mhurhangee/ep-ind-claims huggingface dataset:
A method of molding a platform comprising the steps of: a) placing a main body core, and a platform core in a mold, said main body core having a portion which will form a part of the platform, and the platform core having at least one side portion (46,17) which will form a side opening (11,22) in an end face of an intermediate molded part at a side face; b) directing molten metal around the cores (36,34) within the mold, and allowing the molten metal to solidify, with said side portion (46,17) of said platform core extending at least to the side face; and c) removing the main body core and the platform core, leaving a cavity within the molten metal, and including a side opening (11,22) in the side face formed by the side portion (46,17) of the platform core. a) placing a main body core, and a platform core in a mold, said main body core having a portion which will form a part of the platform, and the platform core having at least one side portion (46,17) which will form a side opening (11,22) in an end face of an intermediate molded part at a side face; b) directing molten metal around the cores (36,34) within the mold, and allowing the molten metal to solidify, with said side portion (46,17) of said platform core extending at least to the side face; and c) removing the main body core and the platform core, leaving a cavity within the molten metal, and including a side opening (11,22) in the side face formed by the side portion (46,17) of the platform core.
System for assembling and structuring based on corrugated and laminated cardboard consisting of: a plurality of elongated laminated cardboard profiles (300, 55, 69, 130) acting together as joining elements with at least two panels of corrugated cardboard of a pre-established shape acting as a support (S1, S2, 40, 50, 54, 60, 115), to form a three-dimensional, self-supporting structure that is used for furniture, packaging and display, wherein each panel of support (S1, S2, 40, 50, 54, 60, 115) is made by splicing or piling at least two sheets of corrugated cardboard (31, 32) with the flute in the axial direction to the load to form an intermediate or central support panel, the splicing is die-cut with grooves (34, 35, 36) suitable for housing the ends of the laminated cardboard profiles (300, 55, 69, 130), said ends coincident with pre-established shape of grooves (34, 35, 36) wherein the said intermediate or central support panel is associated to two side layers of corrugated cardboard (T1, T2) acting as a lid and a support for said splicing such that said first layer is die-cut having the same perforations as the splicing and said second layer without die-cut grooves which acts as a lid and retains the ends of the laminated cardboard profiles (300, 55, 69, 130) received in the grooves (34, 35, 36) of said first layer and the splicing. a plurality of elongated laminated cardboard profiles (300, 55, 69, 130) acting together as joining elements with at least two panels of corrugated cardboard of a pre-established shape acting as a support (S1, S2, 40, 50, 54, 60, 115), to form a three-dimensional, self-supporting structure that is used for furniture, packaging and display, wherein each panel of support (S1, S2, 40, 50, 54, 60, 115) is made by splicing or piling at least two sheets of corrugated cardboard (31, 32) with the flute in the axial direction to the load to form an intermediate or central support panel, the splicing is die-cut with grooves (34, 35, 36) suitable for housing the ends of the laminated cardboard profiles (300, 55, 69, 130), said ends coincident with pre-established shape of grooves (34, 35, 36) wherein the said intermediate or central support panel is associated to two side layers of corrugated cardboard (T1, T2) acting as a lid and a support for said splicing such that said first layer is die-cut having the same perforations as the splicing and said second layer without die-cut grooves which acts as a lid and retains the ends of the laminated cardboard profiles (300, 55, 69, 130) received in the grooves (34, 35, 36) of said first layer and the splicing.
A method for a user equipment, UE, to perform a handover procedure in a wireless communication system, the method comprising: receiving handover assistance information including a list of cell identities of one or more candidate cells, random access information for each of the candidate cells and an autonomous handover condition; initiating a first random access procedure to a first candidate cell of the one or more candidate cells and a first timer for the first candidate cell, when the first candidate cell satisfies the autonomous handover condition; and stopping trying to connect to the first candidate cell when any one of at least the following events occurs: - the first timer expires for the first candidate cell, and - a number of random access trials to the first candidate cell reaches a maximum number; selecting a new candidate cell; determining whether the new candidate cell is in the list and satisfies the autonomous handover condition; when the new candidate cell is in the list and satisfies the autonomous handover condition, initiating a second random access procedure to the new candidate cell of the plurality of candidate cells and a second timer for the new candidate cell, by using the random access information in the received handover assistance information; and when the new candidate cell is not in the list, determining that the handover procedure is failed and performing a radio resource control, RRC, connection re-establishment procedure. receiving handover assistance information including a list of cell identities of one or more candidate cells, random access information for each of the candidate cells and an autonomous handover condition; initiating a first random access procedure to a first candidate cell of the one or more candidate cells and a first timer for the first candidate cell, when the first candidate cell satisfies the autonomous handover condition; and stopping trying to connect to the first candidate cell when any one of at least the following events occurs: - the first timer expires for the first candidate cell, and - a number of random access trials to the first candidate cell reaches a maximum number; - the first timer expires for the first candidate cell, and - a number of random access trials to the first candidate cell reaches a maximum number; selecting a new candidate cell; determining whether the new candidate cell is in the list and satisfies the autonomous handover condition; when the new candidate cell is in the list and satisfies the autonomous handover condition, initiating a second random access procedure to the new candidate cell of the plurality of candidate cells and a second timer for the new candidate cell, by using the random access information in the received handover assistance information; and when the new candidate cell is not in the list, determining that the handover procedure is failed and performing a radio resource control, RRC, connection re-establishment procedure.
A communications terminal for communicating data packets to or from a mobile communications network via a radio access interface, the mobile communications network comprising a plurality of base stations, wherein the communications terminal is configured when in an idle state, to communicate a short message data packet to one of the base stations as a signalling message using predetermined parameters for configuring a transmitter of the communications terminal, which correspond with parameters with which a receiver in the base station is configured to receive the short message data packet, the predetermined parameters including at least one of a power control level setting a power with which a radio signal representing the short message data packet is transmitted, modulation and encoding of the short message data packet for communicating the short message data packet from the communications terminal to the base station using the radio signal, the short message data packet including an indication of context information for use by the mobile communications network for communicating the short message data packet to a mobility manager of the mobile communications network.
A method of using a database comprising a plurality of tables of data regarding development of color and color products, said method comprising: providing a solid color aim point via measurement or prior measurement using color encoding equipment that discriminates multiple color channels; querying in a combination said tables of the database; querying the database to arrive at a list that is ranked based on predicted match to the solid color aim point; providing a secondary aim point; CHARACTERISED IN THAT the database is used to develop a colorant formulae; the list is a list of colorant formulae; a halftone value of the solid color is encoded in the secondary aim point; AND BY providing the secondary aim point via measurement or prior measurement; further ranking the original ranked list of colorant formulae based on the predicted match to the secondary aim point; and transmitting data to parties when acceptable matches are retrieved, the data comprising color comparisons and differences or spectral data formatted in a standardized way for approval or ordering. providing a solid color aim point via measurement or prior measurement using color encoding equipment that discriminates multiple color channels; querying in a combination said tables of the database; querying the database to arrive at a list that is ranked based on predicted match to the solid color aim point; providing a secondary aim point; CHARACTERISED IN THAT the database is used to develop a colorant formulae; the list is a list of colorant formulae; a halftone value of the solid color is encoded in the secondary aim point; AND BY providing the secondary aim point via measurement or prior measurement; further ranking the original ranked list of colorant formulae based on the predicted match to the secondary aim point; and transmitting data to parties when acceptable matches are retrieved, the data comprising color comparisons and differences or spectral data formatted in a standardized way for approval or ordering.
A process of selectively treating parts of the surface of a porous dental ceramic comprising the steps of a) providing a composition and a porous dental ceramic having an outer surface, b) applying the composition to only a part of the outer surface of the porous dental ceramic, c) optionally drying the porous dental ceramic, and d) optionally firing the porous dental ceramic, wherein the composition comprises - a liquid being miscible with water, but not being water, - a whitening agent comprising nano-sized metal oxide particles, metal ion containing components or mixtures thereof which precipitate if the composition is adjusted to a pH above 5, - acid, complexing agent or mixture thereof. a) providing a composition and a porous dental ceramic having an outer surface, b) applying the composition to only a part of the outer surface of the porous dental ceramic, c) optionally drying the porous dental ceramic, and d) optionally firing the porous dental ceramic, - a liquid being miscible with water, but not being water, - a whitening agent comprising nano-sized metal oxide particles, metal ion containing components or mixtures thereof which precipitate if the composition is adjusted to a pH above 5, - acid, complexing agent or mixture thereof.
A dynamic real time transmission line monitor comprising: a housing installable on a transmission line, the housing comprising: a base portion; and a cover portion coupled to the base portion and defining a cavity of the housing together with the base portion, at least one of the cover portion or the base portion being movable relative to the other between an open position of the housing in which a length of the transmission line is receivable in the cavity, and a closed position of the housing in which the length of the transmission line is retained in the cavity; a sensor supported by the housing and configured to sense in real time at least one of a temperature, a position, a current, an acceleration, a vibration, a tilt, a roll, or a distance to a nearest object; and an antenna housed entirely in the cavity of the housing, the antenna configured to transmit a signal including information sensed by the sensor away from the monitor in real time, wherein the cover portion is made from a semiconductive material. a housing installable on a transmission line, the housing comprising: a base portion; and a cover portion coupled to the base portion and defining a cavity of the housing together with the base portion, at least one of the cover portion or the base portion being movable relative to the other between an open position of the housing in which a length of the transmission line is receivable in the cavity, and a closed position of the housing in which the length of the transmission line is retained in the cavity; a base portion; and a cover portion coupled to the base portion and defining a cavity of the housing together with the base portion, at least one of the cover portion or the base portion being movable relative to the other between an open position of the housing in which a length of the transmission line is receivable in the cavity, and a closed position of the housing in which the length of the transmission line is retained in the cavity; a sensor supported by the housing and configured to sense in real time at least one of a temperature, a position, a current, an acceleration, a vibration, a tilt, a roll, or a distance to a nearest object; and an antenna housed entirely in the cavity of the housing, the antenna configured to transmit a signal including information sensed by the sensor away from the monitor in real time, wherein the cover portion is made from a semiconductive material.
The use of a composition comprising A) from 55 to 90% by weight of aluminum oxide, B) from 5 to 35% by weight of a sodium compound which at a pH of 7 at 20°C has a solubility in water of ≤ 300 g/l and can be converted by thermal means virtually exclusively into sodium oxide as only solid, C) from 0 to 15% by weight of a magnesium compound and/or a lithium compound selected from the group consisting of: magnesium oxide, magnesium carbonate, magnesium nitrate, lithium oxide, lithium carbonate, lithium nitrate and D) from 0 to 30% by weight of zirconium dioxide, in each case based on the sum of the components A) to D), wherein the composition is not calcined prior to the extrusion and is suspended in a suspension medium selected from water with addition of a binder and optionally other additives for producing a shaped ceramic body by extrusion. A) from 55 to 90% by weight of aluminum oxide, B) from 5 to 35% by weight of a sodium compound which at a pH of 7 at 20°C has a solubility in water of ≤ 300 g/l and can be converted by thermal means virtually exclusively into sodium oxide as only solid, C) from 0 to 15% by weight of a magnesium compound and/or a lithium compound selected from the group consisting of: magnesium oxide, magnesium carbonate, magnesium nitrate, lithium oxide, lithium carbonate, lithium nitrate and D) from 0 to 30% by weight of zirconium dioxide, in each case based on the sum of the components A) to D), wherein the composition is not calcined prior to the extrusion and is suspended in a suspension medium selected from water with addition of a binder and optionally other additives for producing a shaped ceramic body by extrusion.
A removable unit (32, 35) for an electrophotographic imaging device, comprising: a housing; a rotatable roll disposed within the housing; at least one seal member coupled within the housing along at least one side thereof; and a blade assembly coupled to the housing, comprising a support bracket secured to the housing, a blade member coupled to the support bracket and being positioned so that a distal end thereof is disposed between and engages with the rotatable roll and the at least one seal member, and at least one bias member characterised by a portion of the at least one seal member engaging an end portion of the rotatable roll so as to prevent toner from leaking from the housing and the at least one bias member having a first end portion disposed in a substantially stable position within the housing and a second end portion which engages with the blade member so as to present a force that at least partly offsets a force presented to the blade member by the at least one seal member. a housing; a rotatable roll disposed within the housing; at least one seal member coupled within the housing along at least one side thereof; and a blade assembly coupled to the housing, comprising a support bracket secured to the housing, a blade member coupled to the support bracket and being positioned so that a distal end thereof is disposed between and engages with the rotatable roll and the at least one seal member, and at least one bias member
A method for detecting the absence or presence of cells of interest in a liquid sample, wherein: (a) the sample: (i) comprises an extracellular medium with measurable adenylate kinase activity; and (ii) is suspected of containing cells of interest that contain an intracellular measurable adenylate kinase activity; (b) the method comprises the steps of: (i) treating the liquid sample with trypsin; (ii) lysing said cells of interest to release the intracellular adenylate kinase; and (iii) measuring adenylate kinase activity. (a) the sample: (i) comprises an extracellular medium with measurable adenylate kinase activity; and (ii) is suspected of containing cells of interest that contain an intracellular measurable adenylate kinase activity; (b) the method comprises the steps of: (i) treating the liquid sample with trypsin; (ii) lysing said cells of interest to release the intracellular adenylate kinase; and (iii) measuring adenylate kinase activity.
A surgical instrument for use in minimally invasive surgery, comprising: a handle member and an elongate tubular member extending distally therefrom, a metrology system mounted on the elongate tubular member at a distal end portion thereof, characterised in that the metrology system comprises a mask including patterns to be projected on a surgical site of interest to measure dimensions thereof; a zoom lens assembly including a plurality of lens elements, at least one lens element of the plurality of lens elements being movable; a light element for propagating light beams through the mask and the zoom lens assembly to project the patterns of the mask onto the surgical site of interest, and wherein the handle member includes a dial operably coupled with the zoom lens assembly, and wherein rotation of the dial results in change in magnification of the mask patterns projected on the surgical site of interest. a handle member and an elongate tubular member extending distally therefrom, a metrology system mounted on the elongate tubular member at a distal end portion thereof, characterised in that the metrology system comprises a mask including patterns to be projected on a surgical site of interest to measure dimensions thereof; a zoom lens assembly including a plurality of lens elements, at least one lens element of the plurality of lens elements being movable; a light element for propagating light beams through the mask and the zoom lens assembly to project the patterns of the mask onto the surgical site of interest, and wherein the handle member includes a dial operably coupled with the zoom lens assembly, and wherein rotation of the dial results in change in magnification of the mask patterns projected on the surgical site of interest.
A method comprising: performing a first integrity check on a component (902, 1302, 1402) associated with a wireless communication device; determining that the component (902, 1302, 1402) has failed the first integrity check; characterized by determining a functionality that corresponds to the failed component (902, 1302, 1402); sending, to a network entity (932, 1012), an indication of the functionality that corresponds to the failed component (902, 1302, 1402); receiving a request from the network entity (932, 1012) to perform a second integrity check on the failed component (902, 1302, 1402) to determine a portion (1308, 1408) of the failed component (902, 1302, 1402) that caused the component to fail the first integrity check; and performing the second integrity check on the failed component (902, 1302, 1402) to isolate the portion (1308, 1408) of the failed component (902, 1302, 1402) for remediation by the network entity (932, 1012). performing a first integrity check on a component (902, 1302, 1402) associated with a wireless communication device; determining that the component (902, 1302, 1402) has failed the first integrity check; characterized by determining a functionality that corresponds to the failed component (902, 1302, 1402); sending, to a network entity (932, 1012), an indication of the functionality that corresponds to the failed component (902, 1302, 1402); receiving a request from the network entity (932, 1012) to perform a second integrity check on the failed component (902, 1302, 1402) to determine a portion (1308, 1408) of the failed component (902, 1302, 1402) that caused the component to fail the first integrity check; and performing the second integrity check on the failed component (902, 1302, 1402) to isolate the portion (1308, 1408) of the failed component (902, 1302, 1402) for remediation by the network entity (932, 1012).
A cathode scraper system, comprising: a plurality of cathode assemblies, each cathode assembly including a plurality of cathode rods; and a cathode scraper assembly operable to remove purified uranium deposited on the plurality of cathode rods, the cathode scraper assembly including a plurality of scrapers arranged in a lattice, wherein each scraper of the plurality of scrapers is arranged to correspond to a different cathode rod, wherein each scraper includes an angled top portion and an angled bottom portion so as to facilitate removal of the purified uranium. a plurality of cathode assemblies, each cathode assembly including a plurality of cathode rods; and a cathode scraper assembly operable to remove purified uranium deposited on the plurality of cathode rods, the cathode scraper assembly including a plurality of scrapers arranged in a lattice, wherein each scraper of the plurality of scrapers is arranged to correspond to a different cathode rod, wherein each scraper includes an angled top portion and an angled bottom portion so as to facilitate removal of the purified uranium.
A control architecture for a power switching controller, said control architecture comprising a power line input; a plurality of power channels, configured to receive line power from the power line input, and operable to control power flow from said power line input to at least one load (24,26,28), wherein each of said power channels has a shared reference voltage; an isolated power supply, wherein said isolated power supply is connected to said power line input such that said isolated power supply shares said reference voltage with said plurality of power channels; and a microcontroller module, configured to receive power from the isolated power supply, and operable to control said plurality of power channels.