mhurhangee/ep-ind-claims huggingface dataset:
A hose reel structure comprising: a hose spool for coiling hose; a frame connected to the hose spool to rotatably support the hose spool; and a guide arm which restricts the angle of approach of hose to the hose spool, the guide arm connected to the frame; characterized in that the frame is a substantially U-shaped structure comprising: an L-shaped frame piece (26, 28a) comprising a shorter horizontal frame base welded at approximately a right angle to a first long vertical side with a mount for the hose spool; and an I-shaped frame piece having a second long vertical side with a mount for the hose spool, and fastener holes for fastening the second long vertical side to the end of the shorter horizontal frame base, wherein the first and second vertical sides (28a, b) have flanges (30a, b) extending inward towards the interior of the U-shaped structure, in contact with the frame base, and the flanges (30a, b) of the first and second vertical sides (28a, b) are formed of a single, integral piece with the first and second sides (28a, b). a hose spool for coiling hose; a frame connected to the hose spool to rotatably support the hose spool; and a guide arm which restricts the angle of approach of hose to the hose spool, the guide arm connected to the frame; characterized in that the frame is a substantially U-shaped structure comprising: an L-shaped frame piece (26, 28a) comprising a shorter horizontal frame base welded at approximately a right angle to a first long vertical side with a mount for the hose spool; and an I-shaped frame piece having a second long vertical side with a mount for the hose spool, and fastener holes for fastening the second long vertical side to the end of the shorter horizontal frame base, an L-shaped frame piece (26, 28a) comprising a shorter horizontal frame base welded at approximately a right angle to a first long vertical side with a mount for the hose spool; and an I-shaped frame piece having a second long vertical side with a mount for the hose spool, and fastener holes for fastening the second long vertical side to the end of the shorter horizontal frame base, wherein the first and second vertical sides (28a, b) have flanges (30a, b) extending inward towards the interior of the U-shaped structure, in contact with the frame base, and the flanges (30a, b) of the first and second vertical sides (28a, b) are formed of a single, integral piece with the first and second sides (28a, b).
A non-halogenated thermoplastic compound, comprising: (a) grafted polyolefin; (b) non-halogenated flame retardant; (c) dendrimer having CAS Registry No. 326794-48-3; and (d) a maleic anhydride modified polyolefin of olefin same as the olefin of the grafted polyolefin. (a) grafted polyolefin; (b) non-halogenated flame retardant; (c) dendrimer having CAS Registry No. 326794-48-3; and (d) a maleic anhydride modified polyolefin of olefin same as the olefin of the grafted polyolefin.
Method for securing a piloting system intended to be fitted to and to pilot a multi-unit vehicle, said method including: - independent determination of a composition of a multi-unit vehicle by a device for determining the composition of said multi-unit vehicle correlated to generation of a composition datum of said multi-unit vehicle; - transmission of said composition datum to a set of elements of the piloting system, at least one element of said set of elements being a processor of said piloting system; and characterised in that said method includes - determination, by said processor using said composition datum, of a set of inputs/outputs of at least one input/output module intended to be fitted to the multi-unit vehicle; - connection of each element of said set of elements to said set of inputs/outputs. - independent determination of a composition of a multi-unit vehicle by a device for determining the composition of said multi-unit vehicle correlated to generation of a composition datum of said multi-unit vehicle; - transmission of said composition datum to a set of elements of the piloting system, at least one element of said set of elements being a processor of said piloting system; - determination, by said processor using said composition datum, of a set of inputs/outputs of at least one input/output module intended to be fitted to the multi-unit vehicle; - connection of each element of said set of elements to said set of inputs/outputs.
A zeolite SSZ-52x having a composition, as synthesized and in the anhydrous state, in terms of mole ratios as follows: YO 2 /W 2 O 3 6-50 M 2/ n /YO 2 0.1-0.5 Q/YO 2 0.01-0.08 wherein Y is silicon; W is aluminum; M is an alkali metal cation, alkaline earth metal cation or mixtures thereof; n is the valence of M; and Q is a quaternary ammonium cation having the structure: and wherein the zeolite has, in its as-synthesized state, the X-ray diffraction lines of Table 5: TABLE 5 2-Theta d -Spacing, nm Relative Intensity 7.60 ± 0.20 1.162 S 8.48 ± 0.20 1.041 W 10.96 ± 0.20 0.806 W 12.40 ± 0.20 0.714 S 12.98 ± 0.20 0.681 M 15.12 ± 0.20 0.585 M 17.00 ± 0.20 0.521 M 17.86 ± 0.20 0.496 VS 19.96 ± 0.20 0.444 VS 20.28 ± 0.20 0.438 M 21.52 ± 0.20 0.413 VS 22.16 ± 0.20 0.401 M 22.59 ± 0.20 0.393 W.
A method for reception on downlink radio resources at an apparatus, wherein the downlink radio resources comprise physical resource blocks, PRBs, on a physical hybrid automatic repeat request indicator channel, PHICH, for carrying one of an acknowledgement or a negative acknowledgement in reply to an uplink transmission on uplink radio resources, and wherein PHICH resources are arranged in groups, the method comprising: transmitting an uplink transmission using an uplink radio resource allocated to the apparatus; determining the number of PHICH groups of potential downlink radio resources for receiving the PHICH for the uplink transmission based on a predetermined parameter defining a relation between uplink radio resource allocations and associated downlink radio resources; determining a PHICH index of one of the potential downlink radio resources based on the lowest PRB index of the allocated uplink radio resource, the determined number of groups of potential downlink radio resources and an indication of a PHICH index modification; and receiving on the downlink radio resource indicated by the PHICH index a reply to the uplink transmission. transmitting an uplink transmission using an uplink radio resource allocated to the apparatus; determining the number of PHICH groups of potential downlink radio resources for receiving the PHICH for the uplink transmission based on a predetermined parameter defining a relation between uplink radio resource allocations and associated downlink radio resources; determining a PHICH index of one of the potential downlink radio resources based on the lowest PRB index of the allocated uplink radio resource, the determined number of groups of potential downlink radio resources and an indication of a PHICH index modification; and receiving on the downlink radio resource indicated by the PHICH index a reply to the uplink transmission.
A geodetic surveying instrument, in particular a total station, to be stationed at ground coordinates in a stationing height above ground, whereby instrument center coordinates are defined, comprising a sighting unit for aiming a measurement target point, comprising an opto-electronic distance meter built to determine a target distance and two axes (4,5) for aiming the sighting unit, each with a goniometer (35,36) built to determine a target direction, and comprising a tilt sensor built to determine a tilt value of the instrument and comprising a measurement-controller configured to derive measured coordinates of the measurement target point based on the target direction and the target distance of the measurement target point, characterized by a target point correction unit configured to derive a spatial location displacement (x,y,z) of the instrument center coordinates based on the tilt value and the stationing height and configured to apply the derived location displacement (x,y,z) of the instrument center coordinates on the measured coordinates of the measurement target point, to result in corrected target point coordinates referenced to the instrument center coordinates without tilt, which are provided as measurement results for the target point.
A nucleic acid conjugate comprising a single-stranded DNA having nucleotides not less than 10 and a double-stranded RNA, wherein the 3' position of the 3'-terminal deoxyribonucleotide residue of the single-stranded DNA is bound to the 5' position of the 5'-terminal ribonucleotide residue of one of the ribonucleotide strands of the double-stranded RNA, and the hydroxyl group at the 2' position of the 5'-terminal nucleotide of the ribonucleotide strand, which is bound to the single-stranded DNA, is substituted with an alkoxy group or fluorine atom.
System of variable-setting vanes of an axial turbine engine, in particular of an axial compressor (4; 6) of a turbine engine, the system comprising: a telescopic control lever; and a vane with an airfoil intended to extend radially in a flow of the turbine engine and a trunnion comprising a cylindrical portion; characterised in that the cylindrical portion comprises a radially extending slot; and the telescopic control lever comprises a pivot connection housed in the slot which is configured to impart a rotational movement to the vane about its trunnion. a telescopic control lever; and a vane with an airfoil intended to extend radially in a flow of the turbine engine and a trunnion comprising a cylindrical portion; characterised in that the cylindrical portion comprises a radially extending slot; and the telescopic control lever comprises a pivot connection housed in the slot which is configured to impart a rotational movement to the vane about its trunnion.
A method for gluing wood particles, in particular wood strands, for the manufacturing of lignocellulosic products, in particular chip boards, oriented strand boards or fiber boards, the method comprising the steps of: a) blending the wood particles in a blending device with a water-curable binder, in particular with an isocyanate, and more particularly with polymeric diphenylmethane diisocyanate; and b) adding moisture to the wood particles, characterized in that the moisture is added to the wood particles in at least one moisturizing channel of a moisturizing device outside the blending device in a state in which the wood particles are let to fall free by gravity, and in that the wood particles are laterally spread by a rotatable spreading device before they enter the moisturizing device, the rotatable spreading device being arranged above the moisturizing channel. a) blending the wood particles in a blending device with a water-curable binder, in particular with an isocyanate, and more particularly with polymeric diphenylmethane diisocyanate; and b) adding moisture to the wood particles,
A functionalized surfactant comprising or consisting of a moiety of formula (Ib): wherein: - a and b are integers independently selected from 1 to 5, - each LIPO is a lipophilic tail independently selected from the group consisting of a perfluoropolyether chain, a perfluorocarbon chain and combinations thereof, - HYDRO is a hydrophilic head comprising a moiety independently selected from a dimorpholinophosphate group, a polyether, a polyetheramine, a polyglycerol, and combinations thereof, - each FUNCT is a functional moiety comprising a chemical reactive group able to create a covalent bond by a click-chemistry reaction selected from the group consisting of copper-catalyzed azide-alkyne dipolar cycloadditions (CuAAC), strain-promoted alkyne-azide cycloaddition (SPAAC), Diels-Alder reactions with tetrazines and strained alkynes or alkenes, tetrazine-isonitrile cycloadditions, Staudinger azide-triarylphosphine conjugation, and sydnone-alkyne cycloadditions, and - LIPO and HYDRO on one hand and HYDRO and FUNCT on the other hand are directly linked, or linked via a connector group or a linker. - a and b are integers independently selected from 1 to 5, - each LIPO is a lipophilic tail independently selected from the group consisting of a perfluoropolyether chain, a perfluorocarbon chain and combinations thereof, - HYDRO is a hydrophilic head comprising a moiety independently selected from a dimorpholinophosphate group, a polyether, a polyetheramine, a polyglycerol, and combinations thereof, - each FUNCT is a functional moiety comprising a chemical reactive group able to create a covalent bond by a click-chemistry reaction selected from the group consisting of copper-catalyzed azide-alkyne dipolar cycloadditions (CuAAC), strain-promoted alkyne-azide cycloaddition (SPAAC), Diels-Alder reactions with tetrazines and strained alkynes or alkenes, tetrazine-isonitrile cycloadditions, Staudinger azide-triarylphosphine conjugation, and sydnone-alkyne cycloadditions, and - LIPO and HYDRO on one hand and HYDRO and FUNCT on the other hand are directly linked, or linked via a connector group or a linker.
A dishwasher, comprising: a tub having a wash space therein, and an open front; a door being configured to open and close the open front of the tub; a dry air supply part comprising an air blowing fan, and a filter; a memory; and a processor configured to control an operation of the dishwasher, characterized in that the processor is configured to: accumulate operation time for which the air blowing fan operates and/or a number of times of a drying process based on operation of the air blowing fan, in the memory, and compare total operation time accumulated based on the operation of the air blowing fan with a predetermined first time and/or compare the number of times of the drying process with a number of predetermined times, wherein when the total accumulative operation time is greater than or equal to the predetermined first time and/or the number of times of the drying process is greater than or equal to the predetermined times, the processor is configured to output an optical signal and/or an acoustic signal for replacing the filter to a customer. a tub having a wash space therein, and an open front; a door being configured to open and close the open front of the tub; a dry air supply part comprising an air blowing fan, and a filter; a memory; and a processor configured to control an operation of the dishwasher, characterized in that the processor is configured to: accumulate operation time for which the air blowing fan operates and/or a number of times of a drying process based on operation of the air blowing fan, in the memory, and compare total operation time accumulated based on the operation of the air blowing fan with a predetermined first time and/or compare the number of times of the drying process with a number of predetermined times, wherein when the total accumulative operation time is greater than or equal to the predetermined first time and/or the number of times of the drying process is greater than or equal to the predetermined times, the processor is configured to output an optical signal and/or an acoustic signal for replacing the filter to a customer. accumulate operation time for which the air blowing fan operates and/or a number of times of a drying process based on operation of the air blowing fan, in the memory, and compare total operation time accumulated based on the operation of the air blowing fan with a predetermined first time and/or compare the number of times of the drying process with a number of predetermined times, wherein when the total accumulative operation time is greater than or equal to the predetermined first time and/or the number of times of the drying process is greater than or equal to the predetermined times, the processor is configured to output an optical signal and/or an acoustic signal for replacing the filter to a customer.
A seal for sealing an annular gap between a stator and a rotor, said seal comprising a nonrotating sealing portion adapted for disposition within an annular slot in said stator, said annular slot opening onto said annular gap, said nonrotating sealing portion comprising a nonrotating sealing element having a radially outer portion disposed within said slot and radially translatable with respect thereto and a radially inner portion extending radially inwardly into said annular gap, said radially inner portion adapted for sealing to at least one rotational sealing element carried by said rotor, wherein said nonrotating sealing portion further comprising a resilient biasing element disposed between a floor of said annular slot and said radially outer portion of said nonrotating sealing element, said resilient biasing element being configured to accommodate and limit radial movement of said nonrotating sealing element and bias said nonrotating sealing element radially inwardly in response to radially outward movement of said nonrotating sealing element, characterised in that: said nonrotating sealing portion further comprises at least one guide having a radially outer portion received within said slot and a radially inner portion extending radially inwardly from said slot into said annular gap and engageable by a side surface of said nonrotating sealing element for maintaining axial alignment of said nonrotating sealing element with said rotor. said nonrotating sealing portion further comprises at least one guide having a radially outer portion received within said slot and a radially inner portion extending radially inwardly from said slot into said annular gap and engageable by a side surface of said nonrotating sealing element for maintaining axial alignment of said nonrotating sealing element with said rotor.
A system for generating a batch of wort from a slurry of milled grain and water for use in a brewing process, the system comprising: an expansion chamber that receives the slurry; a pump operable to draw the slurry from the expansion chamber; a steam injection heater positioned to inject steam into the slurry drawn from the expansion chamber to provide heating energy imparted to heat the slurry to create a mash from the slurry, the steam injection heater being located downstream from the pump; and a stratified storage vessel positioned to receive the mash from the steam injection heater, wherein the stratified storage vessel prevents mixture within the mash as the mash moves through the stratified storage vessel, wherein the stratified storage vessel is a stacked coil of pipe extending from a first end to a second end. an expansion chamber that receives the slurry; a pump operable to draw the slurry from the expansion chamber; a steam injection heater positioned to inject steam into the slurry drawn from the expansion chamber to provide heating energy imparted to heat the slurry to create a mash from the slurry, the steam injection heater being located downstream from the pump; and a stratified storage vessel positioned to receive the mash from the steam injection heater, wherein the stratified storage vessel prevents mixture within the mash as the mash moves through the stratified storage vessel, wherein the stratified storage vessel is a stacked coil of pipe extending from a first end to a second end.
An audio signal processing apparatus for processing an input audio signal, the audio signal processing apparatus comprising: a filter unit comprising a plurality of filters (103a-u), each filter (103a-u) configured to filter the input audio signal to obtain a plurality of filtered audio signals, each filter (103a-u) designed according to a mode matching beamforming being applied to a surface of a half revolution; a plurality of scaling units (107a-v), each scaling unit (107a-v) configured to scale the plurality of filtered audio signals using a plurality of gain coefficients to obtain a plurality of scaled filtered audio signals; and a plurality of adders (109a-w), each adder (109a-w) configured to combine the plurality of scaled filtered audio signals, thereby providing an output audio signal for producing a sound field having a beam directivity pattern defined by the plurality of gain coefficients. a filter unit comprising a plurality of filters (103a-u), each filter (103a-u) configured to filter the input audio signal to obtain a plurality of filtered audio signals, each filter (103a-u) designed according to a mode matching beamforming being applied to a surface of a half revolution; a plurality of scaling units (107a-v), each scaling unit (107a-v) configured to scale the plurality of filtered audio signals using a plurality of gain coefficients to obtain a plurality of scaled filtered audio signals; and a plurality of adders (109a-w), each adder (109a-w) configured to combine the plurality of scaled filtered audio signals, thereby providing an output audio signal for producing a sound field having a beam directivity pattern defined by the plurality of gain coefficients.
A glove formed of an elastomeric material and having a surface, characterized in that a stabilized probiotic is provided on a part of the surface to form an active layer, and the part of the surface contacts the skin of the wearer when the glove is worn.
A carrier for bonding a semiconductor chip onto, the carrier comprising: a die pad; and a plurality of contact pads, wherein the die pad and each of the plurality of contact pads comprise an electrically conductive multilayer stack, wherein the electrically conductive multilayer stack comprises a surface layer, a barrier layer, and a first conductive layer; wherein the barrier layer comprises palladium to prevent diffusion of material of the surface layer into the first conductive layer; and wherein at least two of the contact pads have a pitch of less than 1.0 mm relative to each other. a die pad; and a plurality of contact pads, wherein the die pad and each of the plurality of contact pads comprise an electrically conductive multilayer stack, wherein the electrically conductive multilayer stack comprises a surface layer, a barrier layer, and a first conductive layer; wherein the barrier layer comprises palladium to prevent diffusion of material of the surface layer into the first conductive layer; and wherein at least two of the contact pads have a pitch of less than 1.0 mm relative to each other.