mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the parameters connected to the run times of elevators and for using said parameters in controlling the elevators in an elevator system, which comprises one or more elevators, which method comprises the phases: a plurality of floor pairs is selected from the plurality of floors (F1 - F10) served by the elevators; measuring runs between the selected floor pairs are performed with one or more elevators; the run events connected to the measuring runs are registered; on the basis of the run events a plurality of run time parameters connected to the run times is determined; and the aforementioned run time parameters are used for controlling the elevators when the elevators are in transport operation, characterized in that the method further comprises the phases: during a measuring run a call to a floor (F1 - F10) between the floor pair is generated at a time determined by the given call advance, whereby a call advance refers to the time before which a call must be given to a moving elevator to a floor on the run route in order for the elevator to have time to stop at the floor in question; the call advance is changed on the basis of the run events registered during the measuring run; the measuring run is repeated, changing the call advance until the termination condition for the repetition is fulfilled; the value of the call advance is determined on the basis of the repeated measuring runs; and the value of the call advance is recorded for use in controlling elevators when the elevators are in transport operation. a plurality of floor pairs is selected from the plurality of floors (F1 - F10) served by the elevators; measuring runs between the selected floor pairs are performed with one or more elevators; the run events connected to the measuring runs are registered; on the basis of the run events a plurality of run time parameters connected to the run times is determined; and the aforementioned run time parameters are used for controlling the elevators when the elevators are in transport operation, characterized in that the method further comprises the phases: during a measuring run a call to a floor (F1 - F10) between the floor pair is generated at a time determined by the given call advance, whereby a call advance refers to the time before which a call must be given to a moving elevator to a floor on the run route in order for the elevator to have time to stop at the floor in question; the call advance is changed on the basis of the run events registered during the measuring run; the measuring run is repeated, changing the call advance until the termination condition for the repetition is fulfilled; the value of the call advance is determined on the basis of the repeated measuring runs; and the value of the call advance is recorded for use in controlling elevators when the elevators are in transport operation.
A method of servicing a fuel nozzle, the method comprising: removing material from a nozzle tip of the fuel nozzle to form an annular groove within the nozzle tip; inserting a replacement coupon into the annular groove, wherein the replacement coupon includes a radially outermost surface that corresponds with the annular groove such that the replacement coupon is fully seated within, and entirely in contact with, the annular groove and a post-removal contact surface; fixedly coupling the radially outermost surface of the replacement coupon to the annular groove. removing material from a nozzle tip of the fuel nozzle to form an annular groove within the nozzle tip; inserting a replacement coupon into the annular groove, wherein the replacement coupon includes a radially outermost surface that corresponds with the annular groove such that the replacement coupon is fully seated within, and entirely in contact with, the annular groove and a post-removal contact surface; fixedly coupling the radially outermost surface of the replacement coupon to the annular groove.
A fertilizing and/or biostimulating composition containing one or more fertilizing materials chosen from urea, ammonium sulfate, ammonium nitrate, natural phosphate, potassium chloride, ammonium sulfate, magnesium nitrate, manganese nitrate, zinc nitrate, copper nitrate, phosphoric acid and boric acid, containing at least one fructooligosaccharide comprising from 2 to 10 monosaccharide units, which fructooligosaccharide is optionally sulphated, and characterized in that it contains a mixture of Glucose-(Fructose) n or Mannose-(Fructose) n, in which n ranges from 1 to 3.
A supercapacitor comprising: a first electrode, a second electrode, an ion carrying medium configured to ionically connect the first electrode and the second electrode, wherein the first electrode has a first electrode ion carrying medium facing surface and the second electrode has a second electrode ion carrying medium facing surface, a first solid electrical insulation layer covering the entire first electrode ion carrying medium facing surface, which thereby defines a barrier between the first electrode and the entire ion carrying medium, and a second solid electrical insulation layer covering the entire second electrode ion carrying medium facing surface, which thereby defines a barrier between the second electrode and the entire ion carrying medium, characterised in that the material of the first solid electrical insulation layer and of the second solid electrical insulation layer has a dielectric breakdown strength of at least 25 V/μm, and wherein the thickness of the first solid electrical insulation layer and of the second solid electrical insulation layer is such that the dielectric breakdown voltage of each of the first solid electrical insulation layer and the second solid electrical insulation layer is at least 2.5 volt. a first electrode, a second electrode, an ion carrying medium configured to ionically connect the first electrode and the second electrode, wherein the first electrode has a first electrode ion carrying medium facing surface and the second electrode has a second electrode ion carrying medium facing surface, a first solid electrical insulation layer covering the entire first electrode ion carrying medium facing surface, which thereby defines a barrier between the first electrode and the entire ion carrying medium, and a second solid electrical insulation layer covering the entire second electrode ion carrying medium facing surface, which thereby defines a barrier between the second electrode and the entire ion carrying medium, characterised in that the material of the first solid electrical insulation layer and of the second solid electrical insulation layer has a dielectric breakdown strength of at least 25 V/μm, and wherein the thickness of the first solid electrical insulation layer and of the second solid electrical insulation layer is such that the dielectric breakdown voltage of each of the first solid electrical insulation layer and the second solid electrical insulation layer is at least 2.5 volt.
An impeller assembly associable with a centrifugal pump comprising a first disk having a flat surface provided with a central hole and a plurality of ribs obtained by pressing on a face of said first disk, wherein said ribs protrude from said flat surface; a second disk having a flat surface provided with a central hole; wherein said first disk and said second disk are firmly assembled with each other, so that a plurality of channels separated by the said ribs are formed between said first disk and said second disk, wherein said first disk and said second disk are assembled by welding; characterized in that said first disk has a circular lowering at said central hole, protruding from said flat surface in an opposite direction with respect to said ribs, said circular lowering being suitable for defining the coupling seat with a member of junction to a shaft for transmitting the motion to the impeller assembly.
A device for the stripping of frame formwork elements following the construction of walls from concrete, said frame formwork elements comprising a rectangular frame of two vertical profile pipes and two horizontal profile pipes and several intermediate struts connecting the two vertical profile pipes, said intermediate struts being provided with holes formed at a spacing (a), characterized in that the device - has a first strip-shaped rectangular element made of steel having a length, on which element a bolt standing perpendicular to the lower side of the first element is attached, wherein the bolt can be plugged into a hole of an intermediate strut and further - comprises a second strip-shaped rectangular element made of steel which is welded to the first element at a right angle to the first element along a longitudinal edge, wherein the second element has a greater length than the length of the first element such that the second element laterally protrudes over both side edges of the first element. - has a first strip-shaped rectangular element made of steel having a length, on which element a bolt standing perpendicular to the lower side of the first element is attached, wherein the bolt can be plugged into a hole of an intermediate strut and further - comprises a second strip-shaped rectangular element made of steel which is welded to the first element at a right angle to the first element along a longitudinal edge, wherein the second element has a greater length than the length of the first element such that the second element laterally protrudes over both side edges of the first element.
An image processing system for processing a digital image, the image processing system comprising: - an input module for receiving the digital image, the digital image comprising luminance image data and chrominance image data, - a background reduction module for generating modified luminance image data by applying a background reduction method to the luminance image data, - a shade enhancement module for generating luminance correction image data by applying a shade enhancement method to the chrominance image data, - a merging module for generating adjusted luminance image data by merging the modified luminance image data and the luminance correction image data, and - a conversion module for converting the adjusted luminance image data to an output digital image. - an input module for receiving the digital image, the digital image comprising luminance image data and chrominance image data, - a background reduction module for generating modified luminance image data by applying a background reduction method to the luminance image data, - a shade enhancement module for generating luminance correction image data by applying a shade enhancement method to the chrominance image data, - a merging module for generating adjusted luminance image data by merging the modified luminance image data and the luminance correction image data, and - a conversion module for converting the adjusted luminance image data to an output digital image.
An optical device (100, 200, 300) for an optical network, the optical device comprising: an optical input for receiving an optical signal; a passive optical component (112, 202, 302); a memory device (114, 204) for storing information relating to the passive optical component; an optical splitter configured to power split off a portion of the received optical signal to form a split optical signal and to output a the remaining optical power of the received optical signal to the passive optical component; a photodetector (118, 210) configured to receive the split optical signal and configured to generate a corresponding photodetector output signal; an accumulator configured to be charged by the photodetector output signal; a laser configured to be powered by the accumulator; a controller (124, 206) configured to, in response to a trigger from the photodetector, read said information from the memory device and to cause the laser to transmit an optical signal carrying a message based on said information read from the memory device; and an optical output for outputting the optical signal. an optical input for receiving an optical signal; a passive optical component (112, 202, 302); a memory device (114, 204) for storing information relating to the passive optical component; an optical splitter configured to power split off a portion of the received optical signal to form a split optical signal and to output a the remaining optical power of the received optical signal to the passive optical component; a photodetector (118, 210) configured to receive the split optical signal and configured to generate a corresponding photodetector output signal; an accumulator configured to be charged by the photodetector output signal; a laser configured to be powered by the accumulator; a controller (124, 206) configured to, in response to a trigger from the photodetector, read said information from the memory device and to cause the laser to transmit an optical signal carrying a message based on said information read from the memory device; and an optical output for outputting the optical signal.
A harvesting machine for harvesting fruits from the ground; the machine comprising a cart configured to advance on the ground for harvesting along a harvesting direction; at least one picking member for picking up, from the ground, a harvested material consisting of said fruits and of foreign bodies mixed therewith, or arranged around, the fruits; an outlet opening for the fruits; means,,,, for feeding said harvested material towards said outlet along a cleaning path for the harvested material and cleaning means arranged along said cleaning path to separate said foreign bodies from said fruits, characterised in that said cleaning means comprise blowing means configured to generate at least one airflow for cleaning the harvested material and comprising at least one outlet for said cleaning airflow; said outlet being arranged above said cleaning path and orientated to direct said cleaning airflow towards said harvested material.
A wire harness to be wired from a vehicle body to a sliding door of a motor vehicle, comprising: an electric wire; and a curvature restricting member, wherein the curvature restricting member includes a connecting portion extending in a strip-like fashion in a length direction of the electric wire, and a plurality of pieces upwardly extending from one widthwise end or both widthwise ends of the connecting portion and arranged in a length direction of the connecting portion, the curvature restricting member is capable of being curved in an orientation in which the connecting portion is arranged inside and the pieces are arranged outside, and in an inverse orientation, curvature of the curvature restricting member is limited by adjacent pieces being abutted onto each other, and the connecting portion includes a portion with high flexibility and a portion with low flexibility, in which a portion in vicinity of the sliding door has high flexibility. an electric wire; and a curvature restricting member, wherein the curvature restricting member includes a connecting portion extending in a strip-like fashion in a length direction of the electric wire, and a plurality of pieces upwardly extending from one widthwise end or both widthwise ends of the connecting portion and arranged in a length direction of the connecting portion, the curvature restricting member is capable of being curved in an orientation in which the connecting portion is arranged inside and the pieces are arranged outside, and in an inverse orientation, curvature of the curvature restricting member is limited by adjacent pieces being abutted onto each other, and the connecting portion includes a portion with high flexibility and a portion with low flexibility, in which a portion in vicinity of the sliding door has high flexibility.
A dialysis fluid flow control system comprising: a pumping cassette interface including a pump area operable with a pump chamber of a disposable cassette; the cassette interface further including a volumetric reference chamber (210a, 210b) used in a volumetric control of a dialysis fluid pumped pneumatically into and out of the pump chamber of the disposable cassette; a heater connected operably to the cassette interface; and a controller connected operably to the heater so as to cause the heater to heat at least a portion of the cassette interface to a desired temperature. a pumping cassette interface including a pump area operable with a pump chamber of a disposable cassette; the cassette interface further including a volumetric reference chamber (210a, 210b) used in a volumetric control of a dialysis fluid pumped pneumatically into and out of the pump chamber of the disposable cassette; a heater connected operably to the cassette interface; and a controller connected operably to the heater so as to cause the heater to heat at least a portion of the cassette interface to a desired temperature.
A woven fabric, comprising: a warp component including warp yarns; and a weft component including weft yarns interwoven with the warp yarns to define the woven fabric, characterized in that: at least one of a) the warp component, and b) the weft component includes a plurality of multi-core yarns, each multi-core yarn having a length and comprising a sheath of dyed staple fibers twisted together, wherein a first and a second hollow core extend through the sheath of staple fibers along the length of the multi-core yarn, the cross-sectional dimension (F1, F2) of each hollow core (188a, 188b) along the length of the multi-core yarn being between about 4% to about 20% cross-sectional dimension of the yarn and the total cross-sectional dimensions of the first and second hollow cores along the length of the multi-core yarn being between 8% and about 40% cross sectional dimension of the yarn. a warp component including warp yarns; and a weft component including weft yarns interwoven with the warp yarns to define the woven fabric, characterized in that: at least one of a) the warp component, and b) the weft component includes a plurality of multi-core yarns, each multi-core yarn having a length and comprising a sheath of dyed staple fibers twisted together, wherein a first and a second hollow core extend through the sheath of staple fibers along the length of the multi-core yarn, the cross-sectional dimension (F1, F2) of each hollow core (188a, 188b) along the length of the multi-core yarn being between about 4% to about 20% cross-sectional dimension of the yarn and the total cross-sectional dimensions of the first and second hollow cores along the length of the multi-core yarn being between 8% and about 40% cross sectional dimension of the yarn. at least one of a) the warp component, and b) the weft component includes a plurality of multi-core yarns, each multi-core yarn having a length and comprising a sheath of dyed staple fibers twisted together, wherein a first and a second hollow core extend through the sheath of staple fibers along the length of the multi-core yarn, the cross-sectional dimension (F1, F2) of each hollow core (188a, 188b) along the length of the multi-core yarn being between about 4% to about 20% cross-sectional dimension of the yarn and the total cross-sectional dimensions of the first and second hollow cores along the length of the multi-core yarn being between 8% and about 40% cross sectional dimension of the yarn.
Tubular, seamless, water-vapour-permeable, smokable, biaxially draw-oriented and partially or completely heat-set food casing having at least two layers based on thermoplastic polymers, characterized in that at least one layer A, which does not form the inside layer, comprises a blend of aliphatic (co)polyamide and at least one hydrophilic polymer, and in that the inside layer I comprises a blend of 40 to 90 % by weight of aliphatic (co)polyamide and 60 to 10 % by weight of a block copolymer selected from polyether-amide, polyether-ester and polyether-urethane, the inside layer I optionally comprising one or more additives selected from agents which lower the tendency of the casing surfaces to block to one another, polysaccharides, mineral fillers, dyes and pigments.
A fuel injection control device for an internal combustion engine comprising a common-rail for accumulating pressurized fuel pressurized by a pump, whereby an automatic engine stopping and restarting device is configured for automatically stopping and restarting the engine without turning off an ignition switch when a vehicle speed becomes zero, cha racterized in that, when it is required that the pressure within the Common-rail during the engine-stopping is not reduced to zero, if the pressure within the common-rail is higher than a target value, the pressure within the common-rail is reduced by a predetermined amount, during the engine stopping due to an operation of the automatic engine stopping and restarting device, the pressure within the common-rail is maintained at a pressure higher than the pressure within the common-rail allowing fuel to be injected and the pump is not operating during the engine stop, and the time when it is required that the pressure within the common-rail during engine stopping is not reduced to zero is the time when it is required that the engine is stopped with an operation of the automatic engine stopping and restarting device. when it is required that the pressure within the Common-rail during the engine-stopping is not reduced to zero, if the pressure within the common-rail is higher than a target value, the pressure within the common-rail is reduced by a predetermined amount, during the engine stopping due to an operation of the automatic engine stopping and restarting device, the pressure within the common-rail is maintained at a pressure higher than the pressure within the common-rail allowing fuel to be injected and the pump is not operating during the engine stop, and the time when it is required that the pressure within the common-rail during engine stopping is not reduced to zero is the time when it is required that the engine is stopped with an operation of the automatic engine stopping and restarting device.
Delivery unit for delivering fuel in a fuel tank of a motor vehicle, with a swirl pot for collecting the fuel and with a prefilter for filtering fuel sucked up from the swirl pot, wherein the prefilter is arranged within the swirl pot, characterized in that the prefilter is connected to the swirl pot with a cohesive material joint by the prefilter being inserted into an injection mould and being encapsulated by the plastic of the swirl pot during the manufacturing of the swirl pot, or is manufactured as one piece with the swirl pot.
Method for real-time communication, using a technology of WebRTC type, between web browsers on a communication network of Internet type, comprising: - preliminary loading, by a first web browser of a first terminal associated with a first user, of a web application provided by an application server, said web application providing functionalities for real-time communication between web browsers; - sending, by the first browser, via said web application, to the application server, of a call setup request including an identifier of a user intended to receive the call, termed second user; said method being characterized in that it furthermore includes the following steps: - determining (S22, S23, S24) a state of availability of the second user to respond to the call setup request; - automatic redirection to a web address of a mail service associated with said second user when the second user is in the unavailable state. - preliminary loading, by a first web browser of a first terminal associated with a first user, of a web application provided by an application server, said web application providing functionalities for real-time communication between web browsers; - sending, by the first browser, via said web application, to the application server, of a call setup request including an identifier of a user intended to receive the call, termed second user; said method being characterized in that it - determining (S22, S23, S24) a state of availability of the second user to respond to the call setup request; - automatic redirection to a web address of a mail service associated with said second user when the second user is in the unavailable state.