mhurhangee/ep-ind-claims huggingface dataset:
Method for creating a power forecast for at least one wind power installation about an expected output power of the at least one wind power installation, wherein the at least one wind power installation is installed at an installation site, and the method comprises the steps of - determining a normal forecast, - checking for at least one special weather phenomenon leading to a systematic error in the normal forecast, - ascertaining at least one correction rule for correcting the normal forecast if a special weather phenomenon was identified during the checking, and - correcting the normal forecast in accordance with the at least one ascertained correction rule in order to obtain an adjusted power forecast, characterized in that - days with strong radiation constitute a special weather phenomenon, wherein - on such days with strong radiation in the daytime over the course of one or more days, a high solar radiation above a predeterminable radiation limit value is present, and - a time-dependent correction profile is determined as the correction rule on the basis of the days with strong radiation, in particular on the basis of the high solar radiation and/or in that - low-level jet nights constitute a special weather phenomenon, wherein - on such low-level jet nights, a stable boundary layer is formed by the formation of a nocturnal ground inversion, and a high jet wind speed having a value above a predeterminable jet limit value is formed above this stable boundary layer, and in particular - a time-dependent correction profile is determined as the correction rule on the basis of the jet wind speed. - determining a normal forecast, - checking for at least one special weather phenomenon leading to a systematic error in the normal forecast, - ascertaining at least one correction rule for correcting the normal forecast if a special weather phenomenon was identified during the checking, and - correcting the normal forecast in accordance with the at least one ascertained correction rule in order to obtain an adjusted power forecast, characterized in that - days with strong radiation constitute a special weather phenomenon, wherein - on such days with strong radiation in the daytime over the course of one or more days, a high solar radiation above a predeterminable radiation limit value is present, and - a time-dependent correction profile is determined as the correction rule on the basis of the days with strong radiation, in particular on the basis of the high solar radiation and/or in that - low-level jet nights constitute a special weather phenomenon, wherein - on such low-level jet nights, a stable boundary layer is formed by the formation of a nocturnal ground inversion, and a high jet wind speed having a value above a predeterminable jet limit value is formed above this stable boundary layer, and in particular - a time-dependent correction profile is determined as the correction rule on the basis of the jet wind speed.
A dishwasher comprising: a tub to accommodate a tableware; a spraying arm (3,5) to spray washing water into the tub; a steam supply unit to discharge steam into the tub; a sump to store the washing water; and a pump to supply the washing water stored in the sump to the spraying arm (3,5) and to generate steam to supply to the steam supply unit, wherein the pump comprises a housing comprising a negative pressure chamber coupled to the sump and a positive pressure chamber coupled to the spraying arm (3,5); a washing water inlet pipe which is coupled to the negative pressure chamber to introduce the washing water from the sump; a washing water outlet pipe coupled to the positive pressure chamber to discharge the washing water to the spraying arm (3,5); an impeller disposed in the housing to transfer the washing water from the washing water inlet pipe to the washing water outlet pipe; a heater coupled to the housing to heat the washing water in the housing and generate steam; and a steam discharge pipe coupled to the washing water outlet pipe to discharge the steam generated by the heater, wherein the steam discharge pipe is disposed at a circumferential surface side of the washing water outlet pipe, wherein the steam supply unit is coupled to the steam discharge pipe, and wherein a pipe direction of the steam discharge pipe is inclined to an upward direction from a horizontal direction. a tub to accommodate a tableware; a spraying arm (3,5) to spray washing water into the tub; a steam supply unit to discharge steam into the tub; a sump to store the washing water; and a pump to supply the washing water stored in the sump to the spraying arm (3,5) and to generate steam to supply to the steam supply unit, wherein the pump comprises a housing comprising a negative pressure chamber coupled to the sump and a positive pressure chamber coupled to the spraying arm (3,5); a washing water inlet pipe which is coupled to the negative pressure chamber to introduce the washing water from the sump; a washing water outlet pipe coupled to the positive pressure chamber to discharge the washing water to the spraying arm (3,5); an impeller disposed in the housing to transfer the washing water from the washing water inlet pipe to the washing water outlet pipe; a heater coupled to the housing to heat the washing water in the housing and generate steam; and a steam discharge pipe coupled to the washing water outlet pipe to discharge the steam generated by the heater, wherein the steam discharge pipe is disposed at a circumferential surface side of the washing water outlet pipe, wherein the steam supply unit is coupled to the steam discharge pipe, and wherein a pipe direction of the steam discharge pipe is inclined to an upward direction from a horizontal direction.
A method for composition control of copper indium gallium diselenide (CIGS) solar cells fabricated by a co-evaporation deposition process in a process chamber comprising evaporation sources (11-13, 26) with Cu, In, Ga and Se, said method comprising the step of measuring the individual amounts of elements in the deposited layer and providing sets of evaporation sources (11, 12, 13) in rows over the width of a substrate, measuring the individual amounts of elements in the deposited layer in each row, and controlling the evaporant fluxes in the respective rows in order to provide a CIGS film of uniform composition of elements, characterized by detecting where the transition from copper rich to copper deficient composition occurs by using a physical parameter related to the same transition, the position of said transition being referred to as a reference transition point, detecting a shift of the transition point using the physical parameter, and adjusting the evaporant fluxes in order to bring the transition point back to the reference transition point.
Domestic refrigerating apparatus having a cabinet, in which at least one compartment for the preservation of products is defined, and an air circulation and treatment device which comprises: - a casing (13, 14) having at least one air inlet and at least one air outlet, the casing having a supporting part fixed to a wall of said compartment, - a fan (11, 12), mounted in said casing (13, 14), having at least one impeller and one motor controlled by a control system of the refrigerator, and - air-treatment means (15; 15') adapted to be struck by a flow of forced air (IN, OUT) induced by the operation of the fan (11, 12), the treatment means (15; 15') being of replaceable type and comprising one cartridge element having a structural part defining a containing volume for an air treatment material, the cartridge element has an elongated shape, characterised in that at least one of said air inlet and air outlet consists of one slot formed in a wall of said casing (13, 14), from which one respective air-directing duct (14c; 30) extends towards the inside of the casing (13, 14), said one duct (14c; 30) being defined by said casing (13, 14) and having a passage section of oblong shape, and in that said cartridge element is prearranged for coupling with said one duct (14c, 30), said structural part being configured to mechanically couple with an inner end portion of said one duct (14c; 30) opposite to said slot, such that the air flow is concentrated by said one duct (14c, 30) through the treatment material for a homogenous exploitation thereof. - a casing (13, 14) having at least one air inlet and at least one air outlet, the casing having a supporting part fixed to a wall of said compartment, - a fan (11, 12), mounted in said casing (13, 14), having at least one impeller and one motor controlled by a control system of the refrigerator, and - air-treatment means (15; 15') adapted to be struck by a flow of forced air (IN, OUT) induced by the operation of the fan (11, 12), the treatment means (15; 15') being of replaceable type and comprising one cartridge element having a structural part defining a containing volume for an air treatment material,
A system, comprising: a cylinder; a piston positioned within the cylinder, the piston operable to move within the cylinder from a retracted position to an extended position; a vacuum port facilitating application of a vacuum pressure to the cylinder, the vacuum pressure resulting in a vacuum force being applied to the piston, the vacuum force causing the piston to move toward the retracted position; a spring member configured to apply a spring force to the piston when the piston is in the retracted position, the spring force offsetting at least a portion of the vacuum force; and a sensor operable to generate a displacement signal in response to detecting movement of the piston from the retracted position toward the extended position. a cylinder; a piston positioned within the cylinder, the piston operable to move within the cylinder from a retracted position to an extended position; a vacuum port facilitating application of a vacuum pressure to the cylinder, the vacuum pressure resulting in a vacuum force being applied to the piston, the vacuum force causing the piston to move toward the retracted position; a spring member configured to apply a spring force to the piston when the piston is in the retracted position, the spring force offsetting at least a portion of the vacuum force; and a sensor operable to generate a displacement signal in response to detecting movement of the piston from the retracted position toward the extended position.
An aqueous composition for killing spores, comprising: water; an antimicrobial agent, the antimicrobial agent being peracetic acid; a peroxide, the peroxide being hydrogen peroxide; acetic acid; and sulfuric acid; the concentration of the peroxide in the water being in the range from 0.1 to 6.5% by weight, the concentration of the antimicrobial agent being in the range from 0.005 to 0.16% by weight, the weight ratio of the antimicrobial agent to the peroxide being in the range from 0.001 to 0.2, the concentration of the acetic acid being in the range from 0.001 to 0.3% by weight, the concentration of the sulfuric acid being in the range from 0.001 to 0.3% by weight.
Electronic module having the following features: at least one support plate, wherein a contact-making side of the support plate has at least one contact element; and at least one electronic component which is arranged on the contact-making side, wherein the contact element projects beyond the electronic component, wherein the support plate has at least one passage opening, wherein the passage opening is arranged opposite the electronic component and is in the form of a fluidic channel between the contact-making side and a side of the support plate which is situated opposite the contact-making side, wherein the electronic component has a sensitive region for detecting at least one physical property of an external environment of the electronic module, wherein the sensitive region is situated opposite the contact-making side, characterized in that the passage opening is arranged offset in relation to the sensitive region, and wherein the sensitive region is completely covered by the support plate. at least one support plate, wherein a contact-making side of the support plate has at least one contact element; and at least one electronic component which is arranged on the contact-making side, wherein the contact element projects beyond the electronic component, wherein the support plate has at least one passage opening, wherein the passage opening is arranged opposite the electronic component and is in the form of a fluidic channel between the contact-making side and a side of the support plate which is situated opposite the contact-making side, wherein the electronic component has a sensitive region for detecting at least one physical property of an external environment of the electronic module, wherein the sensitive region is situated opposite the contact-making side, characterized in that the passage opening is arranged offset in relation to the sensitive region, and wherein the sensitive region is completely covered by the support plate.
A packet transmitting method that determines a transfer destination of an explicit multicast packet containing a destination list in which addresses of a plurality of destination nodes are written based on the destination list, the packet transmitting method comprising: a group classification step of a first node classifying the destination nodes into a unicast destination group for unicast and a link level multicast destination group for link level multicast; a transmitting step (S903, S804) of the first node transmitting the packet by means of a unicast or a link level multicast in accordance with a classification by the group classification step; and a receiving step of a second node receiving the packet transmitted by the first node by means of the link level multicast, characterized in that the packet transmitting method further comprises: a recording step of the second node recording an interface which received the packet; a reverse transfer inhibition step of the second node determining a distribution-unperformed destination node which has an address written in the destination list and which is connected to an interface other than the recorded interface in the second node to be a transfer destination; and a transferring step (S903, S804) of the second node transferring the received packet only to the determined transfer destination. a group classification step of a first node classifying the destination nodes into a unicast destination group for unicast and a link level multicast destination group for link level multicast; a transmitting step (S903, S804) of the first node transmitting the packet by means of a unicast or a link level multicast in accordance with a classification by the group classification step; and a receiving step of a second node receiving the packet transmitted by the first node by means of the link level multicast, characterized in that the packet transmitting method further comprises: a recording step of the second node recording an interface which received the packet; a reverse transfer inhibition step of the second node determining a distribution-unperformed destination node which has an address written in the destination list and which is connected to an interface other than the recorded interface in the second node to be a transfer destination; and a transferring step (S903, S804) of the second node transferring the received packet only to the determined transfer destination.
A device for removing occlusive material from a vessel comprising a handle, a catheter, and a cutter assembly, wherein the cutter assembly comprises a cutter housing and a cutter configured to rotate within the housing, wherein the cutter comprises at least one helical flute forming a cutting blade, characterized in that the cutting blade has a positive rake angle between about 60 degrees and about 80 degrees, wherein the rake angle is defined as the angle between a radius drawn from a rotational axis of the cutting blade to a most radially distant edge of the cutting blade and a tangent drawn from the inner face of the cutter blade.
A liquid-drug administration device comprising: an actuator (11, 201, 203, 205); a gear (13, 17) driven by the actuator (11, 201, 203, 205); an output shaft (19, 19') provided on a rotation axis of the gear (13, 17) to slide a plunger (103, 103') in a liquid-drug container containing liquid-drug; and an occlusion detector provided between the actuator (11, 201, 203, 205) and the output shaft (19, 19') to detect occlusion in a flow passage for liquid-drug supplied from the liquid-drug container, characterized in that the occlusion detector includes a fixed slit disk that has a slit in a disk face and rotates in synchronization with rotation of an actuator output, a second slit disk that has a slit in a disk face and rotates in synchronization with rotation of the output shaft (19, 19'), the second slit disk being coaxially and overlappingly assembled to the fixed slit disk, and an elastic member that connects the fixed slit disk to the second slit disk to cause a delay in rotation of the second slit disk with respect to the rotation of the fixed slit disk in response to rise in back pressure on the second slit disk, whereby the occlusion detector includes an optical sensor that detects overlapping of the slit of the fixed slit disk and the slit of the second slit disk, and a processing unit that determines whether occlusion has occurred in a flow passage for liquid-drug supplied by driving of the output shaft (19, 19'), the determination being made based on a signal obtained by the optical sensor. an actuator (11, 201, 203, 205); a gear (13, 17) driven by the actuator (11, 201, 203, 205); an output shaft (19, 19') provided on a rotation axis of the gear (13, 17) to slide a plunger (103, 103') in a liquid-drug container containing liquid-drug; and an occlusion detector provided between the actuator (11, 201, 203, 205) and the output shaft (19, 19') to detect occlusion in a flow passage for liquid-drug supplied from the liquid-drug container, characterized in that the occlusion detector includes a fixed slit disk that has a slit in a disk face and rotates in synchronization with rotation of an actuator output, a second slit disk that has a slit in a disk face and rotates in synchronization with rotation of the output shaft (19, 19'), the second slit disk being coaxially and overlappingly assembled to the fixed slit disk, and an elastic member that connects the fixed slit disk to the second slit disk to cause a delay in rotation of the second slit disk with respect to the rotation of the fixed slit disk in response to rise in back pressure on the second slit disk, whereby the occlusion detector includes an optical sensor that detects overlapping of the slit of the fixed slit disk and the slit of the second slit disk, and a processing unit that determines whether occlusion has occurred in a flow passage for liquid-drug supplied by driving of the output shaft (19, 19'), the determination being made based on a signal obtained by the optical sensor.
A maintenance method comprising providing a maintenance system according to claim 8 and the steps of: collecting data related to at least one optical parameter from a conveyor; comparing the data to reference data related to the at least one optical parameter; and determining whether the conveyor requires cleaning based on the comparison, the method further comprises determining that the conveyor is in a particular physical position, wherein collecting data comprises collecting data based on determining that the conveyor is in the particular physical position, collecting data related to at least one optical parameter from a conveyor; comparing the data to reference data related to the at least one optical parameter; and determining whether the conveyor requires cleaning based on the comparison, the method further comprises determining that the conveyor is in a particular physical position, wherein collecting data comprises collecting data based on determining that the conveyor is in the particular physical position,
An electroosmotic pump, comprising: a membrane that allows a fluid to move therethrough; and a first electrode and a second electrode which are respectively provided at two opposite sides of the membrane, and each of which is formed of a porous material or has a porous structure to allow a fluid to move therethrough; wherein each of the first electrode and the second electrode contains a conductive polymer in which an anionic polymer is included; wherein an electrochemical reaction of the first electrode and the second electrode takes place as a cation is moved in a direction whereby a charge balance is established; and wherein the conductive polymer incurs a reversible electrochemical reaction; characterized in that the electrochemical reaction is allowed to occur in a forward direction and in a reverse direction repeatedly by supplying a voltage to each of the first electrode and the second electrode while reversing a polarity of the voltage alternately, thus generating a pumping force through repeated reciprocating movements of the fluid; and in that each of the first electrode and the second electrode is consumed and reproduced repeatedly by the electrochemical reaction that occurs in the forward direction and in the reverse direction repeatedly. a membrane that allows a fluid to move therethrough; and a first electrode and a second electrode which are respectively provided at two opposite sides of the membrane, and each of which is formed of a porous material or has a porous structure to allow a fluid to move therethrough;
A high strength, high toughness steel alloy having good temper resistance, said alloy comprising, in weight percent: Carbon 0.37-0.45 Manganese 0.7-1.2 Silicon 1.3-2.1 Phosphorus 0.01 max. Sulfur 0.001 max. Chromium 1.0 - 1.5 Nickel 3.5 - 4.5 Molybdenum 0.4-1.1 Copper 0.5 - 0.6 Cobalt 0.01 max. Vanadium 0.25 - 0.35 Titanium 0.01 max. Calcium up to 0.005 the balance being iron and usual impurities, and wherein 6 ≤ % Si + % Cu / % V ≤ 12.
A valve, comprising: an in-line flow passage; a shut-off mechanism; and a multi-stage throttling section (26, 132) disposed in the in-line flow passage, wherein the multi-stage throttling section comprises a first throttling component and a second throttling component in series with the first throttling component; the first throttling component comprises one or more throttling discs (96, 106); the second throttling component comprises one or more throttling discs (96, 108); characterized in that: the first throttling component is formed from a first material and the second throttling component is formed from a second material that is different from the first material, wherein the second material is more ductile than the first material; the second throttling component being disposed downstream from the first throttling component. an in-line flow passage; a shut-off mechanism; and a multi-stage throttling section (26, 132) disposed in the in-line flow passage, wherein the multi-stage throttling section comprises a first throttling component and a second throttling component in series with the first throttling component; the first throttling component comprises one or more throttling discs (96, 106); the second throttling component comprises one or more throttling discs (96, 108); characterized in that: the first throttling component is formed from a first material and the second throttling component is formed from a second material that is different from the first material, wherein the second material is more ductile than the first material; the second throttling component being disposed downstream from the first throttling component.