mhurhangee/ep-ind-claims huggingface dataset:
A Powerline Communications, PLC, device (200, 400) comprising: a processing module; memory coupled to the processing module; a PLC interface (206, 604, 606, 608) coupled to the processing module, wherein the processing module, the PLC interface, and the memory are operable to: transmit a plurality of PLC queries, two of the plurality of PLC queries complying with differing and incompatible PLC communication standards (1, 2, 3); receive a plurality of responses from a plurality of other PLC devices (402, 404, 406, 408, 410, 412, 414, 424, 510, 512, 514, 516, 518, 520, 522), two responses received from two responding respective PLC devices (402, 404, 406, 408, 410, 412, 414, 424, 510, 512, 514, 516, 518, 520, 522) complying with two differing and incompatible PLC communication standards (1, 2, 3); determine frequency domain and/or time domain allocations for each of the two PLC devices based upon the two responses; and direct each of the two PLC devices to transmit communications of the differing and incompatible PLC communication standards with its corresponding frequency domain and/or time domain allocation to avoid PLC communication conflicts. a processing module; memory coupled to the processing module; a PLC interface (206, 604, 606, 608) coupled to the processing module, wherein the processing module, the PLC interface, and the memory are operable to: transmit a plurality of PLC queries, two of the plurality of PLC queries complying with differing and incompatible PLC communication standards (1, 2, 3); receive a plurality of responses from a plurality of other PLC devices (402, 404, 406, 408, 410, 412, 414, 424, 510, 512, 514, 516, 518, 520, 522), two responses received from two responding respective PLC devices (402, 404, 406, 408, 410, 412, 414, 424, 510, 512, 514, 516, 518, 520, 522) complying with two differing and incompatible PLC communication standards (1, 2, 3); determine frequency domain and/or time domain allocations for each of the two PLC devices based upon the two responses; and direct each of the two PLC devices to transmit communications of the differing and incompatible PLC communication standards with its corresponding frequency domain and/or time domain allocation to avoid PLC communication conflicts. transmit a plurality of PLC queries, two of the plurality of PLC queries complying with differing and incompatible PLC communication standards (1, 2, 3); receive a plurality of responses from a plurality of other PLC devices (402, 404, 406, 408, 410, 412, 414, 424, 510, 512, 514, 516, 518, 520, 522), two responses received from two responding respective PLC devices (402, 404, 406, 408, 410, 412, 414, 424, 510, 512, 514, 516, 518, 520, 522) complying with two differing and incompatible PLC communication standards (1, 2, 3); determine frequency domain and/or time domain allocations for each of the two PLC devices based upon the two responses; and direct each of the two PLC devices to transmit communications of the differing and incompatible PLC communication standards with its corresponding frequency domain and/or time domain allocation to avoid PLC communication conflicts.
A system for measuring a rotational position of a lenticular lens sheet comprising an array of elongated lenticular lenses, the system comprising: - a first light source and a second light source, each of said light sources being arranged at a first one of the two sides of the lenticular lens sheet for emitting light onto at least part of a surface of the lenticular lens sheet; - a camera arranged at a second one of the two sides of the lenticular lens sheet, wherein the first one and the second one of the two sides are a same side to capture an image of the light reflected by the surface or opposite sides to capture an image of the light transmitted through the surface, whereby the captured image shows a light pattern; and - a processor configured for determining the rotational position of the lenticular lens sheet relative to a coordinate system associated with the image by: - analyzing the image to identify a first line-shaped structure and a second line-shaped structure in the light pattern; - determining the rotational position of the lenticular lens sheet as a measure of a distance between the first line-shaped structure and the second line-shaped structure in the image. - a first light source and a second light source, each of said light sources being arranged at a first one of the two sides of the lenticular lens sheet for emitting light onto at least part of a surface of the lenticular lens sheet; - a camera arranged at a second one of the two sides of the lenticular lens sheet, wherein the first one and the second one of the two sides are a same side to capture an image of the light reflected by the surface or opposite sides to capture an image of the light transmitted through the surface, whereby the captured image shows a light pattern; and - a processor configured for determining the rotational position of the lenticular lens sheet relative to a coordinate system associated with the image by: - analyzing the image to identify a first line-shaped structure and a second line-shaped structure in the light pattern; - determining the rotational position of the lenticular lens sheet as a measure of a distance between the first line-shaped structure and the second line-shaped structure in the image.
An inspection method comprising: applying a contrast slurry comprising a contrast agent to a workpiece having at least one internal passage; depositing the contrast agent or an oxide thereof within the internal passage of the workpiece; inspecting the workpiece using a radiographic inspection technique; and removing the contrast agent from the internal passage of the workpiece, wherein contrast agent is tungsten or a salt or alloy thereof or osmium or a salt or alloy thereof, and wherein heating the workpiece oxidizes at least a portion of the contrast agent. applying a contrast slurry comprising a contrast agent to a workpiece having at least one internal passage; depositing the contrast agent or an oxide thereof within the internal passage of the workpiece; inspecting the workpiece using a radiographic inspection technique; and removing the contrast agent from the internal passage of the workpiece, wherein contrast agent is tungsten or a salt or alloy thereof or osmium or a salt or alloy thereof, and wherein heating the workpiece oxidizes at least a portion of the contrast agent.
A display apparatus comprising: a display module including; a display panel configured to display images, the display panel being bendable; a first frame provided at a front of the display panel; and a second frame provided at a back of the display panel, further characterised in that the second frame comprises: a first bracket positioned at a back of the display panel; and a second bracket provided to be slidable with respect to the first bracket. a display module including; a display panel configured to display images, the display panel being bendable; a first frame provided at a front of the display panel; and a second frame provided at a back of the display panel, further characterised in that the second frame comprises: a first bracket positioned at a back of the display panel; and a second bracket provided to be slidable with respect to the first bracket. a first bracket positioned at a back of the display panel; and a second bracket provided to be slidable with respect to the first bracket.
A bonding material composition for obtaining a joined body by unitarily joining two or more members to be joined (2, 11) by means of a bonding material layer, wherein the bonding material composition contains flat particles, non-flat particles, smectite-based clay, and an inorganic adhesive as main components; wherein the non-flat particles contained in the bonding material composition comprise non-flat particles A having an average particle diameter of 10μm or more and non-flat particles B having an average particle diameter of below 10μm and wherein the bonding material composition contains 30 to 50% by mass of the non-flat particles B with respect to the total amount of the main components.
A vacuum pump having a mechanism comprising; a intersecting element arranged to intersect a channel formed on a surface of a channel member, said channel being arranged to guide gas molecules from an inlet of the pump towards an outlet, wherein the intersecting element and channel member are arranged to move relative to one another so that, during use, gas molecules are urged along the channel towards the outlet, said intersecting element being arranged to allow gas molecules to pass through or around it, and the intersecting element has upstream and downstream surfaces arranged to interact with gas molecules and said surfaces are in the plane of the intersecting element and are free of protrusions Characterised in that the channel member comprises a slot, disposed in a wall of the channel, arranged to accommodate the intersecting element at a point where the intersecting element intersects the channel. a intersecting element arranged to intersect a channel formed on a surface of a channel member, said channel being arranged to guide gas molecules from an inlet of the pump towards an outlet, wherein the intersecting element and channel member are arranged to move relative to one another so that, during use, gas molecules are urged along the channel towards the outlet, said intersecting element being arranged to allow gas molecules to pass through or around it, and the intersecting element has upstream and downstream surfaces arranged to interact with gas molecules and said surfaces are in the plane of the intersecting element and are free of protrusions Characterised in that the channel member comprises a slot, disposed in a wall of the channel, arranged to accommodate the intersecting element at a point where the intersecting element intersects the channel.
An inverse agonist of γ-aminobutyric acid A receptor that contains α5 subunit and its pharmaceutically acceptable salt for use in preventing, relieving or treating pain, wherein said inverse agonist of γ-aminobutyric acid A receptor that contains α5 subunit is a compound or its pharmaceutically acceptable salt selected from:
A spacer for a fastening arrangement for fastening, in particular in a vibration-damped manner, an assembly part to a carrier part, wherein the spacer comprises an in particular annular or sleeve-like base body with a first flange region and a second flange region, which lies opposite when viewed in the longitudinal direction of the base body, and a passage that extends in particular parallel to the longitudinal direction, in which passage a fastener that is or can be connected to the carrier part, in particular a screw shaft of a fastening screw, is at least partially receivable, wherein the base body is configured at least in two parts and comprises a first body part and at least one further second body part, wherein the body parts (9, 10) can be releasably connected to one another in order to form the base body, and wherein, in the connected state the body parts (9, 10), an in particular at least substantially annular gap region is provided between the first and second flange regions (5, 6) of the base body, in or from which gap region the edge of a fastening hole formed in the assembly part is at least partially receivable, characterized in that at least the first and second flange regions (5, 6) of the base body are formed from a first plastic component, wherein at least in regions a surface bounding the gap region is formed from a softer second plastic component compared to the first plastic component.
A cross-linkable mixture for producing soles for footwear, comprising: i) an EPDM terpolymer, in an amount ranging from 50% to 85% by weight with respect to the total weight of the mixture; ii) a blend of natural and synthetic rubbers, in an amount ranging from 3% to 40% by weight with respect to the total weight of the mixture; iii) at least one filler, in an amount ranging from 5% to 25% by weight with respect to the total weight of the mixture; and iv) a peroxide cross-linking system, in an amount ranging from 0.5% to 5% by weight with respect to the total weight of the mixture. i) an EPDM terpolymer, in an amount ranging from 50% to 85% by weight with respect to the total weight of the mixture; ii) a blend of natural and synthetic rubbers, in an amount ranging from 3% to 40% by weight with respect to the total weight of the mixture; iii) at least one filler, in an amount ranging from 5% to 25% by weight with respect to the total weight of the mixture; and iv) a peroxide cross-linking system, in an amount ranging from 0.5% to 5% by weight with respect to the total weight of the mixture.
A method of transmitting an ACK/NAK from a User Equipment, UE, comprising: determining the number of ACK/NAK bits of each Component Carrier, CC, based on a transmission mode configured for each CC; determining the total number of ACK/NAK bits of total CCs by summing the number of the ACK/NAK bits of each CC; generating the ACK/NAK based on the total number of the ACK/NAK bits; and transmitting the ACK/NAK to a base station, wherein the transmission mode comprises a Multiple Input Multiple Output, MIMO, mode capable of transmitting maximum two transport blocks and a non-MIMO mode capable of transmitting maximum a single transport block, and wherein the number of ACK/NAK bits of a CC, among the total CCs, is 2 at all times for both the MIMO transmission mode and the non-MIMO transmission mode. determining the number of ACK/NAK bits of each Component Carrier, CC, based on a transmission mode configured for each CC; determining the total number of ACK/NAK bits of total CCs by summing the number of the ACK/NAK bits of each CC; generating the ACK/NAK based on the total number of the ACK/NAK bits; and transmitting the ACK/NAK to a base station, wherein the transmission mode comprises a Multiple Input Multiple Output, MIMO, mode capable of transmitting maximum two transport blocks and a non-MIMO mode capable of transmitting maximum a single transport block, and wherein the number of ACK/NAK bits of a CC, among the total CCs, is 2 at all times for both the MIMO transmission mode and the non-MIMO transmission mode.
A method for flushing grease from a main bearing and main bearing housing of a wind turbine, the main bearing housing comprising a bearing cover, the method comprising the steps of: a) providing access to the main bearing, by removing the bearing cover; b) installing a flushing means on the housing, in which the flushing means comprises a plurality of sealable holes allowing access to the main bearing; c) spraying a cleaning fluid via one of the sealable holes onto the main bearing to remove grease, the remaining holes being sealed stopping the cleaning fluid and removed grease escaping; d) pumping cleaning fluid and removed grease out of the housing; and e) repeating steps c) and d) as required, spraying the fluid via one or more of the remaining sealable holes characterised by the flushing means comprising a flushing cover, the flushing cover replacing the bearing cover. a) providing access to the main bearing, by removing the bearing cover; b) installing a flushing means on the housing, in which the flushing means comprises a plurality of sealable holes allowing access to the main bearing; c) spraying a cleaning fluid via one of the sealable holes onto the main bearing to remove grease, the remaining holes being sealed stopping the cleaning fluid and removed grease escaping; d) pumping cleaning fluid and removed grease out of the housing; and e) repeating steps c) and d) as required, spraying the fluid via one or more of the remaining sealable holes
A method for browning a surface of a food product when heated in a microwave oven comprising the steps of i) Coating the surface with a composition comprising an edible oil; ii) Overlaying the coating of step i) with a second coating comprising an edible chemical base; and iii) Heating the food product in a microwave oven with the use of a susceptor for a time period sufficient to brown the surface of said food product. i) Coating the surface with a composition comprising an edible oil; ii) Overlaying the coating of step i) with a second coating comprising an edible chemical base; and iii) Heating the food product in a microwave oven with the use of a susceptor for a time period sufficient to brown the surface of said food product.
A process of foaming a polyolefin using as a nucleator a combination of: azodicarbonamide ("ADCA"), and a mixture of: a first component consisting of at least one of citric acid and an alkali metal citrate, and a second component consisting of at least one of an alkali metal citrate, a di-alkali metal hydrogen citrate, an alkali metal di-hydrogen citrate, and an alkali metal bicarbonate, with the proviso that said mixture is not solely composed of alkali metal citrates, wherein said polyolefin and said nucleator are present as components in a foamable polyolefin composition, wherein said ADCA and said mixture are present in an ADCA-to-mixture weight ratio ranging from less than 80:20 to greater than 15:85. azodicarbonamide ("ADCA"), and a mixture of: a first component consisting of at least one of citric acid and an alkali metal citrate, and a second component consisting of at least one of an alkali metal citrate, a di-alkali metal hydrogen citrate, an alkali metal di-hydrogen citrate, and an alkali metal bicarbonate, with the proviso that said mixture is not solely composed of alkali metal citrates, a first component consisting of at least one of citric acid and an alkali metal citrate, and a second component consisting of at least one of an alkali metal citrate, a di-alkali metal hydrogen citrate, an alkali metal di-hydrogen citrate, and an alkali metal bicarbonate, with the proviso that said mixture is not solely composed of alkali metal citrates,
A method in order to apply flat material pieces of desired shape to an embroidery base by means of an embroidery or sewing machine, wherein at least one material layer is arranged above the embroidery base, wherein, controlled by a program of the embroidery machine or sewing machine, a relative movement is produced between a cutting device arranged on the embroidery or sewing machine, containing a cutting member, and the material layer, in order to cut out a material piece of the material layer with the cutting member, - wherein the cutting member is advanced together with a housing, into which the cutting member is inserted, in the direction of the material layer and/or the material layer and the embroidery base to the housing until the front side of the housing touches the material layer, - wherein the material layer lies in contact, smoothed, with the front side of the housing, which forms a reference plane E, - wherein the cutting member penetrates the material layer though an opening configured in the front side of the housing in the housing, and - wherein the material layer is cut by the cutting member, wherein during the cutting operation the material layer is sucked in by a negative pressure present in the internal space of the housing at the opening, characterized in that the material layer, during sucking in at the opening, is raised from the embroidery base and the cutting member does not touch and does not damage the embroidery base during cutting of the material layer. - wherein the cutting member is advanced together with a housing, into which the cutting member is inserted, in the direction of the material layer and/or the material layer and the embroidery base to the housing until the front side of the housing touches the material layer, - wherein the material layer lies in contact, smoothed, with the front side of the housing, which forms a reference plane E, - wherein the cutting member penetrates the material layer though an opening configured in the front side of the housing in the housing, and - wherein the material layer is cut by the cutting member, wherein during the cutting operation the material layer is sucked in by a negative pressure present in the internal space of the housing at the opening, characterized in that the material layer, during sucking in at the opening, is raised from the embroidery base and the cutting member does not touch and does not damage the embroidery base during cutting of the material layer.
A portable oven, suitably a wood-fired oven, comprising: a housing; a cooking surface arranged within the housing; wherein the housing comprises a skirt extending below the cooking surface such as to raise the cooking surface from the bottom edge of the oven, and wherein the skirt delineates the side walls of a cavity extending beneath the cooking surface and is operable to restrict fluid communication between the external atmosphere and the cavity arranged underneath the cooking surface, wherein the housing further comprises a base for supporting the cooking surface and a cover extending over the cooking surface such as to form a partially enclosed cooking chamber with the cooking surface, characterised in that, the skirt comprises at least two substantially opposed cut-away portions (110a, 110b) on opposite sides of the cooking surface operable to be used as handles, and wherein the skirt comprises an inner skirt attached to the base and an outer skirt attached to the cover. a housing; a cooking surface arranged within the housing; wherein the housing further comprises a base for supporting the cooking surface and a cover extending over the cooking surface such as to form a partially enclosed cooking chamber with the cooking surface, characterised in that, the skirt comprises at least two substantially opposed cut-away portions (110a, 110b) on opposite sides of the cooking surface operable to be used as handles, and wherein the skirt comprises an inner skirt attached to the base and an outer skirt attached to the cover.
Method for operating a window for a building, the window comprising a glazing frame (2, 3) and a glazing unit at least partially covered with a transparent photovoltaic film, the method comprising a step of determination of at least one value of an electrical parameter deriving from the photovoltaic film and a step of determination of a value of a heat flux passing through the glazing of the window, by using the at least one electrical parameter value.
Method for the manufacture of a polymeric prodrug in the form of a hydrogel-drug conjugate comprising the hydrogel, the drug and a reversible prodrug linker, wherein the hydrogel is crosslinked, with a pore size of a substantial fraction of pores of larger than 1 nm and smaller than 100 nm in the hydrated state, wherein the average size of the pore of the hydrogel is larger than the diameter of the drug, wherein the hydrogel is a shaped article in the form of microparticulate soft beads which have a diameter of between 1 and 500 μm and wherein the hydrogel comprises bio-degradable bonds selected from the group of chemically-cleavable bonds consisting of phosphate, phosphonate, carbonate, carbamate, disulfide and ester bonds, wherein the linkage between the prodrug linker and the drug is reversible and wherein after cleavage of the linker, the drug is released in an unmodified form and wherein the drug is an organic small bioactive agent, the method comprising - a first step of synthesizing the hydrogel; followed by - a step of covalently connecting the reversible prodrug linker to the hydrogel; and - a step of covalently conjugating the drug to the reversible prodrug linker; wherein the last steps can be carried out in either order. - a first step of synthesizing the hydrogel; followed by - a step of covalently connecting the reversible prodrug linker to the hydrogel; and - a step of covalently conjugating the drug to the reversible prodrug linker;