mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting broadcast network information in a mobile wireless communication network comprising a plurality of network nodes (N1-N5), said method comprising: a) providing a compression of broadcast network information related to a group of coordinated network nodes (N1-N3) of said plurality of network nodes (N1-N5); b) coding said compressed broadcast network information by segmenting said compressed broadcast network information into a number of blocks and linearly combining said blocks into a plurality of linear combinations of blocks; and c) transmitting said linear combinations of blocks by said group of coordinated network nodes (N1-N3). a) providing a compression of broadcast network information related to a group of coordinated network nodes (N1-N3) of said plurality of network nodes (N1-N5); b) coding said compressed broadcast network information by segmenting said compressed broadcast network information into a number of blocks and linearly combining said blocks into a plurality of linear combinations of blocks; and c) transmitting said linear combinations of blocks by said group of coordinated network nodes (N1-N3).
A waveguide for a display apparatus comprising: a planar optical waveguide part for guiding light to be displayed; an input diffraction grating arranged to receive light and diffract the received light along the optical waveguide part for guiding thereby; an intermediate diffraction grating optically coupled to the input diffraction grating via the optical waveguide part and arranged to receive diffracted light from the input diffraction grating and to expand the received light in a first dimension by diffraction; and an output diffraction grating optically coupled to the intermediate diffraction grating via the optical waveguide part and arranged to receive the expanded light and to output the received expanded light from the optical waveguide part by diffraction for display, wherein the input diffraction grating is positioned so as to be located wholly within the geographical area of the intermediate grating, and wherein the grating vectors of the input diffraction grating and the intermediate diffraction grating are oriented in different respective directions. a planar optical waveguide part for guiding light to be displayed; an input diffraction grating arranged to receive light and diffract the received light along the optical waveguide part for guiding thereby; an intermediate diffraction grating optically coupled to the input diffraction grating via the optical waveguide part and arranged to receive diffracted light from the input diffraction grating and to expand the received light in a first dimension by diffraction; and an output diffraction grating optically coupled to the intermediate diffraction grating via the optical waveguide part and arranged to receive the expanded light and to output the received expanded light from the optical waveguide part by diffraction for display, wherein the input diffraction grating is positioned so as to be located wholly within the geographical area of the intermediate grating, and wherein the grating vectors of the input diffraction grating and the intermediate diffraction grating are oriented in different respective directions.
A lithography system comprising: at least one target object (120, 420) disposed on a substrate (110, 410); a processor configured to process an image of the target object (120, 420); and an exposure apparatus configured to provide an optical pattern to the substrate (110, 410), characterized in that the processor is configured to determine the optical pattern for a coating layer of the target object based on the image of the target object (120, 420). at least one target object (120, 420) disposed on a substrate (110, 410); a processor configured to process an image of the target object (120, 420); and an exposure apparatus configured to provide an optical pattern to the substrate (110, 410), characterized in that the processor is configured to determine the optical pattern for a coating layer of the target object based on the image of the target object (120, 420).
A denture adhesive hydrogel comprising: (a) a mixed salt of a copolymer of alkyl vinyl ether, and (i) maleic anhydride or (ii) maleic acid, wherein the mixed salt comprises monovalent and multivalent cationic salts selected from the group consisting of sodium, calcium, zinc, strontium, ferric and mixtures thereof; (b) a dry tack enhancing agent which comprises polyvinylpyrrolidone, in an amount of 0.1% to 5% by weight of the hydrogel; and (c) water. (a) a mixed salt of a copolymer of alkyl vinyl ether, and (i) maleic anhydride or (ii) maleic acid, wherein the mixed salt comprises monovalent and multivalent cationic salts selected from the group consisting of sodium, calcium, zinc, strontium, ferric and mixtures thereof; (b) a dry tack enhancing agent which comprises polyvinylpyrrolidone, in an amount of 0.1% to 5% by weight of the hydrogel; and (c) water.
Combustion installation using liquid fuel with a device for tightness control of paired safety shutoff valves, the device in flow direction connected in series having a flow line for liquid fuel, a burner and a return line, wherein in flow direction in series a flow quick closing valve, a first flow safety shutoff valve and a second flow safety shutoff valve are arranged in the flow line, in flow direction in series a first return safety shutoff valve, a second return safety shutoff valve and a return quick closing valve are arranged in the return line, characterized in that a test device operating with the liquid fuel as compression medium is connected or can be connected to the flow line between the flow quick closing valve and the first flow safety shutoff valve and to the return line between the second return safety shutoff valve and the return quick closing valve, with which a test pressure can be produced in the flow line between the flow quick closing valve and the first flow safety shutoff valve and in the return line between the second return safety shutoff valve and the return quick closing valve during a pre-determined testing period and when the flow and return quick closing valves (6, 16) are closed, either the first flow safety shutoff valve and the second return safety shutoff valve are closed during the testing period, wherein the second flow safety shutoff valve and the first return safety shutoff valve can be opened, or the first flow safety shutoff valve and the second return safety shutoff valve are opened and the second flow safety shutoff valve and the first return safety shutoff valve are closed, and with a pressure measuring device for measuring the pressure between the flow quick closing valve and the first flow safety shutoff valve or between the second return safety shutoff valve and the return quick closing valve, and with means, which are designed to open and close all fittings and valves and to be able to produce a test pressure with the test device.
A method in a user terminal (120, 130, 600) in a cellular communications system, comprising, applying a first timing advance value (T TA1) to transmissions to a controlling node, transmitting a random access preamble (MSG 1) in a contention based random access procedure for requesting communication with the controlling node, receiving, from the controlling node, a random access response (MSG 2) with a second timing advance value (T TA2), the method being characterized in; ignoring the second timing advance value (T TA2), when the first timing advance value is valid and thereby applying (523, 524) the first timing advance value to transmissions subsequent to the receipt of the random access response, wherein said first timing advance value is associated with a timer and is valid when the timer is running.
Turnout coat for firemen comprising an outer shell, said outer shell made from a fabric, said fabric shaped to cover at least a portion of a wearer's body, the fabric comprising first yarns combined with second yarns, the first yarns comprising filament yarns comprised of an inherently flame resistant material, said filament yarns being made from an aramid-polymer, such as a para-aramid or a meta-aramid polymer, the second yarns comprising spun yarns containing inherently flame resistant fibers, wherein the spun yarns contain polybenzimidazole fibers, wherein the fabric includes a warp direction and a fill direction, and wherein the spun yarns do not contain FR-cellulosic fibers, characterized in that the first yarns and the second yarns are positioned in the warp direction in a ratio of from greater than 1:1 to 1:4 and wherein the first yarns and the second yarns are also positioned in the fill direction in a ratio of from greater than 1:1 to 1:4.
A laundry appliance, comprising: a cabinet including a pump; a drum disposed within the cabinet; a tub operably coupled to the drum and disposed proximate to the cabinet; and a water recirculation assembly operably coupled to the pump, the water recirculation assembly including: a first tube operably coupled to the pump; a second tube fluidly coupled to the first tube and including a valve disposed proximate to the drum; and characterized in that a gap is defined between the first tube and the second tube. a cabinet including a pump; a drum disposed within the cabinet; a tub operably coupled to the drum and disposed proximate to the cabinet; and a water recirculation assembly operably coupled to the pump, the water recirculation assembly including: a first tube operably coupled to the pump; a second tube fluidly coupled to the first tube and including a valve disposed proximate to the drum; and a first tube operably coupled to the pump; a second tube fluidly coupled to the first tube and including a valve disposed proximate to the drum; and characterized in that a gap is defined between the first tube and the second tube.
Control device for pressure control in a hydraulic system, especially of an elevator-system, the control device is adapted to control an output variable (f, I, U) of an inverter supplying a hydraulic pump of the hydraulic system with electric energy, the output variable (f, I, U) is adapted to adjust the speed of the hydraulic pump in order to at least partly compensate for a leakage of operating fluid in the hydraulic pump, whereby the control device comprises a computing module which is adapted to determine the output variable (f, I, U) solely based on at least one inverter parameter (T x) and it is characterised in that, in operation, any output variable (f, I, U) is adapted to effect a positive pump flow rate.
A primo-administration vaccine and a boost administration vaccine for use in protecting a subject from leishmaniasis and/or preventing disease progression in an infected subject, wherein the subject is a canine, wherein the vaccines are formulated for administration in a prime-boost administration regimen comprising a primo-administration with the primo-administration vaccine followed by a boost administration with the boost administration vaccine, wherein said primo-administration vaccine comprises, in a pharmaceutically or veterinary acceptable vehicle, diluent or excipient, an expression vector containing a polynucleotide for expressing, in vivo, a salivary Lu. longipalpis polypeptide, and said boost administration vaccine comprises, in a pharmaceutically or veterinary acceptable vehicle or excipient, the same salivary Lu. longipalpis polypeptide, wherein the salivary Lu. longipalpis polypeptide is a LJM17 polypeptide, wherein the polynucleotide encodes a polypeptide having at least 80% sequence identity to a polypeptide having the sequence as set forth in SEQ ID NO: 5, 7, 15, or 17; or the polynucleotide has at least 70% sequence identity to a polynucleotide encoding a polypeptide having the sequence as set forth in SEQ ID NO: 5, 7, 15, or 17; or the polynucleotide has at least 70% sequence identity to a polynucleotide having the sequence as set forth in SEQ ID NO: 6, 8, 16, 18, 21, 90, or 91; and wherein the Lu. longipalpis polypeptide comprises an amino acid sequence having at least 80% sequence identity to a polypeptide having the sequence as set forth in SEQ ID NO: 5, 7, 15, or 17.
A printer management system comprising: one or more 3D printing devices each comprising a 3-dimensional printing region for printing according to a digital file; an opening through which a user may access the printing region; a moveable panel adapted to cover the opening when disposed in a closed position; a locking mechanism configured to lock the moveable panel in the closed position thereby preventing the user from accessing the printing region through the opening; and a management server communicatively coupled to each of the one or more printing devices over a communications network, wherein the management server is configured to receive a print request from one or more user devices or one of the one or more printing devices to print the digital file, transmit the digital file to a selected one of the one or more printing devices, and transmit commands to lock and unlock the locking mechanism of the one or more printing devices to the respective one or more printing devices. one or more 3D printing devices each comprising a 3-dimensional printing region for printing according to a digital file; an opening through which a user may access the printing region; a moveable panel adapted to cover the opening when disposed in a closed position; a locking mechanism configured to lock the moveable panel in the closed position thereby preventing the user from accessing the printing region through the opening; and a 3-dimensional printing region for printing according to a digital file; an opening through which a user may access the printing region; a moveable panel adapted to cover the opening when disposed in a closed position; a locking mechanism configured to lock the moveable panel in the closed position thereby preventing the user from accessing the printing region through the opening; and a management server communicatively coupled to each of the one or more printing devices over a communications network, wherein the management server is configured to receive a print request from one or more user devices or one of the one or more printing devices to print the digital file, transmit the digital file to a selected one of the one or more printing devices, and transmit commands to lock and unlock the locking mechanism of the one or more printing devices to the respective one or more printing devices. receive a print request from one or more user devices or one of the one or more printing devices to print the digital file, transmit the digital file to a selected one of the one or more printing devices, and transmit commands to lock and unlock the locking mechanism of the one or more printing devices to the respective one or more printing devices.
A voice data retrieval system comprising: an inputting device for inputting a keyword; a phoneme converting unit for converting the inputted keyword in a phoneme expression; a voice data retrieving unit for retrieving a portion of a voice data at which the keyword is spoken based on the keyword in the phoneme expression; and a comparison keyword creating unit for creating a set of comparison keywords separately from the keyword having a possibility of a confusion of a user in listening to the keyword based on the keyword in the phoneme expression; a language information inputting unit for inputting a piece of information of a language which a user can understand; a phoneme confusion matrix creating unit for creating a phoneme confusion matrix for each user based on the piece of information provided from the language information inputting unit, wherein the comparison keyword creating unit creates the set of comparison keywords based on the phoneme confusion matrix; and a retrieval result presenting unit for presenting a retrieval result from the voice data retrieving unit together with the set of comparison keywords from the comparison keyword creating unit to the user. an inputting device for inputting a keyword; a phoneme converting unit for converting the inputted keyword in a phoneme expression; a voice data retrieving unit for retrieving a portion of a voice data at which the keyword is spoken based on the keyword in the phoneme expression; and a comparison keyword creating unit for creating a set of comparison keywords separately from the keyword having a possibility of a confusion of a user in listening to the keyword based on the keyword in the phoneme expression; a language information inputting unit for inputting a piece of information of a language which a user can understand; a phoneme confusion matrix creating unit for creating a phoneme confusion matrix for each user based on the piece of information provided from the language information inputting unit, wherein the comparison keyword creating unit creates the set of comparison keywords based on the phoneme confusion matrix; and a retrieval result presenting unit for presenting a retrieval result from the voice data retrieving unit together with the set of comparison keywords from the comparison keyword creating unit to the user.
Method for synchronising a plurality of base stations in a wireless telecommunications system comprising base stations (BS1 to BS5) each covering a picocell (P1 to P5), and interconnected by a local network; this method comprising: - a system initialisation phase including a step of hierarchising the base stations, conducted within each group of base stations (BS1 to BS4) covering picocells (P1 to P4) adjacent to each other, - and a synchronisation step during which a base station synchronises by listening to a station which is hierarchically higher, and during which the base station which has been synchronised starts to transmit a clock enabling the synchronisation of another base station which is hierarchically lower than it; characterised in that the initialisation phase further comprises a step of initialising the system by transmitting a rough synchronisation signal (Sg) transported by the local network to each base station (BS1 to BS4), and in that this hierarchisation step within a group of base stations includes the allocation, in ascending order, of a number of positive integer type (1 to 4) to each cell in this group of base stations (BS1 to BS4) covering picocells (P1 to P4) adjacent to each other, according to the distribution of the picocells (P1 to P4) defined by the topology of the system, of these base stations, so that each base station (BS1 to BS4) in this group can have an adjacent base station of lower number. - a system initialisation phase including a step of hierarchising the base stations, conducted within each group of base stations (BS1 to BS4) covering picocells (P1 to P4) adjacent to each other, - and a synchronisation step during which a base station synchronises by listening to a station which is hierarchically higher, and during which the base station which has been synchronised starts to transmit a clock enabling the synchronisation of another base station which is hierarchically lower than it;
A shear belt package for a tire, the shear belt package comprising: a first belt layer for extending circumferentially around the tire; a second belt layer for extending circumferentially around the tire; and a shear band structure radially interposed between the first belt layer and the second belt layer, the shear band structure including a first reinforcing ply radially adjacent the first belt layer, a third reinforcing ply radially adjacent the second belt layer, and a second reinforcing ply radially interposed between the first reinforcing ply and the third reinforcing ply; characterized in that the first reinforcing ply includes a first three dimensional layer enclosed by a first fabric layer, the second reinforcing ply includes a second three dimensional layer enclosed by a second fabric layer and the third reinforcing ply includes a third three dimensional layer enclosed by a third fabric layer, and wherein a further fabric layer encloses all of the three dimensional layers (2111, 2121, 2131). a first belt layer for extending circumferentially around the tire; a second belt layer for extending circumferentially around the tire; and a shear band structure radially interposed between the first belt layer and the second belt layer, the shear band structure including a first reinforcing ply radially adjacent the first belt layer, a third reinforcing ply radially adjacent the second belt layer, and a second reinforcing ply radially interposed between the first reinforcing ply and the third reinforcing ply; characterized in that the first reinforcing ply includes a first three dimensional layer enclosed by a first fabric layer, the second reinforcing ply includes a second three dimensional layer enclosed by a second fabric layer and the third reinforcing ply includes a third three dimensional layer enclosed by a third fabric layer, and wherein a further fabric layer encloses all of the three dimensional layers (2111, 2121, 2131).
An image forming apparatus, comprising: a plurality of heads (311, 312, and 313) configured to eject ink onto an image forming body to form an image on the image forming body; a holding unit that holds the plurality of heads (311, 312, and 313); a temperature determination unit configured to determine a temperature of the holding unit; and an adjustment unit characterised in that the adjustment unit is configured to adjust a position of the image formed on the image forming body by the ink ejected from each of the heads (311, 312, and 313) according to a predicted amount of change in position of each of the heads (311, 312, and 313), that is due to thermal deformation of the holding unit at the temperature of the holding unit determined by the temperature determination unit. a plurality of heads (311, 312, and 313) configured to eject ink onto an image forming body to form an image on the image forming body; a holding unit that holds the plurality of heads (311, 312, and 313); a temperature determination unit configured to determine a temperature of the holding unit; and an adjustment unit characterised in that the adjustment unit is configured to adjust a position of the image formed on the image forming body by the ink ejected from each of the heads (311, 312, and 313) according to a predicted amount of change in position of each of the heads (311, 312, and 313), that is due to thermal deformation of the holding unit at the temperature of the holding unit determined by the temperature determination unit.