mhurhangee/ep-ind-claims huggingface dataset:
Non-hydraulic electromotive drive for a panel, in particular a swinging panel, of a door or a window, comprising a housing, an output spindle which is rotatably mounted in the housing and is couplable to the door panel or window panel or to a fixed frame, a motor for driving the output spindle, a spring unit which is tensioned during a respective opening movement of the door panel or window panel and is relieved of tension during a respective closing movement of the door panel or window panel in order to provide a closing moment, and a control device for actuating the motor, characterized in that the control device is designed such that a corresponding actuation of the motor during a respective opening movement of the door panel or window panel generates a base torque, which at least substantially compensates the respective spring force, which depends on the opening angle, of the spring unit, and at least in the case in which the door panel or window panel is manually opened and a corresponding opening command is supplied to the control device, an additional opening torque (Tz) is generated, wherein the control device is designed such that the additional opening torque (Tz) generated in the event of a manual opening operation and an existing opening command is controlled in open-loop or closed-loop fashion depending on the opening velocity (v) of the door panel or window panel.
Apparatus for loading and unloading a processing unit with blanks via a transfer point, wherein the blanks can be transported along a supply plane, wherein the apparatus consists in that - the supply plane forms an acute angle (β) together with a horizontal plane, wherein the supply plane rises towards the transfer point, - a heading unit for the provision or removal of blanks is present, and - a supply unit for the transfer of further blanks to the heading unit or for the removal of blanks together with the heading unit is present, wherein a control unit is operatively connected to the heading unit, the supply unit and the transfer point for controlling the heading unit and the supply unit for loading or unloading, and wherein the heading unit comprises at least one unloading support, by means of which blanks can be caught at the transfer point and can be transported in the direction of an opposite end of the supply plane with respect to the transfer point. - the supply plane forms an acute angle (β) together with a horizontal plane, wherein the supply plane rises towards the transfer point, - a heading unit for the provision or removal of blanks is present, and - a supply unit for the transfer of further blanks to the heading unit or for the removal of blanks together with the heading unit is present,
A disconnector-type clutch for a rear wheel-driving device in a 4-wheel driving electric vehicle, the disconnector-type clutch comprising: an actuator motor generating rotation power; a screw rotating; a first push case converting a rotary motion of the screw into a linear reciprocating motion; a second push case assembled with the first push case; a first spring installed between the first push case and the second push case; a second spring installed at an exterior side of the second push case to provide a restoration force; a shifting fork connected to the second push case and moving forward and backward; and a sleeve connected to the shifting fork and connecting or disconnecting a first rear-wheel driving shaft and a second rear-wheel driving shaft, characterized in that the sleeve is installed at an interior side of the shifting fork to be spline-coupled to the first rear-wheel driving shaft and the second rear-wheel driving shaft to connect or disconnect the first rear-wheel driving shaft and the second rear-wheel driving shaft; a worm gear connected to the actuator motor; the screw rotating in engagement with the worm gear. an actuator motor generating rotation power; a screw rotating; a first push case converting a rotary motion of the screw into a linear reciprocating motion; a second push case assembled with the first push case; a first spring installed between the first push case and the second push case; a second spring installed at an exterior side of the second push case to provide a restoration force; a shifting fork connected to the second push case and moving forward and backward; and a sleeve connected to the shifting fork and connecting or disconnecting a first rear-wheel driving shaft and a second rear-wheel driving shaft,
A beverage container from the group comprising BIB systems, beverage cartons without insert container, party cans, which has a fluid-tight receiving container and a valve device for the withdrawal of liquids, said valve device being connected to the receiving container, wherein the valve device has a basic valve body with at least one nozzle, wherein the basic valve body is connected to the fluid-tight receiving container of the beverage container, and - has an internal side facing an internal space of the fluid-tight receiving container, and has an actuation side, wherein at least one filling port with a filling valve and one air vent port with an air vent valve are each present on the basic valve body, wherein the filling valve and the air vent valve can each be actuated from the actuation side and wherein the filling valve, the air vent valve and the nozzle are each present in the valve device as separate components, with the result that fluid flows through these valves can be separately guided and controlled, and wherein the basic valve body is pot-shaped and the internal pot side faces the internal space of the fluid-tight receiving container, - and that the basic valve body has a connection flange, via which the basic valve body is permanently connected to the fluid-tight receiving container by welding, gluing or using a heat seal method. - has an internal side facing an internal space of the fluid-tight receiving container, and has an actuation side, wherein at least one filling port with a filling valve and one air vent port with an air vent valve are each present on the basic valve body, wherein the filling valve and the air vent valve can each be actuated from the actuation side and wherein the filling valve, the air vent valve and the nozzle are each present in the valve device as separate components, with the result that fluid flows through these valves can be separately guided and controlled, and wherein the basic valve body is pot-shaped and the internal pot side faces the internal space of the fluid-tight receiving container, - and that the basic valve body has a connection flange, via which the basic valve body is permanently connected to the fluid-tight receiving container by welding, gluing or using a heat seal method.
A method for controlling a waste paper sorting plant, for sorting mixtures consisting substantially of waste paper and cardboard packaging, wherein the degree of moisture of the material to be sorted is metrologically detected in the area of its entrance into the sorting plant, and wherein at least one operational parameter of at least one of the modules of the sorting plant is adjusted depending on the measured degree of moisture of the material to be sorted.
Control device for controlling a drive unit for at least one wiper arm of a vehicle windshield wiper system, the control device being designed to determine at least one load variable of the drive unit and to set the wiping frequency of the wiper arm on the basis of the ratio of the determined load variable to at least one load threshold value, and the control device being designed to perform the setting of the wiping frequency depending on the present traveling velocity (v) of the vehicle. characterized in that the control device is designed to determine the load threshold value depending on the wind load acting on the wiper arm at the present traveling velocity (v).
A detection system for detecting ions which have been separated in a time-of-flight mass analyser, the detection system comprising an amplifying arrangement for converting ions into packets of secondary particles and amplifying the packets of secondary particles, wherein the amplifying arrangement is arranged so that each packet of secondary particles produces at least a first output and a second output separated in time and so that during the delay between producing the first and second output the first output produced by a packet of secondary particles is used for modulating the second output produced by the same packet.
A device, comprising: a substrate; a first fluid processing chip, disposed on the substrate, to process a micro-volume of fluid; a second fluid processing chip, disposed on the substrate and co-planar with the first fluid processing chip, to process at least a portion of the micro-volume of fluid; a tapered channel disposed between the first and second fluid processing chips, the tapered channel transporting the at least the portion of the micro-volume of fluid from the first fluid processing chip to the second fluid processing chip via a directional net driving capillary force imbalanced within the tapered channel; a fluid actuator, disposed proximate to the tapered channel, to control movement of the at least the portion of the micro-volume of fluid within the tapered channel from the first fluid processing chip to the second fluid processing chip; and characterized in that the tapered channel further comprises a pillar structure or a porous structure therein to generate a directional net driving capillary force imbalance within the tapered channel. a substrate; a first fluid processing chip, disposed on the substrate, to process a micro-volume of fluid; a second fluid processing chip, disposed on the substrate and co-planar with the first fluid processing chip, to process at least a portion of the micro-volume of fluid; a tapered channel disposed between the first and second fluid processing chips, the tapered channel transporting the at least the portion of the micro-volume of fluid from the first fluid processing chip to the second fluid processing chip via a directional net driving capillary force imbalanced within the tapered channel; a fluid actuator, disposed proximate to the tapered channel, to control movement of the at least the portion of the micro-volume of fluid within the tapered channel from the first fluid processing chip to the second fluid processing chip; and characterized in that the tapered channel further comprises a pillar structure or a porous structure therein to generate a directional net driving capillary force imbalance within the tapered channel.
A method performed by a user equipment, the method comprising: receiving, from a base station, configuration information for: i) a first narrowband supporting a first bearer for a first machine-type communication service type, and ii) a second narrowband supporting a second bearer for at least one second machine-type communication service type, wherein the first narrowband is a dedicated narrowband for use by services of the first machine-type communication service type, wherein said first machine-type communication service type comprises a voice over internet protocol service; and communicating (S613, S615), with the base station, using said first bearer for said first machine-type communication service type and the second bearer for said at least one second machine-type communication service type. receiving, from a base station, configuration information for: i) a first narrowband supporting a first bearer for a first machine-type communication service type, and ii) a second narrowband supporting a second bearer for at least one second machine-type communication service type, wherein the first narrowband is a dedicated narrowband for use by services of the first machine-type communication service type, wherein said first machine-type communication service type comprises a voice over internet protocol service; and communicating (S613, S615), with the base station, using said first bearer for said first machine-type communication service type and the second bearer for said at least one second machine-type communication service type.
Operating device for operating at least one LED or OLED, comprising: - an interface for supplying external dimming commands from a central control unit or a sensor - control electronics to control or regulate a supply current to the operating characteristics of the at least one LED or OLED as a function of incoming dimming commands, characterized in that - in a first operating phase, the operating device is limited to a predetermined level below the maximum permissible power supply of the at least one LED or OLED, wherein the first operating phase is triggered with the first activation of the LED, - the operating device ignores or downscales an external dimming command in the first operating phase so that the maximum power of the at least one LED does not exceed the predetermined level in the first operating phase, - the operating device detects the end of the first operating phase and the level of the maximum power supply no longer changes when the end of the first operating phase is determined. - an interface for supplying external dimming commands from a central control unit or a sensor - control electronics to control or regulate a supply current to the operating characteristics of the at least one LED or OLED as a function of incoming dimming commands, - in a first operating phase, the operating device is limited to a predetermined level below the maximum permissible power supply of the at least one LED or OLED, wherein the first operating phase is triggered with the first activation of the LED, - the operating device ignores or downscales an external dimming command in the first operating phase so that the maximum power of the at least one LED does not exceed the predetermined level in the first operating phase, - the operating device detects the end of the first operating phase and the level of the maximum power supply no longer changes when the end of the first operating phase is determined.
Extraction hood of the up-and-down type capable of extracting the fumes and/or vapours generated from a hob, said hood comprising a first hood portion attached to a ceiling of an environment in which the hob is placed and a second hood portion distant from the first hood portion and close to the hob, and connection and support means to connect this first hood portion to the second hood portion, said second hood portion containing extraction means capable of extracting air containing fumes and/or vapours from the hob when the hood is in use, said air being drawn in towards an opening in said second hood portion to be discharged therefrom and passed towards the first hood portion, said first hood portion comprising separate extraction means that draws in the air leaving the second hood portion and extracted from the hob, there being provided at this opening in the second hood portion conveying means that conveys the discharged air towards the first hood portion, characterised in that said conveying means comprises a body having a tubular annular shell containing a honeycomb structure with a plurality of tubular cells through which the air leaving the second hood portion is discharged.
A stormwater drain insert comprising: a peripheral frame; a top bib comprising water permeable fabric, an outer peripheral edge supported by the peripheral frame, and an opening inside the peripheral frame; a sediment bag comprising water permeable fabric extending downward from the top bib and having a top rim adjacent to the opening of the top bib; and at least one overflow port in a sidewall of the sediment bag; characterized in that the stormwater drain insert further comprises an overhanging ring extending from the top bib laterally inward from the top rim of the sediment bag defining an overhang distance; and the at least one overflow port is located vertically below the overhanging ring. a peripheral frame; a top bib comprising water permeable fabric, an outer peripheral edge supported by the peripheral frame, and an opening inside the peripheral frame; a sediment bag comprising water permeable fabric extending downward from the top bib and having a top rim adjacent to the opening of the top bib; and at least one overflow port in a sidewall of the sediment bag; characterized in that the stormwater drain insert further comprises an overhanging ring extending from the top bib laterally inward from the top rim of the sediment bag defining an overhang distance; and the at least one overflow port is located vertically below the overhanging ring.
A process of the preparation of the salts of N,N '-disubstituted ethylenediamine- N, N '-diacetic acid derivatives, said salts being represented by the formula wherein both R have the same meaning and represent hydrogen atom or CH 3 group, and both M have the same meaning and represent sodium or potassium cation, characterized in that it comprises alkylation reaction of A-substituted glycine derivative of the formula wherein R has the meaning as defined for the formula, with 1,2-dichloroethane in water in the presence of MOH hydroxide, wherein M represents sodium or potassium cation, respectively, at a pH from 10 to 12.5, wherein molar ratio of the compound of the formula to 1,2-dichloroethane is from 1:1 to 1:15. wherein both R have the same meaning and represent hydrogen atom or CH 3 group, and both M have the same meaning and represent sodium or potassium cation, characterized in that it comprises alkylation reaction of A-substituted glycine derivative of the formula wherein R has the meaning as defined for the formula, with 1,2-dichloroethane in water in the presence of MOH hydroxide, wherein M represents sodium or potassium cation, respectively, at a pH from 10 to 12.5, wherein molar ratio of the compound of the formula to 1,2-dichloroethane is from 1:1 to 1:15.
Method for storing data on a removable storage medium by means of a security-relevant apparatus, the storage capacity of the removable storage medium sufficing during use to record data for a particular monitoring period without a memory change or overfilling, but the storage medium surviving for only a finite number of write and/or read cycles before considerable defects can be expected, wherein, so that an indication can be generated if a threshold value (Wmax) is exceeded, memory usage data are stored on the storage medium at changing locations concomitantly with data to be stored, with the result that it is possible to capture the wear and tear of the memory as a result of write and/or read access operations, characterized in that the data to be stored on the storage medium are uniformly distributed to blocks (B0...BN) in such a manner that all blocks are used in a largely uniform manner as far as possible, the storage medium is initialized if it is newly put into operation on the security-relevant apparatus, the number (#W(n)) of write access operations captured for this medium being set to zero, and the use by the security-relevant apparatus then comprising the fact that oldest data from a particular monitoring period are continuously overwritten with data to be newly stored, memory usage data are continuously concomitantly stored with the data to be stored in such a manner that the total volume of data written since capturing the memory usage data can be determined thereby, and that more frequent access than at other memory locations is not effected at any location of the physical storage of the memory usage data.
Use of a safety monitoring device for detecting radio frequency resonances in a subject of interest for assessing whether it is safe for the subject of interest to undergo magnetic resonance examination in an electro-magnetic field region of a MR examination system, the safety monitoring device being operated independently from the MR examination system, wherein the safety monitoring device comprises an essentially tubular examination space, for locating therein the subject of interest, an radio frequency resonance device, which has at least one connection port, for covering at least a part of the examination space along its longitudinal axis, a rotation device for rotating the radio frequency resonance device relative to essentially tubular examination space, a controlling device for controlling the rotation of the radio frequency resonance device, and a detection device for monitoring an impedance of the at least one connection port of the radio frequency resonance device during the rotation and detecting radio frequency resonances out of the monitored impedance of the at least one connection port of the radio frequency resonance device.
A fuel cell stack seal structure comprising a fuel cell stack, the fuel cell stack comprising a plurality of fuel cell single cells that are stacked, each of the fuel cell single cells comprising a membrane electrode assembly and a pair of separators holding the membrane electrode assembly between the pair of separators, wherein at least one of the pair of separators comprises an inner peripheral rib that protrudes at least towards a mutually facing side of the pair of separators at a peripheral part of the separator, at least one of the pair of separators comprises an outer peripheral rib that protrudes at least towards a mutually facing side of the pair of separators at an outer side of the inner peripheral rib, the fuel cell stack seal structure comprising: inner peripheral sealing members that close a gap between inner peripheral ribs of the pair of separators of each of the fuel cell single cell; and an outer peripheral sealing member that is disposed at an outer side of the inner peripheral sealing members to close a gap between outer peripheral ribs of the pair of separators, wherein a first closed space is formed between the inner peripheral sealing members and the outer peripheral sealing member, and the outer peripheral sealing member has a notch (n) that communicates the first closed space with the outside. inner peripheral sealing members that close a gap between inner peripheral ribs of the pair of separators of each of the fuel cell single cell; and an outer peripheral sealing member that is disposed at an outer side of the inner peripheral sealing members to close a gap between outer peripheral ribs of the pair of separators, wherein a first closed space is formed between the inner peripheral sealing members and the outer peripheral sealing member, and