mhurhangee/ep-ind-claims huggingface dataset:
A halogen-free thermosetting resin composition, comprising, based on 100 parts by weight of organic solids, from 30 to 60 parts by weight of a halogen-free epoxy resin; from 5 to 30 parts by weight of a first curing agent of phosphorus-containing bisphenol; from 5 to 30 parts by weight of a second curing agent of dicyclopentadiene novolac; and a phosphorus-containing flame retardant; wherein the phosphorus-containing bisphenol has the following structure wherein n 2 is an integer of 2 to 20, preferably an integer of from 3 to 10; preferably, the phosphorus-containing bisphenol has a weight average molecular weight of from 1000 to 6500, preferably from 1000 to 4500, more preferably from 1000 to 3000. from 30 to 60 parts by weight of a halogen-free epoxy resin; from 5 to 30 parts by weight of a first curing agent of phosphorus-containing bisphenol; from 5 to 30 parts by weight of a second curing agent of dicyclopentadiene novolac; and a phosphorus-containing flame retardant;
A mobile communication system including a base station (4a, 4b) which radio communicates with a terminal for mobile communications, and an RNC which controls this base station, characterized in that said base station comprises: an interference amount measuring unit for measuring an amount of interference about received signals; and an interference amount notifying unit for notifying said amount of interference measured by said interference amount measuring unit to said RNC; and said RNC comprises a maximum interference amount setting unit for setting to said base station, a maximum amount of interference for an autonomous mode and a maximum amount of interference for a scheduling mode, which must not be exceeded; wherein the maximum amount of interference is set based on the notified amount of interference, the number of terminals in the cell of the base station which are operating in autonomous mode and the number of terminals in the cell of the base station which are operating in scheduling mode, operating conditions of neighbouring base stations, and operating conditions of the dedicated channel in the base station. an interference amount measuring unit for measuring an amount of interference about received signals; and an interference amount notifying unit for notifying said amount of interference measured by said interference amount measuring unit to said RNC; and said RNC comprises a maximum interference amount setting unit for setting to said base station, a maximum amount of interference for an autonomous mode and a maximum amount of interference for a scheduling mode, which must not be exceeded; wherein the maximum amount of interference is set based on the notified amount of interference, the number of terminals in the cell of the base station which are operating in autonomous mode and the number of terminals in the cell of the base station which are operating in scheduling mode, operating conditions of neighbouring base stations, and operating conditions of the dedicated channel in the base station.
Drying device for bulk material, comprising: - an upper guiding means, on which a first plurality of perforated plates (110 a-l, 110p-r) with location surfaces (110a'-l', 110p'-r') for the bulk material is guided along a rail comprising an upper rail section, a lower rail section and a first deflection rail section at the end, in which the perforated plates (110a-l, 110p-r) are deflected from the upper into the lower rail section (110, 120) on a first side, and a second deflection rail section at the end in which the perforated plates (110a-l, 110p-r) are deflected from the lower into the upper rail section (120, 110) on a second side of the drying device lying opposite the first, wherein a scraper device is arranged in the area of the first or second deflection rail section (2, 3), which comprises one scraping element that is arranged in such a way that the location surface (110a'-l', 110p'-r') of a perforated plate (110a-l, 110p-r) moving along the first or second deflection rail section (2, 3) comes into contact with the scraping element, and is cleaned by means of a relative movement between the scraping element and the perforated plate (110a-l, 110p-r), wherein the scraper device comprises a pivot bearing on which the scraping element are mounted pivotably around a pivot axis relative to the upper guiding means, and a deflection roll on which the perforated plates (110a-l, 110p-r) are deflected, characterized in that the pivot axis is positioned coaxially to a deflection axis of the deflection roll. - an upper guiding means, on which a first plurality of perforated plates (110 a-l, 110p-r) with location surfaces (110a'-l', 110p'-r') for the bulk material is guided along a rail comprising an upper rail section, a lower rail section and a first deflection rail section at the end, in which the perforated plates (110a-l, 110p-r) are deflected from the upper into the lower rail section (110, 120) on a first side, and a second deflection rail section at the end in which the perforated plates (110a-l, 110p-r) are deflected from the lower into the upper rail section (120, 110) on a second side of the drying device lying opposite the first,
A phased array antenna system, comprising: a printed wiring board formed in rhombic shape; a beam forming network located within the printed wiring board, wherein the beam forming network is located over substantially the entire printed wiring board, wherein the beam forming network includes at least one subarray (202a, 202b) of a plurality of beam forming elements, wherein data and clock lines of the beam forming elements are arranged in an orthogonal style to provide an efficient layout of the printed wiring board and robust signal integrity for the array beam steering control, and wherein the subarray comprises a plurality of subarray elements, a module shim coupled to the plurality of subarray elements, a multilayer wiring board coupled to the module shim, a connector shim coupled to the multilayer wiring board; and a pressure plate coupled to the connector shim, wherein two or more subarrays are coupled together to provide a rhombic shaped array, a plurality of connectors (502, 504) located on the backside of the printed wiring board configured to allow for expansion of the system. a printed wiring board formed in rhombic shape; a beam forming network located within the printed wiring board, wherein the beam forming network is located over substantially the entire printed wiring board, wherein the beam forming network includes at least one subarray (202a, 202b) of a plurality of beam forming elements, wherein data and clock lines of the beam forming elements are arranged in an orthogonal style to provide an efficient layout of the printed wiring board and robust signal integrity for the array beam steering control, and wherein the subarray comprises a plurality of subarray elements, a module shim coupled to the plurality of subarray elements, a multilayer wiring board coupled to the module shim, a connector shim coupled to the multilayer wiring board; and a pressure plate coupled to the connector shim, wherein two or more subarrays are coupled together to provide a rhombic shaped array, a plurality of connectors (502, 504) located on the backside of the printed wiring board configured to allow for expansion of the system.
A system for unloading a container comprising: a container configured to enclose a stack of articles, the container comprising a door and at least one channel formed in a side surface of the container; a feeder comprising: a frame having a first end and a second end, the second end comprising a singulator; a belt assembly disposed on the frame, the belt assembly having at least one opening disposed therein, wherein the belt assembly is configured to support the container and the stack of articles, and to move the stack of articles toward the singulator; a lower paddle disposed generally below the belt assembly, wherein a portion of the lower paddle is moveable through the opening of the belt assembly, and an upper paddle disposed generally above the belt assembly, at least a portion of the upper paddle being configured to extend through the at least one channel formed in the side surface of the container; wherein the upper paddle and the lower paddle are configured to provide supporting pressure to the stack of articles when the stack of articles is on the belt assembly. a container configured to enclose a stack of articles, the container comprising a door and at least one channel formed in a side surface of the container; a feeder comprising: a frame having a first end and a second end, the second end comprising a singulator; a belt assembly disposed on the frame, the belt assembly having at least one opening disposed therein, wherein the belt assembly is configured to support the container and the stack of articles, and to move the stack of articles toward the singulator; a lower paddle disposed generally below the belt assembly, wherein a portion of the lower paddle is moveable through the opening of the belt assembly, and an upper paddle disposed generally above the belt assembly, at least a portion of the upper paddle being configured to extend through the at least one channel formed in the side surface of the container; a frame having a first end and a second end, the second end comprising a singulator; a belt assembly disposed on the frame, the belt assembly having at least one opening disposed therein, wherein the belt assembly is configured to support the container and the stack of articles, and to move the stack of articles toward the singulator; a lower paddle disposed generally below the belt assembly, wherein a portion of the lower paddle is moveable through the opening of the belt assembly, and an upper paddle disposed generally above the belt assembly, at least a portion of the upper paddle being configured to extend through the at least one channel formed in the side surface of the container; wherein the upper paddle and the lower paddle are configured to provide supporting pressure to the stack of articles when the stack of articles is on the belt assembly.
A method of preparing an electrode slurry, which comprises: preparing a mixed solution by mixing a binder, a conductive material, and an active material with a solvent (process 1); separating the mixed solution prepared through process 1 into an upper layer and a lower layer (process 2); and removing at least a portion of the solvent from the mixed solution of process 2, which has been separated into layers (process 3), wherein the separation according to the process 2 is carried out by allowing the mixed solution to stand to induce solid ingredients thereof to settle, the solvent being removed from the upper layer, the mixed solution according to the process 1 having a viscosity of 100 cP to 500 cP, the process 1 optionally further including adding a thickener, in addition to the binder, the conductive material, and the active material, when the electrode slurry is for a positive electrode, the active material, conductive material, and binder being mixed in a weight ratio of 94∼99:0.5∼2.0:0.5∼4.0, and when the electrode slurry is for a negative electrode, the active material, conductive material, thickener, and binder being mixed in a weight ratio of 93∼97:0.5∼1.5:0.5∼1.5:2.0∼4.0. preparing a mixed solution by mixing a binder, a conductive material, and an active material with a solvent (process 1); separating the mixed solution prepared through process 1 into an upper layer and a lower layer (process 2); and removing at least a portion of the solvent from the mixed solution of process 2, which has been separated into layers (process 3), wherein the separation according to the process 2 is carried out by allowing the mixed solution to stand to induce solid ingredients thereof to settle, the solvent being removed from the upper layer, the mixed solution according to the process 1 having a viscosity of 100 cP to 500 cP, the process 1 optionally further including adding a thickener, in addition to the binder, the conductive material, and the active material, when the electrode slurry is for a positive electrode, the active material, conductive material, and binder being mixed in a weight ratio of 94∼99:0.5∼2.0:0.5∼4.0, and when the electrode slurry is for a negative electrode, the active material, conductive material, thickener, and binder being mixed in a weight ratio of 93∼97:0.5∼1.5:0.5∼1.5:2.0∼4.0.
A milk texturing and dispensing assembly comprising: a milk pump in fluid communication with a milk inlet arrangement and an outlet for dispensing milk into a container, the milk pump being arranged to progress milk from the milk inlet arrangement to the outlet; an aeration assembly to introduce air into the milk, wherein the aeration assembly is coupled to a controller for control thereby; and a first flow meter arranged to sense a first milk volume per unit of time upstream of the aeration assembly and being characterized by comprising a second flow meter arranged to sense a second milk volume per unit of time downstream of the aeration assembly; wherein the controller is configured to operate the aeration assembly taking into account the first milk volume per unit of time and the second milk volume per unit of time. a milk pump in fluid communication with a milk inlet arrangement and an outlet for dispensing milk into a container, the milk pump being arranged to progress milk from the milk inlet arrangement to the outlet; an aeration assembly to introduce air into the milk, wherein the aeration assembly is coupled to a controller for control thereby; and a first flow meter arranged to sense a first milk volume per unit of time upstream of the aeration assembly and being characterized by comprising a second flow meter arranged to sense a second milk volume per unit of time downstream of the aeration assembly; wherein the controller is configured to operate the aeration assembly taking into account the first milk volume per unit of time and the second milk volume per unit of time.
Process for synthesizing a block polymer which comprises a first block and a second block, said process comprising the following steps: a) reaction of a rare earth metallocene and a living anionic polymer of a first monomer, b) polymerization of a second monomer in the presence of the reaction product from step a), the first monomer being selected from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, the second monomer being a monoolefin or a mixture of a monoolefin and a 1,3-diene, the aromatic α-monoolefin being of the formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group. a) reaction of a rare earth metallocene and a living anionic polymer of a first monomer, b) polymerization of a second monomer in the presence of the reaction product from step a), the first monomer being selected from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, the second monomer being a monoolefin or a mixture of a monoolefin and a 1,3-diene, the aromatic α-monoolefin being of the formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group. the first monomer being selected from the group of monomers consisting of 1,3-dienes, aromatic α-monoolefins and mixtures thereof, the second monomer being a monoolefin or a mixture of a monoolefin and a 1,3-diene, the aromatic α-monoolefin being of the formula CH 2 =CH-Ar, Ar representing a substituted or unsubstituted aromatic group.
Use of devices for positioning and fixing a thermocouple in a tubular reactor, the device consisting of a non-closed annular element, which has a smaller cross section than this tube, the wall of which has at least one bore for leading the thermocouple through, the wall of this element having a continuous slot running parallel to the run of the tube.
A fabric structure having a cellular construction, comprising • At least one base layer consisting of warp threads; • At least one top layer consisting of warp threads; • And weft threads placed between them; whereby the fabric structure is formed by a multiplicity of three-dimensional cells (3, 9) and the height of each individual cell (3, 9) is defined by the spacing between two warp threads (10, 11), located above the other in height direction z, in adjacent layers (6, 7), the length of the cell (3, 9) is defined by the spacing between two warp threads or adjacent in the weft direction x, in one layer (6, 7) and the width (13, 14) of a cell (3, 9) is defined by the extent of the weft thread course in the warp direction y and/or the spacing between the two weft threads that are opposite in the warp direction y and adjacent to the particular cell, whereby each weft thread extends at least regionally in the fabric structure in a dimensionally stable and three-dimensional manner and winds in the weft direction x about this axis an imaginary, three-dimensional elongate hollow body, extending through a series of cells, having any desired end face and whereby the weft threads intersect the warp threads (10, 11) such that the weft threads and warp threads (10, 11) retain one another and the fabric structure is self-supporting. • At least one base layer consisting of warp threads; • At least one top layer consisting of warp threads; • And weft threads placed between them;
Use of a molybdenum and vanadium mixed oxide represented by the following formula: Mo a VFe b O c wherein: - a, b, and c denotes the atomic ratio of Mo, Fe and O respectively; - a varies from 3 to 4 inclusive, - b varies from 0 to 1 inclusive, - c varies from 10 to 15 inclusive, said compound of formula being in an orthorhombic or trigonal crystalline phase, as a catalyst for catalysing the oxidation reaction of an alcohol of following formula CH 2 =C(R 1)-CH 2 -OH, in which R 1 represents a hydrogen atom or a methyl radical, to give a unsatured carboxylic acid of following formula CH 2 =C(R 1)-COOH, in which R 1 has the same meaning as in the above formula, said reaction being carried out in the gas phase, said gas phase comprising at least oxygen. - a, b, and c denotes the atomic ratio of Mo, Fe and O respectively; - a varies from 3 to 4 inclusive, - b varies from 0 to 1 inclusive, - c varies from 10 to 15 inclusive,
A power tool comprising: a handle housing that defines a handle; a motor received in said handle housing; an output member; and a cassette received in said handle housing, said cassette including a transmission housing, a multi-stage transmission received in said transmission housing, and a cover, said transmission housing having a first end and a second end, said cover releaseably connected to said transmission housing near said second end with a snap-fit connection; characterised in that said second end includes a protrusion that extends radially from an outer surface of said transmission housing near said second end, wherein said protrusion at least partially encircles said transmission housing; wherein said cover includes a plurality of flanges that extend generally perpendicular from a first face of said cover, said flanges having an inner surface including a groove and wherein said groove at least partially receives said protrusion to releaseably connect said cover to said transmission housing. a handle housing that defines a handle; a motor received in said handle housing; an output member; and a cassette received in said handle housing, said cassette including a transmission housing, a multi-stage transmission received in said transmission housing, and a cover, said transmission housing having a first end and a second end, said cover releaseably connected to said transmission housing near said second end with a snap-fit connection; characterised in that said second end includes a protrusion that extends radially from an outer surface of said transmission housing near said second end, wherein said protrusion at least partially encircles said transmission housing;
A heavy duty tire comprising a tread portion having tread edges (Te) defining a tread width (Tw), a pair of sidewall portions defining a cross sectional width of the tire, a pair of bead portions each with a bead core therein, a carcass extending between the bead portions through the tread portion and the sidewall portions, and a belt composed of a plurality of belt plies disposed radially outside the carcass in the tread portion, wherein the tread portion is provided with four or five circumferential grooves each of which has a depth of from 15 to 20 mm and extends continuously in the tire circumferential direction so as to axially divide the tread portion into five or six rib portions, the five or six rib portions are a pair of shoulder rib portions extending along the tread edges (Te) and provided with shoulder lateral grooves, and three or four crown rib portions disposed between the shoulder rib portions and provided with crown lateral grooves, said crown lateral grooves are arranged at intervals in the tire circumferential direction, and extend across the entire width of the crown rib portion, and the depth of the crown lateral grooves is in a range of from 9 to 30 % of the depth of the circumferential grooves, and said shoulder lateral grooves are arranged at intervals in the tire circumferential direction, and extend axially outwardly from an axially inner edge of the shoulder rib portion so as to terminate at an axial distance of from 78 to 88 % of the axial width (ws) of the shoulder rib portion from said axially inner edge, and the depth of the shoulder lateral grooves is in a range of from 9 to 25 % of the depth of the circumferential grooves, characterized in that the tread width between the tread edge (Te) is in a range of 0.78 to 0.87 times the cross sectional width (sw) of the tire, and the shoulder lateral groove is bent and composed of an axially inside part extending from the axially inner edge of the shoulder rib portion towards the tread edge (Te) at an angle (α4) of from more than 10 degrees to 35 degrees with respect to the tire axial direction, and an axially outside part extending from the axially inside part towards the tread edge (Te) at an angle (α5) of from -10 degrees to 10 degrees with respect to the tire axial direction.