mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting data, the method comprising: detecting, by an eNB, a predetermined frequency band for being idle for a first length of time in a predetermined period of time in a sub-frame p in the predetermined frequency band; and if the idle for the first length of time is detected, then scheduling, by the eNB, data in N consecutive sub-frames starting from a sub-frame next to the sub-frame p and performing data transmission for the data, and setting last A symbols in the last one of the consecutive N sub-frames to be idle, wherein the total length of time corresponding to the A symbols is no less than the first length of time, and both N and A are positive integers; characterized in that the sub-frame p comprises at least a first interval of time, a second interval of time, and a third interval of time in the predetermined frequency band; and wherein the first interval of time is located at the starting position of the sub-frame p, the third interval of time is located at the ending position of the sub-frame p, and the second interval of time is located before the third interval of time, and does not overlap with the first interval of time, and the length of time of neither the second interval of time nor the third interval of time is less than the first length of time; wherein, if the eNB did not transmit the data in the first interval of time, then the predetermined period of time is the second interval of time, and if the eNB did transmit the data in the first interval of time, then the predetermined period of time is instead the third interval of time. detecting, by an eNB, a predetermined frequency band for being idle for a first length of time in a predetermined period of time in a sub-frame p in the predetermined frequency band; and if the idle for the first length of time is detected, then scheduling, by the eNB, data in N consecutive sub-frames starting from a sub-frame next to the sub-frame p and performing data transmission for the data, and setting last A symbols in the last one of the consecutive N sub-frames to be idle, wherein the total length of time corresponding to the A symbols is no less than the first length of time, and both N and A are positive integers; characterized in that the sub-frame p comprises at least a first interval of time, a second interval of time, and a third interval of time in the predetermined frequency band; and wherein the first interval of time is located at the starting position of the sub-frame p, the third interval of time is located at the ending position of the sub-frame p, and the second interval of time is located before the third interval of time, and does not overlap with the first interval of time, and the length of time of neither the second interval of time nor the third interval of time is less than the first length of time; wherein, if the eNB did not transmit the data in the first interval of time, then the predetermined period of time is the second interval of time, and if the eNB did transmit the data in the first interval of time, then the predetermined period of time is instead the third interval of time.
A method of conditioning an exhaust treatment device exposed to an exhaust stream, the method comprising: contacting the device with the exhaust stream; initiating an exothermic chemical reaction within the device, thereby generating heat and causing passive or active regeneration of the device to occur; and initiating an endothermic chemical reaction within the device, wherein the endothermic chemical reaction absorbs at least part of the heat generated by the exothermic chemical reaction, characterized in that the endothermic chemical reaction, which takes place above a maximum selected regeneration temperature, is reversible and a reverse reaction to the endothermic reaction is exothermic and occurs after regeneration of the device. contacting the device with the exhaust stream; initiating an exothermic chemical reaction within the device, thereby generating heat and causing passive or active regeneration of the device to occur; and initiating an endothermic chemical reaction within the device, wherein the endothermic chemical reaction absorbs at least part of the heat generated by the exothermic chemical reaction, characterized in that the endothermic chemical reaction, which takes place above a maximum selected regeneration temperature, is reversible and a reverse reaction to the endothermic reaction is exothermic and occurs after regeneration of the device.
A method for manufacturing a security paper having at least two endless window security elements visible on mutually opposing sides of the security paper, in which - in a first paper ply production apparatus, a first paper web is formed and, in so doing, upon sheet formation a first endless security element (22, 72) is incorporated into the first paper web as a window security element, - in a second paper ply production apparatus a second paper web is produced, - the second paper web is brought together with the first paper web and firmly connected therewith such that the first endless security element (22, 72) is freely accessible in window regions of the first paper web, - upon bringing together the paper webs (20, 30), a second endless security element (32, 82) is embedded between the first and the second paper web (20, 30), and - by means of a suction and/or rinsing apparatus (50, 58), paper fibres are removed from the second paper web in a still moist state, so that the second endless security element (32, 82) is freely accessible in window regions of the second paper web. - in a first paper ply production apparatus, a first paper web is formed and, in so doing, upon sheet formation a first endless security element (22, 72) is incorporated into the first paper web as a window security element, - in a second paper ply production apparatus a second paper web is produced, - the second paper web is brought together with the first paper web and firmly connected therewith such that the first endless security element (22, 72) is freely accessible in window regions of the first paper web, - upon bringing together the paper webs (20, 30), a second endless security element (32, 82) is embedded between the first and the second paper web (20, 30), and - by means of a suction and/or rinsing apparatus (50, 58), paper fibres are removed from the second paper web in a still moist state, so that the second endless security element (32, 82) is freely accessible in window regions of the second paper web.
A method for transmitting media data, the method comprising: generating repair symbols coded for a forward error correction, FEC, using at least one motion picture expert group media transport, MMT, transport packet to be transmitted; generating FEC source packets using the at least one MMT transport packet wherein sequence numbers are assigned to the FEC source packets sequentially; generating FEC repair packets using the repair symbols wherein sequence numbers are assigned to the FEC repair packets sequentially; correlating the sequence numbers of the FEC source packets and the FEC repair packets and transmitting the FEC source and repair packets; wherein, the FEC source packets and the FEC repair packets comprise a header, and the header of the FEC source packets comprises the sequence number increased successively, wherein the header of the FEC source packets further includes a number of FEC source packets, wherein the header of the FEC repair packets comprises sequence numbers of the FEC repair packets and an initial sequence number configured to identify a boundary information of the FEC repair packets. generating repair symbols coded for a forward error correction, FEC, using at least one motion picture expert group media transport, MMT, transport packet to be transmitted; generating FEC source packets using the at least one MMT transport packet wherein sequence numbers are assigned to the FEC source packets sequentially; generating FEC repair packets using the repair symbols wherein sequence numbers are assigned to the FEC repair packets sequentially; correlating the sequence numbers of the FEC source packets and the FEC repair packets and transmitting the FEC source and repair packets; wherein, the FEC source packets and the FEC repair packets comprise a header, and the header of the FEC source packets comprises the sequence number increased successively, wherein the header of the FEC source packets further includes a number of FEC source packets, wherein the header of the FEC repair packets comprises sequence numbers of the FEC repair packets and an initial sequence number configured to identify a boundary information of the FEC repair packets.
Multi-segment antenna comprising at least two antenna segments (10, 10'), wherein the at least two antenna segments (10, 10') are arranged in a row; a first end section (18, 18') of a respective subsequent antenna segment has a first shape and a second end section (20, 20') of a respective previous antenna segment of joining antenna segments (10, 10') has a second shape complementary to the first shape, such that the first and second end sections mechanically interlock, wherein each antenna segment comprises: - a coil carrier (14, 14') comprising a first end section (18, 18') and a second end section (20, 20'), - a wire coil (16, 16'), which is arranged around the coil carrier (14, 14'), - a magnetic core (12, 12') arranged in the coil carrier (14, 14'), wherein the magnetic core (12, 12') and the wire coil (16, 16') are arranged such that - in the first end section (18, 18') the magnetic core (12, 12') and the coil carrier (14, 14') extend beyond the wire coil (16, 16') and - in the second end section (20, 20') the coil carrier (14, 14') and the wire coil (16, 16') extend beyond the magnetic core (12, 12'). - a coil carrier (14, 14') comprising a first end section (18, 18') and a second end section (20, 20'), - a wire coil (16, 16'), which is arranged around the coil carrier (14, 14'), - a magnetic core (12, 12') arranged in the coil carrier (14, 14'), wherein the magnetic core (12, 12') and the wire coil (16, 16') are arranged such that - in the first end section (18, 18') the magnetic core (12, 12') and the coil carrier (14, 14') extend beyond the wire coil (16, 16') and - in the second end section (20, 20') the coil carrier (14, 14') and the wire coil (16, 16') extend beyond the magnetic core (12, 12').
An aqueous dispersion comprising a microcapsule and water, the microcapsule comprising: a shell having a three-dimensional cross-linked structure comprising: at least one bond selected from the group consisting of a urethane bond and a urea bond; and an anionic group and a nonionic group as hydrophilic groups; and a core, the nonionic group being a monovalent group having a polyether structure, the shell comprising a photopolymerization initiating group that is a residue obtained by removal of at least one hydrogen atom from at least one active hydrogen group of a photopolymerization initiator having an at least one active hydrogen group, the active hydrogen group being a hydroxyl group, a primary amino group, a secondary amino group, or a mercapto group, and at least one of the shell comprising a polymerizable group or the core comprising a polymerizable compound being satisfied. a shell having a three-dimensional cross-linked structure comprising: at least one bond selected from the group consisting of a urethane bond and a urea bond; and an anionic group and a nonionic group as hydrophilic groups; and a core, the nonionic group being a monovalent group having a polyether structure, the shell comprising a photopolymerization initiating group that is a residue obtained by removal of at least one hydrogen atom from at least one active hydrogen group of a photopolymerization initiator having an at least one active hydrogen group, the active hydrogen group being a hydroxyl group, a primary amino group, a secondary amino group, or a mercapto group, and at least one of the shell comprising a polymerizable group or the core comprising a polymerizable compound being satisfied.
A garment processing apparatus comprising: a cabinet defining an external appearance of the apparatus, the cabinet having a laundry opening; a laundry accommodation unit placed within the cabinet and configured to store laundry introduced through the laundry opening; a hot air supply unit including a circulation path (41, 43, 47) arranged in an upper portion of the laundry accommodation unit and to guide air discharged from the laundry accommodation unit and resupply the air into the laundry accommodation unit, a heat exchanger installed to the circulation path (41, 43, 47) to implement heat exchange with the air introduced into the circulation path (41, 43, 47) by condensation and heating of said the air, and a blower configured to circulate the interior air of the laundry accommodation unit through the circulation path (41, 43, 47); wherein a drain unit installed to the bottom of the laundry accommodation unit for discharge of wash water stored in the laundry accommodation unit; and a dryness sensing unit including a condensed water pipe installed to connect the circulation path (41, 43, 47) and the drain unit to each other so as to discharge the condensed water generated in the heat exchanger to the outside of the circulation path (41, 43, 47), a flow rate sensing device installed to the condensed water pipe and configured to measure the quantity of condensed water generated in the heat exchanger and a controller configured to determine the quantity of moisture contained in the laundry based on flow rate data provided by the flow rate sensing device and dryness of laundry based on the quantity of moisture and stop operation of the heat exchanger and the blower based on a result of comparing flow rate data provided by the flow rate sensing device with a predetermined reference value. a cabinet defining an external appearance of the apparatus, the cabinet having a laundry opening; a laundry accommodation unit placed within the cabinet and configured to store laundry introduced through the laundry opening; a hot air supply unit including a circulation path (41, 43, 47) arranged in an upper portion of the laundry accommodation unit and to guide air discharged from the laundry accommodation unit and resupply the air into the laundry accommodation unit, a heat exchanger installed to the circulation path (41, 43, 47) to implement heat exchange with the air introduced into the circulation path (41, 43, 47) by condensation and heating of said the air, and a blower configured to circulate the interior air of the laundry accommodation unit through the circulation path (41, 43, 47); wherein
Distribution manifold for a fluid such as water, comprising at least two manifold elements respectively comprising a tubular duct having at its ends a male part and a female part, which are respectively cylindrical and complementary, and at least one lateral connection end-piece connected internally to the said duct, the male part of one of the elements being engaged axially in the female part of the other element, the female part of each element having a radial slot and the male part of each element having an outer annular groove, this radial slot and this groove radially receiving an axial blocking member which has the form of a U whose central branch engages in the slot of the female part and in the said outer groove of the male part and whose opposed branches (27, 28) fit in the groove of the male part, on either side, characterized in that the said slot of the female part is defined between two opposed radial faces (21, 22) extending in radial planes of the ducts and two diametrically opposed faces (23, 24) extending axially and the distance between the diametrically opposed faces (23, 24) is equal to or greater than the diameter of the cylindrical surface of the female part and in that the said slot comprises an opening traversing its wall and opposed channels, the central branch of the axial blocking member engaging in the said opening and the opposed branches (27, 28) of the axial blocking member engaging in the said opposed channels and running along the said opposed faces (23, 24) of these channels, and in that the female part has at least one connecting crosspiece which axially traverses the said opening and which is situated at a distance from and inside the peripheral surface of the female part so as to form an outer recess, the central branch of the axial blocking member engaging in this outer recess and the peripheral outer surface of this central part being approximately flush with the peripheral surface of the female part,
A solar-operated lighting device comprising a substantially tubular solar module, which is positioned vertically in its mounted position and electrically powers a light via at least one rechargeable battery (16, 17) and an electronics module, the at least one rechargeable battery (16, 17) and the electronics module each being arranged in the interior of the solar module with radial spacing (r 1, r 2) therefrom, the solar module having a ventilation opening (13, 14) at both its upper end and its lower end, the solar module comprising an upper cover at the upper end and a lower cover at the lower end, and an annular gap (13, 14) or a ring of openings, which respectively forms said ventilation opening, being provided in the interface region between each cover (11, 12) and the solar module, characterised in that the lower cover is formed by the light.
An absorber coating for solar heat power generation, the coating having a network structure of composite particles comprising particles of metal oxide comprising mainly two or more metals selected from Mn, Cr, Cu, Zr, Mo, Fe, Co and Bi, and titanium oxide partly or entirely coating on the surface of the particle of metal oxide, wherein the surface roughness of the coating is 1.0 μm or more in arithmetic average roughness (Ra), and a ratio of a network area of the composite particle to a plane area of the coating is 7 or more.
A composition for preparing a candy, the composition containing: saccharides having a degree of polymerization of 2 or less; and saccharides having a degree of polymerization of 3 or more; wherein the saccharides having a degree of polymerization of 2 or less include allulose; wherein the composition has a content of the saccharides having a degree of polymerization of 3 or more of 29 parts by weight or more, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids; and wherein the composition has an allulose content of 5 to 10 parts by weight, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids. wherein the saccharides having a degree of polymerization of 2 or less include allulose; wherein the composition has a content of the saccharides having a degree of polymerization of 3 or more of 29 parts by weight or more, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids; and wherein the composition has an allulose content of 5 to 10 parts by weight, based on 100 parts by weight of the saccharides having a degree of polymerization of 2 or less, based on dry solids.
A method of providing a homogeneous, stable and uniform magnetic field in a sample cavity of a magnetic resonance device chosen from the group of a magnetic resonance imaging device, a nuclear magnetic resonance spectroscope, an electron spin resonance spectroscope and a nuclear quadrupole resonance device, the method comprising the steps of: assembling two main magnet assemblies being mirror images of each other, each of said assemblies comprising a main magnet, a pole piece positioned on a face of said main magnet and a plurality of side magnets (20, 40) arranged around said pole piece; placing said two main magnet assemblies in a spaced-apart face-to-face relationship within a right cylindrical or polygonal steel cage to define a magnetic envelope and enclosed volume between said two assemblies, thereby forming said sample cavity between said two assemblies; said cage comprising side walls, said side walls substantially enclosing the side magnets (20, 40); passing a plurality of fastening rods through at least one pair of side walls and through at least one of the side magnets to physically interconnect said at least one pair of side walls; and fastening said rods to provide a homogeneous, stable and uniform magnetic field within said sample cavity. assembling two main magnet assemblies being mirror images of each other, each of said assemblies comprising a main magnet, a pole piece positioned on a face of said main magnet and a plurality of side magnets (20, 40) arranged around said pole piece; placing said two main magnet assemblies in a spaced-apart face-to-face relationship within a right cylindrical or polygonal steel cage to define a magnetic envelope and enclosed volume between said two assemblies, thereby forming said sample cavity between said two assemblies; said cage comprising side walls, said side walls substantially enclosing the side magnets (20, 40); passing a plurality of fastening rods through at least one pair of side walls and through at least one of the side magnets to physically interconnect said at least one pair of side walls; and fastening said rods to provide a homogeneous, stable and uniform magnetic field within said sample cavity.
Tumble dryer appliance with a collection chamber for collecting liquid, with a removable sump and with the following further features: the removable sump has a liquid reservoir for gathering liquid as well as an integrated connection duct embodied as a tube open at both ends, which is disposed so as to be able to slide in a tubular lateral extension of the removable sump along a longitudinal axis of the tubular lateral extension; characterised in that when the sump has been removed, the tubular lateral extension including its integrated connection duct is hydraulically sealed with respect to the liquid reservoir by means of a flap which is subject to a given pretensioning and which has a circumferential sealing lip, even in the state in which it performs its sealing function; and when the sump has been removed, collection chamber is hydraulically sealed by means of a further flap which is subject to a given pretensioning and which has a circumferential sealing lip, even in the state in which it performs its sealing function, whereas, when the removable sump has been inserted into the tumble dryer appliance, the flaps (7, 7') are opened and there is a hydraulically available connection between the collection chamber and the removable sump over the integrated connection duct. the removable sump has a liquid reservoir for gathering liquid as well as an integrated connection duct embodied as a tube open at both ends, which is disposed so as to be able to slide in a tubular lateral extension of the removable sump along a longitudinal axis of the tubular lateral extension; characterised in that when the sump has been removed, the tubular lateral extension including its integrated connection duct is hydraulically sealed with respect to the liquid reservoir by means of a flap which is subject to a given pretensioning and which has a circumferential sealing lip, even in the state in which it performs its sealing function; and when the sump has been removed, collection chamber is hydraulically sealed by means of a further flap which is subject to a given pretensioning and which has a circumferential sealing lip, even in the state in which it performs its sealing function, whereas, when the removable sump has been inserted into the tumble dryer appliance, the flaps (7, 7') are opened and there is a hydraulically available connection between the collection chamber and the removable sump over the integrated connection duct.