mhurhangee/ep-ind-claims huggingface dataset:
A nestable trolley having a wheel frame which is equipped with casters and which bears a basket, wherein a pushing handle is arranged on the basket and furthermore the wheel frame is equipped with a goods rack movable from a position of non-use into a position of use, characterised in that a reflector is attached to that component which is provided to receive the goods rack, wherein the component receives an additional part which is attached in a fixed manner, and wherein furthermore the reflector is stuck onto the additional part as what is known as a reflective sheet.
A method for reprocessing an internal channel of a medical device, the method comprising: (a) activating a first pump to deliver a detergent to the internal channel for a first predetermined duration; (b) activating a second pump to deliver water to the internal channel to rinse out the detergent for a second predetermined duration; (c) activating a third pump to deliver pressurized air to the internal channel to purge out any remaining water or detergent contained within the internal channel for a third predetermined duration; (d) activating a fourth pump to deliver a predetermined volume of a disinfectant to the internal channel; (e) reactivating the third pump to deliver pressurized air to the internal channel to purge out the disinfectant from the internal channel into a chamber; (f) reactivating the fourth pump to deliver an additional volume of the disinfectant to the internal channel; and (g) reactivating the third pump to deliver pressurized air to the internal channel to purge out the additional volume of the disinfectant from the internal channel into the chamber. (a) activating a first pump to deliver a detergent to the internal channel for a first predetermined duration; (b) activating a second pump to deliver water to the internal channel to rinse out the detergent for a second predetermined duration; (c) activating a third pump to deliver pressurized air to the internal channel to purge out any remaining water or detergent contained within the internal channel for a third predetermined duration; (d) activating a fourth pump to deliver a predetermined volume of a disinfectant to the internal channel; (e) reactivating the third pump to deliver pressurized air to the internal channel to purge out the disinfectant from the internal channel into a chamber; (f) reactivating the fourth pump to deliver an additional volume of the disinfectant to the internal channel; and (g) reactivating the third pump to deliver pressurized air to the internal channel to purge out the additional volume of the disinfectant from the internal channel into the chamber.
Portable power tool device having at least one percussion mechanism unit which comprises at least one guide tube, and having at least one compensating unit which is provided to reduce vibrations in at least one operating state of the percussion mechanism unit, which has at least one compensating mass element (16, 116) and at least one spring element and which is arranged radially outside the guide tube at least in part, wherein the at least one spring element and the at least one compensating mass element (16, 116) are arranged in succession in a radial direction at least in part and at least one further spring element is provided, the diameter of which is at least substantially smaller than a diameter of the at least one spring element, wherein the at least one further spring element is arranged radially inside the compensating mass element (16, 116) at least in part and the at least one spring element is arranged radially outside the compensating mass element (16, 116) at least in part.
An image processing apparatus comprising: an address analyzer for analyzing a Web address inside of the image processing apparatus to determine whether or not a request of an external device, which is issued before generation of target image data by accessing the Web address, is a request for dummy image data to be linked into a document as an alternative for target image data; a dummy data generator for generating dummy image data to be temporarily linked into the accessed Web address if the request is recognized as a request for dummy image data by the address analyzer; a transmitter for transmitting to the external device, data allowing the document creation apparatus to insert into the document, the dummy image data generated by the dummy data generator, the dummy image data being at the accessed Web address; a job administrator for generating and storing a reserved job about the request if the address analyzer recognized the request as a request for dummy image data; a target data generator for generating target image data to be inserted into the document by performing an operation of data generation when a user gives an instruction to start the reserved job; and a replacing portion for publishing at the accessed Web address the target image data generated by the target data generator, by replacing the dummy image data existing at the accessed Web address with the target image data. an address analyzer for analyzing a Web address inside of the image processing apparatus to determine whether or not a request of an external device, which is issued before generation of target image data by accessing the Web address, is a request for dummy image data to be linked into a document as an alternative for target image data; a dummy data generator for generating dummy image data to be temporarily linked into the accessed Web address if the request is recognized as a request for dummy image data by the address analyzer; a transmitter for transmitting to the external device, data allowing the document creation apparatus to insert into the document, the dummy image data generated by the dummy data generator, the dummy image data being at the accessed Web address; a job administrator for generating and storing a reserved job about the request if the address analyzer recognized the request as a request for dummy image data; a target data generator for generating target image data to be inserted into the document by performing an operation of data generation when a user gives an instruction to start the reserved job; and a replacing portion for publishing at the accessed Web address the target image data generated by the target data generator, by replacing the dummy image data existing at the accessed Web address with the target image data.
Method for separating solid and/or liquid particles from a gaseous stream, comprising the steps: - introducing a gas stream inside a washing chamber, said gas being introduced into said washing chamber according to a direction substantially transversal with respect to a longitudinal direction along the extension of the chamber, said gas having a substantially swirling flowing along said extension direction; - delivering a drop shaped liquid inside the washing chamber, to allow a separation from the gas flowing of at least a portion of particulate particles located into the gas stream, by means of incorporation into the drop through a physical contact between the liquid drop and the particulate, in a solid or liquid form; - conveying the gas stream towards the outside of the washing chamber; and - removing a liquid, comprising the separated particles, collected in a lower portion of said washing chamber, said collected liquid being collected by gravitational motion or by condensation of the washing liquid after said separating step, wherein said delivering step occurs by making the delivered liquid to a preset pressure value, said preset pressure value being a function of a dimensional value of the particulate to be separated, so as to allow, during said separating step, a physical interaction between the delivered liquid drops and the particulate particles, said method comprising a first step of evaporation of said deliverd drops allowing a reduction in the average diameter of the drops and a second step of condensation of said drops, said condensation preferably occurring around the particulate particles. - introducing a gas stream inside a washing chamber, said gas being introduced into said washing chamber according to a direction substantially transversal with respect to a longitudinal direction along the extension of the chamber, said gas having a substantially swirling flowing along said extension direction; - delivering a drop shaped liquid inside the washing chamber, to allow a separation from the gas flowing of at least a portion of particulate particles located into the gas stream, by means of incorporation into the drop through a physical contact between the liquid drop and the particulate, in a solid or liquid form; - conveying the gas stream towards the outside of the washing chamber; and - removing a liquid, comprising the separated particles, collected in a lower portion of said washing chamber, said collected liquid being collected by gravitational motion or by condensation of the washing liquid after said separating step,
A headphone device for outputting an input audio signal, comprising: a spherical housing (2a,2b) having a cavity formed therein, the housing comprising a protrusion at a front thereof, the protrusion having a through hole in a fore-and-aft direction; and a first driver unit and a second driver unit, each being fixed to an inner wall of the housing and each comprising a diaphragm for emitting an input audio signal, wherein the first driver unit and the second driver unit are arranged in parallel with each other so that the diaphragms thereof are opposed to each other and are spaced apart such that the respective driver units act on each other to increase the magnetic fluxes emitted from the other respective driver unit. a spherical housing (2a,2b) having a cavity formed therein, the housing comprising a protrusion at a front thereof, the protrusion having a through hole in a fore-and-aft direction; and a first driver unit and a second driver unit, each being fixed to an inner wall of the housing and each comprising a diaphragm for emitting an input audio signal, wherein the first driver unit and the second driver unit are arranged in parallel with each other so that the diaphragms thereof are opposed to each other and are spaced apart such that the respective driver units act on each other to increase the magnetic fluxes emitted from the other respective driver unit.
A method for communication between a hydrogen fueling station and a hydrogen powered vehicle, the method comprising: disposing a nozzle of the station within a specified distance of a receptacle on the vehicle to establish, via first near field communication hardware disposed proximate the nozzle and second NFC hardware disposed proximate the receptacle, an NFC link there between; communicating to the station, via the NFC link, identifying information for the vehicle and a static information of a fueling station of the vehicle; wherein the fueling system comprises a first hydrogen tank and a second hydrogen tank; selecting, by the station and after establishing the NFC link, a vehicle to infrastructure (V2X) communication network based on the identifying information for the vehicle; establishing, between the station and the vehicle, a V2X communication link via the V2X communication network; transmitting, via the V2X communication network, an initial dynamic data of the fueling system comprising an initial pressure of the first hydrogen tank, an initial pressure of the second hydrogen tank, an initial temperature of the first hydrogen tank, and an initial temperature of the second hydrogen tank; delivering through the nozzle, by the station and to the vehicle via the receptacle, pressurized hydrogen to the fueling system to at least partially fill the first hydrogen tank and the second hydrogen tank; monitoring, via the V2X communication network and during the delivering pressurized hydrogen, one or more dynamic data for the first hydrogen tank and the second hydrogen tank. disposing a nozzle of the station within a specified distance of a receptacle on the vehicle to establish, via first near field communication hardware disposed proximate the nozzle and second NFC hardware disposed proximate the receptacle, an NFC link there between; communicating to the station, via the NFC link, identifying information for the vehicle and a static information of a fueling station of the vehicle; wherein the fueling system comprises a first hydrogen tank and a second hydrogen tank; selecting, by the station and after establishing the NFC link, a vehicle to infrastructure (V2X) communication network based on the identifying information for the vehicle; establishing, between the station and the vehicle, a V2X communication link via the V2X communication network; transmitting, via the V2X communication network, an initial dynamic data of the fueling system comprising an initial pressure of the first hydrogen tank, an initial pressure of the second hydrogen tank, an initial temperature of the first hydrogen tank, and an initial temperature of the second hydrogen tank; delivering through the nozzle, by the station and to the vehicle via the receptacle, pressurized hydrogen to the fueling system to at least partially fill the first hydrogen tank and the second hydrogen tank; monitoring, via the V2X communication network and during the delivering pressurized hydrogen, one or more dynamic data for the first hydrogen tank and the second hydrogen tank.
A method for reducing loads of a wind turbine, the method comprising: determining an angular pitch speed parameter of the rotor blade of the wind turbine, determining the angular pitch speed parameter comprising: monitoring sensor signals generated by at least one sensor associated with the rotor blade, wherein the at least one sensor includes an encoder and wherein the sensor signals are pulses; counting the monitored pulses generated by the encoder, and determining the angular pitch speed parameter of the rotor blade as a function of the counted pulses; determining an operational state of the wind turbine; comparing the angular pitch speed parameter to a predetermined parameter threshold during turbine shutdown; and if the operational state corresponds to a predetermined operational state, yawing a nacelle of the wind turbine away from an incoming wind direction for as long as the angular pitch speed parameter is below the predetermined parameter threshold, wherein the predetermined operational state of the wind turbine comprises at least one of an idling state, a parked state, or a maintenance state. determining an angular pitch speed parameter of the rotor blade of the wind turbine, determining the angular pitch speed parameter comprising: monitoring sensor signals generated by at least one sensor associated with the rotor blade, wherein the at least one sensor includes an encoder and wherein the sensor signals are pulses; counting the monitored pulses generated by the encoder, and determining the angular pitch speed parameter of the rotor blade as a function of the counted pulses; monitoring sensor signals generated by at least one sensor associated with the rotor blade, wherein the at least one sensor includes an encoder and wherein the sensor signals are pulses; counting the monitored pulses generated by the encoder, and determining the angular pitch speed parameter of the rotor blade as a function of the counted pulses; determining an operational state of the wind turbine; comparing the angular pitch speed parameter to a predetermined parameter threshold during turbine shutdown; and if the operational state corresponds to a predetermined operational state, yawing a nacelle of the wind turbine away from an incoming wind direction for as long as the angular pitch speed parameter is below the predetermined parameter threshold, wherein the predetermined operational state of the wind turbine comprises at least one of an idling state, a parked state, or a maintenance state.
A kit comprising a container and a composition comprising at least each of the nucleic acid sequences consisting of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4, SEQ ID NO: 5 and SEQ ID NO: 6, wherein at least one of SEQ ID NO: 3 and SEQ ID NO: 6 is labeled with a radioactive isotope, fluorescent label, ligand, chemiluminescent agent or enzyme.
A probe system for the registration of a differential input signal with a first input network (ENp), which is supplied with a first component (Vinp) of the differential input signal in order to generate a first intermediate signal (Ip), a second input network (ENn), which is supplied with a second component (Vinn) of the differential input signal in order to generate a second intermediate signal (In), a differential amplifier arranged downstream of the input networks (ENp, ENn) in the signal-flow direction for the amplification of the difference between the intermediate signals (Ip,In) and at least one compensation network (KNp, KNn; KNpn) for the compensation of the influence of the input networks (ENp, ENn) on the components (Vinp, Vinn) of the differential input signal, characterised in that the at least one compensation network (KNp, KNn; KNpn) is arranged at the output end of the differential amplifier, that each input network (ENp; ENn) comprises a series circuit of a first resistor (R1p; R1n) and a second resistor (R2p; R2n) and a first capacitor (C1p; C1n), which is connected in parallel to the second resistor (R2p; R2n), and that each compensation network (KNp; KNn) comprises a series connection of a fourth resistor (R4p; R4n) and a fifth resistor (R5p; R5n) and a second capacitor (C2p; C2n; C2pn), which is connected in parallel to the fifth resistor (R5p; R5n).
A formulation suitable to provide an elastomer, said formulation comprising (a) water; (b) at least one alkali metal silicate; (c) at least one polyol component comprising at least an aliphatic polyol containing at least one ester group and bearing at least one pendant alkyl or alkenyl group of at least four carbon atoms, each of said alkyl or alkenyl group being optionally substituted with one or more C1-6 alkyl or hydroxyl substituents; (d) at least one isocyanate selected from the group consisting of diphenylmethane diisocyanate - type isocyanates in the form of its 2,4'-, 2,2'- and 4,4'-isomers and mixtures thereof, the mixtures of diphenylmethane diisocyanates and oligomers thereof and reaction products of said polyisocyanates with components containing isocyanate-reactive hydrogen atoms; and (e) at least one polyether polyol comprising at least one ethylene oxide unit. (a) water; (b) at least one alkali metal silicate; (c) at least one polyol component comprising at least an aliphatic polyol containing at least one ester group and bearing at least one pendant alkyl or alkenyl group of at least four carbon atoms, each of said alkyl or alkenyl group being optionally substituted with one or more C1-6 alkyl or hydroxyl substituents; (d) at least one isocyanate selected from the group consisting of diphenylmethane diisocyanate - type isocyanates in the form of its 2,4'-, 2,2'- and 4,4'-isomers and mixtures thereof, the mixtures of diphenylmethane diisocyanates and oligomers thereof and reaction products of said polyisocyanates with components containing isocyanate-reactive hydrogen atoms; and (e) at least one polyether polyol comprising at least one ethylene oxide unit.
A lamp for a main headlamp of a motor vehicle for producing a low beam, at least comprising - a first incandescent filament, and - a shielding cap for restricting the light emitted by the incandescent filament to a given angular range, - the shielding cap having at least one opening for producing a light beam above a light/dark cutoff line by light emitted by the incandescent filament and passing through the opening, - the light/dark cutoff line being a line separating light areas from dark areas that would be obtained when the shielding cap would not have the opening, and - the opening being approximately slotted in form with an approximately rectangular shape, characterized in that - the longitudinal axis of the opening is arranged approximately perpendicular to the longitudinal axis of the lamp, and - the outline of the opening is incorporated in the outline of the shielding cap. - a first incandescent filament, and - a shielding cap for restricting the light emitted by the incandescent filament to a given angular range, - the shielding cap having at least one opening for producing a light beam above a light/dark cutoff line by light emitted by the incandescent filament and passing through the opening, - the light/dark cutoff line being a line separating light areas from dark areas that would be obtained when the shielding cap would not have the opening, and - the opening being approximately slotted in form with an approximately rectangular shape, - the longitudinal axis of the opening is arranged approximately perpendicular to the longitudinal axis of the lamp, and - the outline of the opening is incorporated in the outline of the shielding cap.
A scroll machine comprising: a first scroll member having a first spiral wrap projecting outwardly from a first end plate, said first scroll member defining a recess; a second scroll member having a second spiral scroll wrap projecting outwardly from a second end plate, said second spiral wrap being intermeshed with said first spiral wrap, said scroll members (50, 66) being mounted for limited axial movement with respect to one another, said scroll members (50, 66) being biased toward one another by a pressurized fluid disposed within said recess; a drive member for causing said scroll members (50, 66) to orbit relative to one another whereby said spiral wraps (54, 64) will create pockets of progressively changing volume between a suction pressure zone at suction pressure and a discharge pressure zone at discharge pressure; a seal disposed within said recess, said seal being biased toward a component of said scroll machine at least by said pressurized fluid to close a first leakage path between said seal and said component extending from said discharge pressure zone to said suction pressure zone; and a valve assembly (150, 268) for releasing said pressurized fluid whereby said scroll members (50, 66) will move axially with respect to one another to open a second leakage path between said suction pressure zone and said discharge pressure zone to modulate the output of the compressor, characterised in that: said seal is biased toward said component when said second leak path is open. a first scroll member having a first spiral wrap projecting outwardly from a first end plate, said first scroll member defining a recess; a second scroll member having a second spiral scroll wrap projecting outwardly from a second end plate, said second spiral wrap being intermeshed with said first spiral wrap, said scroll members (50, 66) being mounted for limited axial movement with respect to one another, said scroll members (50, 66) being biased toward one another by a pressurized fluid disposed within said recess; a drive member for causing said scroll members (50, 66) to orbit relative to one another whereby said spiral wraps (54, 64) will create pockets of progressively changing volume between a suction pressure zone at suction pressure and a discharge pressure zone at discharge pressure; a seal disposed within said recess, said seal being biased toward a component of said scroll machine at least by said pressurized fluid to close a first leakage path between said seal and said component extending from said discharge pressure zone to said suction pressure zone; and a valve assembly (150, 268) for releasing said pressurized fluid whereby said scroll members (50, 66) will move axially with respect to one another to open a second leakage path between said suction pressure zone and said discharge pressure zone to modulate the output of the compressor, characterised in that: said seal is biased toward said component when said second leak path is open. said seal is biased toward said component when said second leak path is open.