mhurhangee/ep-ind-claims huggingface dataset:
A warming therapy device comprising: a support platform; and a hood assembly for covering a portion of the support platform, said hood assembly comprising a retractable top portion, two or more adjustable sidewalls, and means for positioning the top portion relative to the support platform, characterized in that the means for positioning said top portion comprises: a first member coupled to the support platform, said first member defining a guide channel and an opening at one end; and a second member coupled to the top portion, said second member having a protrusion extending therefrom for engaging the guide channel through said opening, said protrusion being movable relative to the first member along said guide channel, wherein moving said protrusion along the guide channel positions the top portion in anyone of a first position, a second position, and a third position between said first and second positions. a support platform; and a hood assembly for covering a portion of the support platform, said hood assembly comprising a retractable top portion, two or more adjustable sidewalls, and means for positioning the top portion relative to the support platform, characterized in that the means for positioning said top portion comprises: a first member coupled to the support platform, said first member defining a guide channel and an opening at one end; and a second member coupled to the top portion, said second member having a protrusion extending therefrom for engaging the guide channel through said opening, said protrusion being movable relative to the first member along said guide channel, wherein moving said protrusion along the guide channel positions the top portion in anyone of a first position, a second position, and a third position between said first and second positions. a first member coupled to the support platform, said first member defining a guide channel and an opening at one end; and a second member coupled to the top portion, said second member having a protrusion extending therefrom for engaging the guide channel through said opening, said protrusion being movable relative to the first member along said guide channel, wherein moving said protrusion along the guide channel positions the top portion in anyone of a first position, a second position, and a third position between said first and second positions.
Process for the recovery of a used catalyst comprising an oxygenated compound of titanium, vanadium and at least one of the molybdenum or tungsten elements comprising at least the step: heating a solid fraction comprising an oxygen-containing compound of titanium and at least one of the elements tungsten or molybdenum in presence of a vanadium compound at a temperature of ≥ 200 °C; and further comprising steps to before step: contacting the used catalyst with aqueous base, wherein a water-containing mass is obtained, which comprises: a liquid fraction comprising a water-soluble material, and a solid fraction comprising a water insoluble material; separating the solid fraction from the liquid fraction of step; contacting the separated solid fraction from step with a vanadium compound; wherein the aqueous base of step is selected from the group consisting from: aqueous alkali metal hydroxydioxide, aqueous alkaline earth hydroxide, aqueous alkali hydrogen carbonate, aqueous alkali carbonate, aqueous alkaline earth carbonate, aqueous C 1-4 -alkylamine, or aqueous aminoalcohol, or a mixture of two or more therefrom. heating a solid fraction comprising an oxygen-containing compound of titanium and at least one of the elements tungsten or molybdenum in presence of a vanadium compound at a temperature of ≥ 200 °C; contacting the used catalyst with aqueous base, wherein a water-containing mass is obtained, which comprises: a liquid fraction comprising a water-soluble material, and a solid fraction comprising a water insoluble material; a liquid fraction comprising a water-soluble material, and a solid fraction comprising a water insoluble material; separating the solid fraction from the liquid fraction of step; contacting the separated solid fraction from step with a vanadium compound;
A PEGylated complex comprising: a) an effector moiety attached to a dimerization and docking domain sequence of protein kinase A RIIα, wherein the effector moiety is an interferon -α2b; and b) a PEG moiety attached to an anchor domain sequence of an A-kinase anchoring protein (AKAP); wherein two DDD sequences bind to one AD sequence to form a PEGylated complex. a) an effector moiety attached to a dimerization and docking domain sequence of protein kinase A RIIα, wherein the effector moiety is an interferon -α2b; and b) a PEG moiety attached to an anchor domain sequence of an A-kinase anchoring protein (AKAP); wherein two DDD sequences bind to one AD sequence to form a PEGylated complex.
A composite oxide for exhaust gas purification catalysts, which consists of Ce, Bi, R, Zr and oxygen, and satisfies 0 < x ≤ 0.4, 0 < y < 1.0 and 0 < z ≤ 0.5 when the molar ratio of Ce, Bi, R and Zr of the oxide is represented as (1-x-y-z), x, y, and z respectively, wherein R is at least one lanthanoid except La and Ce.
A double temperature sensor for measuring a near-surface temperature of the ambient air and of the skin surface, which double temperature sensor consists of: a heat flux insulation block made in one piece as a housing from an insulation material and two temperature sensor elements (2, 3) with respective associated electrical connections, wherein said temperature sensor elements (2, 3) are arranged in the heat flux insulation block essentially parallel to each other and at a distance to the outer surface of the heat flux insulation block, wherein the distance is formed by a layer of the insulation material. a heat flux insulation block made in one piece as a housing from an insulation material and two temperature sensor elements (2, 3) with respective associated electrical connections, wherein said temperature sensor elements (2, 3) are arranged in the heat flux insulation block essentially parallel to each other and at a distance to the outer surface of the heat flux insulation block, wherein the distance is formed by a layer of the insulation material.
Sulfur-crosslinkable rubber mixture containing - 20 to 100 phr of at least one functionalized styrene-butadiene copolymer A, wherein per polymer chain the functionalized styrene-butadiene copolymer is functionalized at at least one chain end with an amino-containing alkoxysilyl group and at least one further alkoxysilyl group and/or at least one further amino-containing alkoxysilyl group, and - 7 to 15 phf of at least one blocked and/or unblocked mercaptosilane, wherein blocked mercaptosilanes have an S-SG group and thus a protecting group SG at the sulfur atom, wherein the protecting groups are acyl groups, and - 20 to 300 phr of silica and/or carbon black. - 20 to 100 phr of at least one functionalized styrene-butadiene copolymer A, wherein per polymer chain the functionalized styrene-butadiene copolymer is functionalized at at least one chain end with an amino-containing alkoxysilyl group and at least one further alkoxysilyl group and/or at least one further amino-containing alkoxysilyl group, and - 7 to 15 phf of at least one blocked and/or unblocked mercaptosilane, wherein blocked mercaptosilanes have an S-SG group and thus a protecting group SG at the sulfur atom, wherein the protecting groups are acyl groups, and - 20 to 300 phr of silica and/or carbon black.
A method at a computer apparatus of managing inter-cell interference for a plurality of neighboring wireless communication cells in a wireless network, the method comprising: receiving, from each of a plurality of base stations, power data indicative of a received power level for a signal from the base station for any user equipment in an outer region of a cell, and number data indicating at least one of a number and a relative number of user equipments within the outer region of a cell, the number data being obtained by counting the number of user equipment whose timing advance exceeds a threshold corresponding to the radius of a central region of the cell, the outer region of each cell abutting the outer region of neighboring cells; processing the received data for the cells to compute a power level in each of a plurality of sub-bands for transmission by each base station; and transmitting the computed power level in each sub-band to each base station for the control of the power level transmitted by the base station in each sub-band to the inner and outer regions of a corresponding cell. receiving, from each of a plurality of base stations, power data indicative of a received power level for a signal from the base station for any user equipment in an outer region of a cell, and number data indicating at least one of a number and a relative number of user equipments within the outer region of a cell, the number data being obtained by counting the number of user equipment whose timing advance exceeds a threshold corresponding to the radius of a central region of the cell, the outer region of each cell abutting the outer region of neighboring cells; processing the received data for the cells to compute a power level in each of a plurality of sub-bands for transmission by each base station; and transmitting the computed power level in each sub-band to each base station for the control of the power level transmitted by the base station in each sub-band to the inner and outer regions of a corresponding cell.
A foot pedal control for a surgical system, comprising: a base; a treadle mounted for rotational yaw movement relative to the base and having a generally planar foot platform; a sensor that tracks the yaw movements of the treadle and generates an electronic signal therefor; and a pair of guides mounted on the treadle flanking and extending upward from the foot platform, at least one of the guides being movable to adjust the lateral spacing therebetween and accommodate variable foot widths on the foot platform therebetween, characterised in that: the guides are elongated in an anterior-posterior direction and each includes a lip extending toward the other guide and generally parallel to the foot platform, and a rail extending upward from the lip generally perpendicular to the foot platform. a base; a treadle mounted for rotational yaw movement relative to the base and having a generally planar foot platform; a sensor that tracks the yaw movements of the treadle and generates an electronic signal therefor; and a pair of guides mounted on the treadle flanking and extending upward from the foot platform, at least one of the guides being movable to adjust the lateral spacing therebetween and accommodate variable foot widths on the foot platform therebetween, characterised in that: the guides are elongated in an anterior-posterior direction and each includes a lip extending toward the other guide and generally parallel to the foot platform, and a rail extending upward from the lip generally perpendicular to the foot platform.
Masking agent suitable for modification of a polyamine to form an integrin-targeted delivery polymer, said RGD masking agent is represented by the structure: R-A 1 A 2 -amidobenzyl-carbonate, wherein, R comprises an RGD peptide mimic <1500 kDa in size and wherein the RGD peptide mimic comprises a guanidinium group linked to a glycine-aspartate dipeptide via an amide bond; A 1 is a hydrophobic amino acid; A 2 is a hydrophilic uncharged amino acid linked to A 1 via an amide bond; and carbonate is an amine reactive carbonate moiety capable of reacting with a polymer amine to form a carbamate.
A microcapsule suspension formulation, comprising: (a) a suspended phase, the suspended phase including a plurality of microcapsules, the microcapsules having a volume median particle size of from 1 to 10 microns, wherein the microcapsules comprise: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell having a weight percentage of 0.2 to 40 percent of a total weight of the microcapsule suspension formulation, and a substantially liquid core, the substantially liquid core is encapsulated within the polyurea shell, wherein the substantially liquid core includes 2-chloro-6-(trichloromethyl)pyridine, but no more than 60 weight percent of the entire microcapsule and wherein at a temperature of at least 15 °C the substantially liquid core includes no more than 1.0 weight percent solid 2-chloro-6-(trichloromethyl)pyridine; and (b) an aqueous phase, wherein the aqueous phase includes at least 1.0 weight percent aromatic solvent of a total weight of the microcapsule suspension formulation. (a) a suspended phase, the suspended phase including a plurality of microcapsules, the microcapsules having a volume median particle size of from 1 to 10 microns, wherein the microcapsules comprise: a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell having a weight percentage of 0.2 to 40 percent of a total weight of the microcapsule suspension formulation, and a substantially liquid core, the substantially liquid core is encapsulated within the polyurea shell, wherein the substantially liquid core includes 2-chloro-6-(trichloromethyl)pyridine, but no more than 60 weight percent of the entire microcapsule and wherein at a temperature of at least 15 °C the substantially liquid core includes no more than 1.0 weight percent solid 2-chloro-6-(trichloromethyl)pyridine; and a microcapsule wall produced by an interfacial polycondensation reaction between a polymeric isocyanate and a polyamine to form a polyurea shell having a weight percentage of 0.2 to 40 percent of a total weight of the microcapsule suspension formulation, and a substantially liquid core, the substantially liquid core is encapsulated within the polyurea shell, wherein the substantially liquid core includes 2-chloro-6-(trichloromethyl)pyridine, but no more than 60 weight percent of the entire microcapsule and wherein at a temperature of at least 15 °C the substantially liquid core includes no more than 1.0 weight percent solid 2-chloro-6-(trichloromethyl)pyridine; and (b) an aqueous phase, wherein the aqueous phase includes at least 1.0 weight percent aromatic solvent of a total weight of the microcapsule suspension formulation.
A road safety barrier structure with supporting post, said structure comprises a safety barrier and a supporting post having a side wall (t) for securing the safety barrier, wherein said side wall (t) comprises at least one open bore, said open bore is provided with a parallel extension corresponding to the diameter of the bore, essentially parallel with a free edge of the side wall (t) and located between said free edge and an opposite edge of said side wall (t), and wherein the supporting post and the safety barrier are secured together by means of a detachable connecting means that passes through the parallel extension of the open bore or at a bottom thereof, characterized in that the open bore is provided in the form of a cut-out, whereby a wall (f) forms between the open bore and the free edge of the side wall (t), a first edge of said open bore being thus defined by the wall (f) and a further edge of the open bore that is located opposite to the wall (f) first takes the form of an arc with a rounding radius (R-I) and then meets the free edge of the side wall (t) at a bevelled angle.
Lighting device comprising at least one module (MEj) including a source generating photons and a lens acting on said generated photons so that they are directed towards a front zone and participate in a selected photometric function, said device further comprising a support wall and each module (MEj) comprising upper and lower shells each having an elongated shape in the direction of said front zone, and joined together by defining an internal space in which said lens is fixedly installed said upper shell comprising a first rear part defining a housing, in which said source is installed at least partially, and coupled to said support wall, each module (MEj) comprising a metal radiator fixedly attached to said support wall to which said first rear portion of the upper shell is fixedly attached, and discharging calories produced by said source into said housing, said lower shell comprising a second rear portion fixedly attached to said first rear portion of the upper shell and to said metal radiator said upper shell comprising a first front portion i) opposite its first rear portion, ii) to which is fixedly coupled a second front portion of the lower shell opposite its second rear portion and iii) provided with an opening tightly housing a third front portion of said lens, opposite to said source, the device being characterized in that said second rear portion comprises a coupling tab extending towards said support wall and having a through hole in that said metal heat sink comprises a coupling pin perpendicular to said coupling tab and passing through said through hole to couple said second rear portion to said metal heat sink in a lower region, in that the lens has an elongated shape towards the front region in that the lens comprises a third rear portion, opposite to the third front portion, and in that said third rear portion is fixedly attached to the first rear portion of the upper shell, to the second rear portion of the lower shell, and to the metal radiator.
A ring-shaped device to be worn on the scleral surface, which has a surface for covering the scleral surface, an opening to expose the cornea and an intermediate portion (c) between an inner edge portion (a) and an outer edge portion (b), wherein the intermediate portion (c) has a thickness within the range of 0.08 - 0.4 mm, characterised in that the inner edge portion (a) has a thickness within the range of 0.05 - 0.3 mm, the outer edge portion (b) has a thickness within the range of 0.05 - 0.3 mm, and the intermediate portion (c) has a maximum thickness, wherein the thickness of the maximum thickness portion in the intermediate portion (c) is greater by 0.03mm or more than both the maximum thickness of the inner edge portion (a) and the maximum thickness of the outer edge portion (b).
A method for cleaning and/or conditioning textile fabrics, in which the moist textile fabric to be cleaned and/or conditioned is brought into contact with a formulation which contains a) fibers which comprise cellulose carbamate, and b) a washing agent composition. a) fibers which comprise cellulose carbamate, and b) a washing agent composition.
A communication device comprising a transceiver and an electrical power supply, wherein the device further comprises: a power-limiting module connected to the power supply and configured to limit energy supplied to at least a transmitter portion of the transceiver such that a defined maximum data transmission rate is not exceeded by the transmitter portion; wherein the device is characterized in that the power-limiting module comprises an energy storage device supplying energy to the transmitter portion, and a limiter limiting recharging of the energy storage device by the power supply. a power-limiting module connected to the power supply and configured to limit energy supplied to at least a transmitter portion of the transceiver such that a defined maximum data transmission rate is not exceeded by the transmitter portion; wherein the device is characterized in that the power-limiting module comprises an energy storage device supplying energy to the transmitter portion, and a limiter limiting recharging of the energy storage device by the power supply.
An ophthalmoscope for imaging a retina, the ophthalmoscope comprising an illumination system with at least one light source (11,12) and a first set of projection optics configured to project a respective light pattern (Ri) of source light (Li) from the respective light source (11,12) onto a retinal focal plane (Pr) coinciding with the retina; and a measurement system with at least one light detector (21,22) and a second set of projection optics configured to measure light from the retinal focal plane (Pr) resulting from the source light (Li) of the respective light pattern (Ri) interacting with the retina; wherein the illumination system is configured to project at least one ring shaped pattern of respective source light (Li) onto the retinal focal plane (Pr), and the measurement system is configured to measure scattered light from the retinal focal plane (Pr) resulting from scattering of the at least one ring shaped pattern of respective source light via the retina, wherein the scattered light is measured from a central spot at a center of the ring shaped pattern on the retinal focal plane (Pr). an illumination system with at least one light source (11,12) and a first set of projection optics configured to project a respective light pattern (Ri) of source light (Li) from the respective light source (11,12) onto a retinal focal plane (Pr) coinciding with the retina; and a measurement system with at least one light detector (21,22) and a second set of projection optics configured to measure light from the retinal focal plane (Pr) resulting from the source light (Li) of the respective light pattern (Ri) interacting with the retina; wherein the illumination system is configured to project at least one ring shaped pattern of respective source light (Li) onto the retinal focal plane (Pr), and the measurement system is configured to measure scattered light from the retinal focal plane (Pr) resulting from scattering of the at least one ring shaped pattern of respective source light via the retina, wherein the scattered light is measured from a central spot at a center of the ring shaped pattern on the retinal focal plane (Pr).
An aqueous-based coating composition comprising: a resinous phase of (i) a condensate of (a) an organic oil, a phenol and an aldehyde or (b) an organic oil and a phenol-formaldehyde, (ii) an at least partially neutralized acid functional polymer containing reactive functional groups, and optionally (iii) a phenol, an aldehyde or the reaction product thereof; the resinous phase dispersed in aqueous medium. a resinous phase of (i) a condensate of (a) an organic oil, a phenol and an aldehyde or (b) an organic oil and a phenol-formaldehyde, (ii) an at least partially neutralized acid functional polymer containing reactive functional groups, and optionally (iii) a phenol, an aldehyde or the reaction product thereof; the resinous phase dispersed in (i) a condensate of (a) an organic oil, a phenol and an aldehyde or (b) an organic oil and a phenol-formaldehyde, (a) an organic oil, a phenol and an aldehyde or (b) an organic oil and a phenol-formaldehyde, (ii) an at least partially neutralized acid functional polymer containing reactive functional groups, and optionally (iii) a phenol, an aldehyde or the reaction product thereof; aqueous medium.
Method for producing pressure-sensitive adhesives comprising at least one elastomer component and also at least one reactive adhesive comprising one or more reactive resins of which at least one reactive resin is an epoxy resin, and also at least one hardener for epoxy resins, starting from one or more non-thermoplastic elastomers, characterized in that the non-thermoplastic elastomers are digested with at least part of the epoxy resins in a multi-screw extruder which has at least six axially parallel co-rotating screw shafts arranged in a circle.