mhurhangee/ep-ind-claims huggingface dataset:
A method of merging a plurality of unsynchronized beacon groups in a wireless network, each beacon group comprising at least one wireless device, the method comprising: receiving a first beacon from at least one first wireless device in a first beacon group, the first wireless device having a first directional antenna, wherein the first beacon includes information indicating whether the first directional antenna is fixed or steerable; receiving a second beacon from at least one second wireless device in a second beacon group that is not synchronized with the first beacon group, the second wireless device having a second directional antenna, wherein the second beacon includes information indicating whether the second directional antenna is fixed or steerable; determining whether the first beacon group can be relocated based on whether the first directional antenna is steerable or fixed, and upon determination that the first beacon group can be relocated, relocating a first response beacon and sending the relocated first response beacon to the first wireless device in the first beacon group, the relocated first response beacon instructing the first wireless device to relocate the first beacon, wherein the second beacon, the relocated first response beacon, and the relocated first beacon are synchronized. receiving a first beacon from at least one first wireless device in a first beacon group, the first wireless device having a first directional antenna, wherein the first beacon includes information indicating whether the first directional antenna is fixed or steerable; receiving a second beacon from at least one second wireless device in a second beacon group that is not synchronized with the first beacon group, the second wireless device having a second directional antenna, wherein the second beacon includes information indicating whether the second directional antenna is fixed or steerable; determining whether the first beacon group can be relocated based on whether the first directional antenna is steerable or fixed, and upon determination that the first beacon group can be relocated, relocating a first response beacon and sending the relocated first response beacon to the first wireless device in the first beacon group, the relocated first response beacon instructing the first wireless device to relocate the first beacon, wherein the second beacon, the relocated first response beacon, and the relocated first beacon are synchronized.
A method for managing smart meters (202 1, 202 2,..., 202 n, 203 1, 203 2,..., 203 n) with a management platform (101, 201), said method comprising communicating with said smart meters (202 1, 202 2,..., 202 n, 203 1, 203 2,..., 203 n), executing a workflow by workflow handling on said management platform (101, 201), said workflow specifying a process for management of said smart meters (202 1, 202 2,..., 202 n, 203 1, 203 2,..., 203 n) consisting of a plurality of steps for performing tasks involving said smart meters (202 1, 202 2,..., 202 n, 203 1, 203 2,..., 203 n), characterized by - triggering said workflow handling at one or more predetermined time instances and/or periods; and - receiving and processing event notifications. - triggering said workflow handling at one or more predetermined time instances and/or periods; and - receiving and processing event notifications.
A host cell comprising: i. a nucleic acid that encodes a glycosyltransferase derived from an rfb cluster of Pseudomonas; ii. a nucleic acid that encodes a formyltransferase enzyme, wherein said nucleic acid encodes a protein having about or at least 80%, 85%, 90%, 95%, 96%, 97%, 98%, or 99% identity or homology to SEQ ID NO:2, or wherein said nucleic acid encodes SEQ ID NO:2; iii. a nucleic acid that encodes an oligosaccharyl transferase; and iv. a nucleic acid that encodes a carrier protein comprising an N-glycosylation consensus sequence D/E - X - N - X- S/T, wherein X is any amino acid except proline. i. a nucleic acid that encodes a glycosyltransferase derived from an rfb cluster of Pseudomonas; ii. a nucleic acid that encodes a formyltransferase enzyme, wherein said nucleic acid encodes a protein having about or at least 80%, 85%, 90%, 95%, 96%, 97%, 98%, or 99% identity or homology to SEQ ID NO:2, or wherein said nucleic acid encodes SEQ ID NO:2; iii. a nucleic acid that encodes an oligosaccharyl transferase; and iv. a nucleic acid that encodes a carrier protein comprising an N-glycosylation consensus sequence D/E - X - N - X- S/T, wherein X is any amino acid except proline.
A cassette comprising: a case including a first layer and a second layer and having a head space at the first layer, wherein the first layer is a ribbon case, and the second layer is a tape case; and a roll disposed at the second layer and into which a medium to be printed is wound about a rotation axis in a winding direction, wherein: the medium to be printed includes a to-be-printed layer and a release layer, the medium to be printed is disposed at the case such that the to-be-printed layer is on an inner side of the medium to be printed in the winding direction and the release layer is on an outer side of the medium to be printed in the winding direction; the case has a conveyance path for conveying the medium to be printed; and the conveyance path is defined such that the medium to be printed is conveyed in the winding direction from the roll to the head space through an opening defined at a boundary between the first layer and the second layer in the case. a case including a first layer and a second layer and having a head space at the first layer, wherein the first layer is a ribbon case, and the second layer is a tape case; and a roll disposed at the second layer and into which a medium to be printed is wound about a rotation axis in a winding direction, wherein: the medium to be printed includes a to-be-printed layer and a release layer, the medium to be printed is disposed at the case such that the to-be-printed layer is on an inner side of the medium to be printed in the winding direction and the release layer is on an outer side of the medium to be printed in the winding direction; the case has a conveyance path for conveying the medium to be printed; and the conveyance path is defined such that the medium to be printed is conveyed in the winding direction from the roll to the head space through an opening defined at a boundary between the first layer and the second layer in the case. the medium to be printed includes a to-be-printed layer and a release layer, the medium to be printed is disposed at the case such that the to-be-printed layer is on an inner side of the medium to be printed in the winding direction and the release layer is on an outer side of the medium to be printed in the winding direction; the case has a conveyance path for conveying the medium to be printed; and the conveyance path is defined such that the medium to be printed is conveyed in the winding direction from the roll to the head space through an opening defined at a boundary between the first layer and the second layer in the case.
A clip-on bracket for a cable outlet of a plug-in connector, • wherein the clip-on bracket has a first end that can be brought into touching contact with the cable outlet of the plug-in connector, and • wherein the clip-on bracket has a second end that can be brought into touching contact with the cable outlet or with a cable sheath of the cable connected to the plug-in connector, • wherein the clip-on bracket has an open, frame-shaped structure, characterised in that • the second end has an arc element into which the cable sheath of the connected cable can be inserted and which pushes the cable into an angular position at an angle (α), the angle (α) being included by the main axis of symmetry of the plug-in connector and the cable outlet direction and being greater than 0°, • the first end is connected to the second end via two individual webs. • wherein the clip-on bracket has a first end that can be brought into touching contact with the cable outlet of the plug-in connector, and • wherein the clip-on bracket has a second end that can be brought into touching contact with the cable outlet or with a cable sheath of the cable connected to the plug-in connector, • wherein the clip-on bracket has an open, frame-shaped structure, • the second end has an arc element into which the cable sheath of the connected cable can be inserted and which pushes the cable into an angular position at an angle (α), the angle (α) being included by the main axis of symmetry of the plug-in connector and the cable outlet direction and being greater than 0°, • the first end is connected to the second end via two individual webs.
Measuring head of an endoscopic apparatus, said measuring head comprising: - a projection optics (20-25, 9, 90), which is provided and embodied to illuminate, with light, an object to be examined, and - a measuring optics, which is provided and embodied to capture light reflected or scattered by the object to be examined, wherein the projection optics (20-25, 9, 90) comprises means (22, 25) or means of the measuring head are assigned to the projection optics (20-25, 9, 90), said means projecting a pattern onto the object to be examined, and the measuring optics has an aperture diaphragm with an adjustable aperture, characterized in that a smaller aperture is able to be set in order to realize an inspection function with a lower resolution and a larger aperture is able to be set in order to realize a measurement function with a higher resolution and, in the case of the measurement function, a pattern is projectable onto the object, said pattern may not be imaged, or may be additionally imaged, in the case of the inspection function, wherein (a) the means comprise a transmission grating with different grating constants in different grating regions or (b) the means comprise at least two monomode optical waveguides, the light of which interferes with one another under the formation of a grid, wherein the distance between the optical waveguides and/or the wavelength is adjustable to set the grating constants. - a projection optics (20-25, 9, 90), which is provided and embodied to illuminate, with light, an object to be examined, and - a measuring optics, which is provided and embodied to capture light reflected or scattered by the object to be examined, (a) the means comprise a transmission grating with different grating constants in different grating regions or (b) the means comprise at least two monomode optical waveguides, the light of which interferes with one another under the formation of a grid, wherein the distance between the optical waveguides and/or the wavelength is adjustable to set the grating constants.
A rubber composition characterized by containing a liquid aromatic vinyl compound-diene compound copolymer having a weight average molecular weight of 50,000-300,000 (conversion to polystyrene through gel permeation chromatography) and a rubber component comprising at least one rubber of natural rubber and synthetic diene-based rubbers in which the copolymer comprises 5-80 mass % of the aromatic vinyl compound and a vinyl bond content in diene compound portion is 10-80 mass %; the rubber composition containing a softening agent and a total amount of the copolymer and the softening agent is 5-60 parts by mass based on 100 parts by mass of the rubber component.
Breaking tool for loosening materials from a base, having a wedge-shaped head part and a handling part, in particular a lever rod, which is fixed or can be fixed thereto, wherein the head part has a continuous front edge and, on the side opposite the front edge, a rolling edge, characterised in that between the continuous front edge and an opposite fixing portion for the handling part, the head part has a nail puller portion in the form of a drop-shaped opening having a widened, in particular circular, portion and an adjacent tapered slot portion; the drop-shaped opening is so formed that the widened portion faces the front edge and the tapered slot portion faces the fixing portion; and the slot portion has sloping sides so that the slot portion becomes wider from a bottom wedge face to a top wedge face.
A suspension cell culture evaluation system comprising: a culture device for static culture in a culture vessel; and a measuring device for measuring suspension cells to be cultured by the culture device, the measuring device includes image acquiring means for acquiring images of a suspension cell population in the culture vessel, and average projected area calculating means for calculating an average projected area of single suspension cells from an image acquired by the image acquiring means at a culture time, characterized in that the measuring device also includes lag time determining means for determining the lag time of the cultured suspension cells from the average projected area of the single suspension cells calculated by the average projected area calculating means, wherein the lag time determining means calculates the lag time of the cultured suspension cells from a relational expression between the average projected area of the single suspension cells at the culture time and the lag time, wherein said relational expression depends on the particular culture time.
Packing unit to store and tear or cut strip-like product, mainly film on roll, said unit comprising an openable or dismountable housing provided with closing elements bearing the roll, an opening for pulling out the product and means for helping to cut or tear the product, the housing being a cylindrical body provided with a slot and the ends of the cylindrical body are closed by said closing elements bearing the roll, wherein the slot is arranged at the whole length of the cylindrical body, the closing elements bearing the roll are releasable discs provided with an annular groove for receiving the ends of the cylindrical body and with a pipe stub fitting inside the roll, characterized in that there is an adherent area for helping to cut or tear the product on the surface of the cylindrical body at least in a section beside the slot.
High strength steel strip consisting of the following elements, in wt.%: C 0.12-0.18 Mn 2.00 - 2.60 Si 0.30 - 0.77 Cr 0.10 - 0.70 Al < 0.39 S < 0.005 N < 0.015 P < 0.03 and optionally one or more of the elements selected from: Nb < 0.06 Mo < 0.20 Ti < 0.04 V < 0.20 B < 0.004 Ca < 0.004 the remainder being iron and unavoidable impurities, wherein the steel strip has a microstructure consisting of, in vol.%: ferrite and bainite together 50 - 90 martensite < 15 retained austenite 5 - 15, the remainder being pearlite, cementite, precipitates and inclusions together up to 5, the sum adding up to 100 vol. %. and optionally one or more of the elements selected from: Nb < 0.06 Mo < 0.20 Ti < 0.04 V < 0.20 B < 0.004 Ca < 0.004 the remainder being iron and unavoidable impurities, wherein the steel strip has a microstructure consisting of, in vol.%: ferrite and bainite together 50 - 90 martensite < 15 retained austenite 5 - 15, the remainder being pearlite, cementite, precipitates and inclusions together up to 5, the sum adding up to 100 vol. %. ferrite and bainite together 50 - 90 martensite < 15 retained austenite 5 - 15, the remainder being pearlite, cementite, precipitates and inclusions together up to 5, the sum adding up to 100 vol. %.
A textile processing device comprising: - a processing chamber, - a vapour supply unit configured to supply water vapour with a predetermined vapour property to the processing chamber, - a vapour detection unit configured to detect a vapour parameter of the water vapour supplied to the processing chamber, and - a hot air supply unit configured to supply hot air with a predetermined hot air property to the processing chamber - a hot air detection unit configured to detect a hot air parameter of the hot air supplied to the processing chamber, characterised by - a textile attachment unit configured to supply a textile to the processing chamber, - a vapour control unit configured to change a vapour property of the water vapour supplied to the processing chamber in response to the detected vapour parameter, and - a hot air control unit configured to change a hot air property of the hot air supplied to the processing chamber in response to the detected hot air parameter, wherein the hot air control unit is further configured to change a hot air property of the hot air supplied to the processing chamber in response to the detected vapour parameter. - a processing chamber, - a vapour supply unit configured to supply water vapour with a predetermined vapour property to the processing chamber, - a vapour detection unit configured to detect a vapour parameter of the water vapour supplied to the processing chamber, and - a hot air supply unit configured to supply hot air with a predetermined hot air property to the processing chamber - a hot air detection unit configured to detect a hot air parameter of the hot air supplied to the processing chamber, - a textile attachment unit configured to supply a textile to the processing chamber, - a vapour control unit configured to change a vapour property of the water vapour supplied to the processing chamber in response to the detected vapour parameter, and - a hot air control unit configured to change a hot air property of the hot air supplied to the processing chamber in response to the detected hot air parameter, wherein the hot air control unit is further configured to change a hot air property of the hot air supplied to the processing chamber in response to the detected vapour parameter.
A method for removing soil from a surface to be cleaned comprising applying to the surface to be cleaned a composition for removing soils from a surface to be cleaned, formed from water, a detergent mixture and a rinse aid, wherein the detergent mixture comprises a peroxidation catalyst and wherein the rinse aid comprises an oxygen source; wherein the method is performed in a dish washer and the method comprises the steps of: a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) performing a first washing step comprising bringing the one or more soiled ware in contact with the cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source; c) performing a rinse step in which unused rinse aid solution with an oxygen source is brought in contact with the one or more soiled ware, wherein the ware is covered with the cleaning composition wherein steps b) and c) are performed when the composition is in a cycle steady state. wherein the method is performed in a dish washer and the method comprises the steps of: a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) performing a first washing step comprising bringing the one or more soiled ware in contact with the cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source; c) performing a rinse step in which unused rinse aid solution with an oxygen source is brought in contact with the one or more soiled ware, wherein the ware is covered with the cleaning composition a) providing one or more soiled ware, particularly soiled dishes, in a dish washer; b) performing a first washing step comprising bringing the one or more soiled ware in contact with the cleaning composition, wherein the cleaning composition contains both a detergent with a peroxidation catalyst and a rinse aid with an oxygen source; c) performing a rinse step in which unused rinse aid solution with an oxygen source is brought in contact with the one or more soiled ware, wherein the ware is covered with the cleaning composition wherein steps b) and c) are performed when the composition is in a cycle steady state.
A light module for a motor vehicle headlight, wherein the light module comprises a light source, at least one light forming unit, at least one drive means by means of which the light module can be adjusted, and a cable harness leading to the light module for controlling and/or supplying the light module with energy, the cable harness being connected with the light module by means of a plug connection, wherein the plug connection has a plug and a plug counterpart, wherein the light module has at least one fixation mechanism for the cable harness in order to fix this cable harness at points and/or in sections, wherein the fixation mechanism comprises at least one coupling element as well as at least one counterpart coupling element arranged on the light module, wherein the at least one coupling element has at least one mounting means for the cable harness that is adapted to fix the cable harness, in relation to the at least one coupling element, at the position at which the at least one mounting means is arranged on the cable harness, characterized in that the counterpart coupling element is configured as a tongue of sheet metal and the coupling element is configured as a flat connector sleeve for coupling to the counterpart coupling element configured as a tongue of sheet metal.
An absorbent article such as a diaper, or training pant, or incontinence insert, the absorbent article having a front edge and a rear edge, a longitudinal axis extending in a longitudinal direction of the article, the article having a length L as measured along the longitudinal axis from the front edge to the back edge, the absorbent article comprising: - an essentially liquid permeable topsheet, - an essentially liquid impermeable backsheet, - an absorbent core between the topsheet and backsheet, - an acquisition-distribution system which may comprises one or several layers (52, 54) and which is at least partially disposed between the absorbent core and the topsheet, - wherein the an absorbent core comprises a first core layer and a second core layer, - the first core layer being arranged closer to the topsheet than the second core layer, - the first core layer comprising an fibrous absorbent material comprising superabsorbent material, - the second core layer comprising an absorbent material and being essentially free of superabsorbent material, - wherein the fibrous absorbent material is distributed evenly over the lengthwise direction of the core in the first core layer, - wherein the fibrous absorbent material is distributed evenly over the lengthwise direction of the core in the second core layer - wherein the superabsorbent material is distributed unevenly over the lengthwise direction of the core in the first core layer - an essentially liquid permeable topsheet, - an essentially liquid impermeable backsheet, - an absorbent core between the topsheet and backsheet, - an acquisition-distribution system which may comprises one or several layers (52, 54) and which is at least partially disposed between the absorbent core and the topsheet, - wherein the an absorbent core comprises a first core layer and a second core layer, - the first core layer being arranged closer to the topsheet than the second core layer, - the first core layer comprising an fibrous absorbent material comprising superabsorbent material, - the second core layer comprising an absorbent material and being essentially free of superabsorbent material, - wherein the fibrous absorbent material is distributed evenly over the lengthwise direction of the core in the first core layer, - wherein the fibrous absorbent material is distributed evenly over the lengthwise direction of the core in the second core layer - wherein the superabsorbent material is distributed unevenly over the lengthwise direction of the core in the first core layer