 0.265 * Mn .
A method for dehydrating hydrous low-substituted hydroxypropyl cellulose with a compression type dehydrator by feeding the hydrous low-substituted hydroxypropyl cellulose to a screw conveyer connected to an inlet of the compression type dehydrator, comprising the steps of: starting the operation of the screw conveyor to fill the screw conveyer and the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose, starting the operation of the filled compression type dehydrator, and feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer, while discharging dehydrated low-substituted hydroxypropyl cellulose from an outlet of the compression type dehydrator, wherein a feed rate of feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer is equal to a discharge rate of discharging the dehydrated low-substituted hydroxypropyl cellulose in terms of net weight of cellulose ether, wherein the low-substituted hydroxypropyl cellulose is insoluble but swells in water, and the filling of the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose results in a pressure increase at the inlet of the compression type dehydrator to from 0.10 to 0.25 MPa. starting the operation of the screw conveyor to fill the screw conveyer and the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose, starting the operation of the filled compression type dehydrator, and feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer, while discharging dehydrated low-substituted hydroxypropyl cellulose from an outlet of the compression type dehydrator, wherein a feed rate of feeding the hydrous low-substituted hydroxypropyl cellulose to the screw conveyer is equal to a discharge rate of discharging the dehydrated low-substituted hydroxypropyl cellulose in terms of net weight of cellulose ether, wherein the low-substituted hydroxypropyl cellulose is insoluble but swells in water, and the filling of the compression type dehydrator with the hydrous low-substituted hydroxypropyl cellulose results in a pressure increase at the inlet of the compression type dehydrator to from 0.10 to 0.25 MPa.
A premixer comprising: a centerbody disposed along a longitudinal axis of the premixer, the centerbody defining a fuel passage therethrough and a plurality of fuel ports in communication with the fuel passage and defined through a wall of the centerbody ; a swirler assembly comprising: a hub circumferentially surrounding a portion of the centerbody upstream of the plurality of fuel ports ; an annular splitter circumferentially surrounding and radially outward of the hub ; an inner swirler comprising inner swirler vanes extending between the hub and the annular splitter to impart swirl in a first direction to a flow of incoming air; and an outer swirler comprising outer swirler vanes extending radially outward of the annular splitter to impart swirl in a second direction opposite the first direction to the flow of incoming air, the outer swirler defining an outlet plane ; and a mixing duct extending downstream from the swirler assembly , the mixing duct defining a mixing chamber configured to promote mixing of the flow of incoming air and fuel, characterized in that each inner swirler vane of the inner swirler includes a trailing edge disposed at an oblique angle (θ) relative to the outlet plane . a centerbody disposed along a longitudinal axis of the premixer, the centerbody defining a fuel passage therethrough and a plurality of fuel ports in communication with the fuel passage and defined through a wall of the centerbody ; a swirler assembly comprising: a hub circumferentially surrounding a portion of the centerbody upstream of the plurality of fuel ports ; an annular splitter circumferentially surrounding and radially outward of the hub ; an inner swirler comprising inner swirler vanes extending between the hub and the annular splitter to impart swirl in a first direction to a flow of incoming air; and an outer swirler comprising outer swirler vanes extending radially outward of the annular splitter to impart swirl in a second direction opposite the first direction to the flow of incoming air, the outer swirler defining an outlet plane ; and a hub circumferentially surrounding a portion of the centerbody upstream of the plurality of fuel ports ; an annular splitter circumferentially surrounding and radially outward of the hub ; an inner swirler comprising inner swirler vanes extending between the hub and the annular splitter to impart swirl in a first direction to a flow of incoming air; and an outer swirler comprising outer swirler vanes extending radially outward of the annular splitter to impart swirl in a second direction opposite the first direction to the flow of incoming air, the outer swirler defining an outlet plane ; and a mixing duct extending downstream from the swirler assembly , the mixing duct defining a mixing chamber configured to promote mixing of the flow of incoming air and fuel, characterized in that each inner swirler vane of the inner swirler includes a trailing edge disposed at an oblique angle (θ) relative to the outlet plane .
A razor cartridge comprising: a housing , one or more blades disposed in the housing, and an elastomeric guard member disposed on the housing and positioned to contact the skin prior to the blades, the guard member comprising a plurality of fins extending from a common base, the fins being arcs of concentric circles, characterised in that the height of at least some of the fins above the common base increases with increasing proximity of the fin to the blades. a housing , one or more blades disposed in the housing, and an elastomeric guard member disposed on the housing and positioned to contact the skin prior to the blades, the guard member comprising a plurality of fins extending from a common base, the fins being arcs of concentric circles, characterised in that the height of at least some of the fins above the common base increases with increasing proximity of the fin to the blades.
A beam scanning apparatus comprising: a first antenna group (G1) comprising a plurality of first nano antennas (141a-141b) disposed apart from each other; a first driving voltage line and a second driving voltage line connected to a first nano antenna and a second nano antenna, respectively, among the plurality of first nano antennas, the first nano antenna and the second nano antenna being respectively disposed at first ends within the first antenna group; and means configured to distribute a plurality of first voltages to one or more first middle nano antennas disposed between the first nano antenna and the second nano antenna, among the plurality of first nano antennas, at regular voltage intervals; characterized in that the distributing means is a first voltage divider which comprises: a plurality of resistors (R1-R7) serially connected to each other and connected to the first driving voltage line and the second driving voltage line, the plurality of resistors being disposed between the first driving voltage line and the second driving voltage line; and one or more voltage dividing lines , each of the one or more voltage dividing lines being connected from a node between two adjacent resistors, among the plurality of resistors, to a respective one of the one or more first middle nano antennas. a first antenna group (G1) comprising a plurality of first nano antennas (141a-141b) disposed apart from each other; a first driving voltage line and a second driving voltage line connected to a first nano antenna and a second nano antenna, respectively, among the plurality of first nano antennas, the first nano antenna and the second nano antenna being respectively disposed at first ends within the first antenna group; and means configured to distribute a plurality of first voltages to one or more first middle nano antennas disposed between the first nano antenna and the second nano antenna, among the plurality of first nano antennas, at regular voltage intervals; characterized in that the distributing means is a first voltage divider which comprises: a plurality of resistors (R1-R7) serially connected to each other and connected to the first driving voltage line and the second driving voltage line, the plurality of resistors being disposed between the first driving voltage line and the second driving voltage line; and one or more voltage dividing lines , each of the one or more voltage dividing lines being connected from a node between two adjacent resistors, among the plurality of resistors, to a respective one of the one or more first middle nano antennas. a plurality of resistors (R1-R7) serially connected to each other and connected to the first driving voltage line and the second driving voltage line, the plurality of resistors being disposed between the first driving voltage line and the second driving voltage line; and one or more voltage dividing lines , each of the one or more voltage dividing lines being connected from a node between two adjacent resistors, among the plurality of resistors, to a respective one of the one or more first middle nano antennas.
A method for detecting an electrical discharge in an electrical apparatus , the method comprising: - sensing an electromagnetic wave using an electrical sensor and generating an electric signal (SE) for a predetermined time period (T 1); - sensing an acoustic wave using an acoustic sensor and generating an acoustic signal (SA) for the predetermined time period (T1), said acoustic sensor being associated with at least one compartment of the electrical apparatus ; - generating electrical data based on a quasi-periodic characteristic of electric peak sequences of said electrical signal (SE); - generating acoustic data based on a quasi-periodic characteristic of acoustic peak sequences of said acoustic signal (SA); wherein the electrical data is combined with the acoustic data to provide an operation status of the at least one compartment , wherein the electrical signal (SE) is generated only in at least one time period interval for the predetermined time period (T1), wherein the acoustic signal (SA) is generated only in at least one time period interval for the predetermined time period (T1) and wherein the at least one time period interval of the electrical signal (SE) and the at least one time period interval of the acoustic signal (SA) are independent from each other in time. - sensing an electromagnetic wave using an electrical sensor and generating an electric signal (SE) for a predetermined time period (T 1); - sensing an acoustic wave using an acoustic sensor and generating an acoustic signal (SA) for the predetermined time period (T1), said acoustic sensor being associated with at least one compartment of the electrical apparatus ; - generating electrical data based on a quasi-periodic characteristic of electric peak sequences of said electrical signal (SE); - generating acoustic data based on a quasi-periodic characteristic of acoustic peak sequences of said acoustic signal (SA); wherein the electrical data is combined with the acoustic data to provide an operation status of the at least one compartment , wherein the electrical signal (SE) is generated only in at least one time period interval for the predetermined time period (T1), wherein the acoustic signal (SA) is generated only in at least one time period interval for the predetermined time period (T1) and wherein the at least one time period interval of the electrical signal (SE) and the at least one time period interval of the acoustic signal (SA) are independent from each other in time.
Method for producing a coated steel flat product including the following steps: A) Providing a steel flat product as substrate, the steel flat product consisting of the following elements, listed in percent by weight, abbreviated to: wt%: 0.005-0.38 C, 0.05-0.4 Si, 0.05-1.4 Mn, 0.0005-0.03 P, 0.002-0.025 S, 0.002-0.015 Al, 0-0.1 Nb, 0-0.5 Cr + Mo, 0.001-0.15 Ti, 0-0.005 B, remainder Fe and unavoidable contaminants; B) Hot-dip galvanising the steel flat product in a metal bath consisting of the following elements, listed in percent by weight, abbreviated to: wt%: 0.5-1.6 Mg, 0.5-1.6 Al, remainder Zn and unavoidable contaminants, wherein xAl - xMG > 0.3, wherein xAl is the percentage by weight of Al, and xMg is the percentage by weight of Mg. A) Providing a steel flat product as substrate, the steel flat product consisting of the following elements, listed in percent by weight, abbreviated to: wt%: 0.005-0.38 C, 0.05-0.4 Si, 0.05-1.4 Mn, 0.0005-0.03 P, 0.002-0.025 S, 0.002-0.015 Al, 0-0.1 Nb, 0-0.5 Cr + Mo, 0.001-0.15 Ti, 0-0.005 B, remainder Fe and unavoidable contaminants; B) Hot-dip galvanising the steel flat product in a metal bath consisting of the following elements, listed in percent by weight, abbreviated to: wt%: 0.5-1.6 Mg, 0.5-1.6 Al, remainder Zn and unavoidable contaminants,
A coated article, comprising: a metal substrate with sharp areas produced by laser cutting; a coating disposed on the substrate, wherein the coating comprises an electrocoat composition comprising an epoxy-functional compound; an isocyanate-functional compound; and a treated precipiated silica, wherein the coated article shows about 40 to 70% reduction in edge corrosion relative to coated articles with a conventional coating applied thereon. a metal substrate with sharp areas produced by laser cutting; a coating disposed on the substrate, wherein the coating comprises an electrocoat composition comprising an epoxy-functional compound; an isocyanate-functional compound; and a treated precipiated silica, wherein the coated article shows about 40 to 70% reduction in edge corrosion relative to coated articles with a conventional coating applied thereon. an epoxy-functional compound; an isocyanate-functional compound; and a treated precipiated silica,
A method of operating an electronic device , the method comprising: receiving a user input to adjust the settings of a navigation application on the electronic device so that a notifications OFF mode is activated on the electronic device , wherein the notifications OFF mode prevents outputting a notification indicative of at least a first event by the electronic device when the navigation application is running, wherein the first event comprises the reception of a phone call or the reception of a message from another electronic device; storing the adjusted settings of the navigation application on the electronic device ; receiving a user input to start running the navigation application ; detecting the at least one first event; and generating an automatic response to the other electronic device indicating an unavailability of the user of the electronic device . receiving a user input to adjust the settings of a navigation application on the electronic device so that a notifications OFF mode is activated on the electronic device , wherein the notifications OFF mode prevents outputting a notification indicative of at least a first event by the electronic device when the navigation application is running, wherein the first event comprises the reception of a phone call or the reception of a message from another electronic device; storing the adjusted settings of the navigation application on the electronic device ; receiving a user input to start running the navigation application ; detecting the at least one first event; and generating an automatic response to the other electronic device indicating an unavailability of the user of the electronic device .