mhurhangee/patent-ind-claim-en huggingface dataset:
Compressed fluid container holder for holding at least one compressed fluid container in a fluid-operated vehicle, comprising: a receiving tub , wherein the receiving tub has a base plate and a circumferential outer wall , which is arranged on the base plate or circumferenting the base plate , wherein the base plate and the circumferential outer wall are formed in one piece, at least one reinforcement beam (113, 113-1, 113-2, 113-3, 113-4), which is fixed to the receiving tub and extends between two opposite sides of the circumferential outer wall , and at least one compressed fluid container receiving element (115, 115-1, 115-2), which is arranged in the interior space of the receiving tub , wherein the compressed fluid container receiving element (115, 115-1, 115-2) is connected to the base plate and/or the circumferential outer wall of the receiving tub , wherein the compressed fluid container receiving element (115, 115-1, 115-2) has at least one compressed fluid container receptacle , wherein the at least one compressed fluid container receptacle is shaped to accommodate at least one compressed fluid container , characterized in that at least one hollow profile is attached to an outer area of the circumferential outer wall of the receiving tub , and that the hollow profile is a hollow chamber profile, which serves as a deformation element to protect the receiving tub , the interior space and the compressed fluid container from accidental damage, wherein the hollow profile serves for attaching the compressed fluid container holder to the vehicle. a receiving tub , wherein the receiving tub has a base plate and a circumferential outer wall , which is arranged on the base plate or circumferenting the base plate , wherein the base plate and the circumferential outer wall are formed in one piece, at least one reinforcement beam (113, 113-1, 113-2, 113-3, 113-4), which is fixed to the receiving tub and extends between two opposite sides of the circumferential outer wall , and at least one compressed fluid container receiving element (115, 115-1, 115-2), which is arranged in the interior space of the receiving tub , wherein the compressed fluid container receiving element (115, 115-1, 115-2) is connected to the base plate and/or the circumferential outer wall of the receiving tub , wherein the compressed fluid container receiving element (115, 115-1, 115-2) has at least one compressed fluid container receptacle , wherein the at least one compressed fluid container receptacle is shaped to accommodate at least one compressed fluid container , characterized in that at least one hollow profile is attached to an outer area of the circumferential outer wall of the receiving tub , and that the hollow profile is a hollow chamber profile, which serves as a deformation element to protect the receiving tub , the interior space and the compressed fluid container from accidental damage, wherein the hollow profile serves for attaching the compressed fluid container holder to the vehicle.
A power system stabilization device including a central processing device in which there is determined, in advance, a control target device necessary to maintain stability when an assumed failure in a power system including renewable energy occurs, wherein the power system stabilization device is characterized in that the central processing device executes, for each of a plurality of assumed failures, a computation for determining a control target necessary to maintain the stability at the time of the assumed failure, and determines, according to an output fluctuation scenario for renewable energy pertaining to the weather, a priority level of executing the computation for determining the control target necessary to maintain the stability at the time of each of the assumed failures. the power system stabilization device is characterized in that the central processing device executes, for each of a plurality of assumed failures, a computation for determining a control target necessary to maintain the stability at the time of the assumed failure, and determines, according to an output fluctuation scenario for renewable energy pertaining to the weather, a priority level of executing the computation for determining the control target necessary to maintain the stability at the time of each of the assumed failures.
Aqueous coating composition comprising: a) at least one aqueous dispersion (A) of an epoxy resin (ER1), said epoxy resin (ER) having - on average - at least one epoxy group per molecule, b) at least one aqueous resin dispersion (B) comprising at least one di- and/or polyfunctional monomeric primary and/or secondary amine (A1) in a proportion by weight of 0.5 to 5 % and a resin component (RC) having an NH equivalent of 150 to 400 g/mol determined as described in the description, and c) at least one aromatic compound (C) having at least one carboxylic acid group, wherein the resin component (RC) comprises at least one polyfunctional organic amine (A2) having primary and/or secondary amino groups, said at least one polyfunctional organic amine (A2) containing the reaction product of: (i) at least one di- and/or multifunctional epoxy resin (ER2) having an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one di- and/or polyfunctional monomeric primary and/or secondary amine (A1), and (iii) at least one compound X-R where X is a functional group reactive towards epoxy groups and R is an organic radical containing at least one polyoxyalkylene unit and not containing further X groups. a) at least one aqueous dispersion (A) of an epoxy resin (ER1), said epoxy resin (ER) having - on average - at least one epoxy group per molecule, b) at least one aqueous resin dispersion (B) comprising at least one di- and/or polyfunctional monomeric primary and/or secondary amine (A1) in a proportion by weight of 0.5 to 5 % and a resin component (RC) having an NH equivalent of 150 to 400 g/mol determined as described in the description, and c) at least one aromatic compound (C) having at least one carboxylic acid group, (i) at least one di- and/or multifunctional epoxy resin (ER2) having an average epoxy equivalent weight of less than 400 g/mol, (ii) at least one di- and/or polyfunctional monomeric primary and/or secondary amine (A1), and (iii) at least one compound X-R where X is a functional group reactive towards epoxy groups and R is an organic radical containing at least one polyoxyalkylene unit and not containing further X groups.
A hoof boot comprising: a hoof boot shell wherein the hoof boot shell further comprises a skeleton serving to provide structural support and attachment and retention of the hoof boot to the hoof, the skeleton including an upper and a core , the core having a tread side and an insole side ; and a casing , the casing including a tread and an insole ; wherein the skeleton is constructed of a first polymer with a first hardness and the casing is constructed of a second polymer with a second hardness wherein the second hardness is less than the first hardness and wherein the casing absorbs and dissipates energy from impact related shock of the hoof boot striking the ground; wherein when the hoof boot is placed on the animal, the casing is in contact with the bottom of the hoof and the ground and substantially encapsulates the core . a hoof boot shell wherein the hoof boot shell further comprises a skeleton serving to provide structural support and attachment and retention of the hoof boot to the hoof, the skeleton including an upper and a core , the core having a tread side and an insole side ; and a casing , the casing including a tread and an insole ; wherein the skeleton is constructed of a first polymer with a first hardness and the casing is constructed of a second polymer with a second hardness wherein the second hardness is less than the first hardness and wherein the casing absorbs and dissipates energy from impact related shock of the hoof boot striking the ground; wherein when the hoof boot is placed on the animal, the casing is in contact with the bottom of the hoof and the ground and substantially encapsulates the core .
Tool head for a personal care appliance, including a plurality of tool rotors rotatably supported about rotor axes and a drive train for rotatably driving said tooling rotors from a motor , wherein the tooling rotors are separately displaceably supported to elastically dive along their axes of rotation into a retracted position against a biasing force provided by biasing devices onto said tooling rotors , characterized in that said plurality of tooling rotors include at least ten tooling rotors each having a diameter smaller than 1/12 of the length of an enveloping line enveloping a tooling field defined by said tooling rotors , wherein said support and biasing devices is configured to allow for a diving travel of at least 1⁄4 of a diameter of a tooling rotor .
A method of sealing in a bore for abandonment , the method comprising: applying a swellable polymer in particulate form to the bore ; positioning the particulate swellable polymer in place within the bore at a desired location; and characterized by swelling the swellable polymer so as to form a seal at the desired location, wherein the method comprises providing the seal at a downhole control line , using the swellable polymer to permanently seal in the downhole control line during abandonment, preventing a potential leak path along the downhole control line . applying a swellable polymer in particulate form to the bore ; positioning the particulate swellable polymer in place within the bore at a desired location; and characterized by swelling the swellable polymer so as to form a seal at the desired location, wherein the method comprises providing the seal at a downhole control line , using the swellable polymer to permanently seal in the downhole control line during abandonment, preventing a potential leak path along the downhole control line .
Guide rail , in particular for guiding a guide shoe fastened to the sliding window of a motor vehicle door, this guide rail being made from an injected plastic material and comprising at least one portion having the shape of a tubular profile , which has a recess over its entire length and which is provided over at least one portion of its length with a longitudinal slot , characterised in that this tubular profile is curved in the shape of an arc of a circle, this arc of a circle being inscribed in a plane, in such a way that the outer surface of said tubular profile has a concave longitudinal zone , an opposite convex longitudinal zone and two opposite lateral longitudinal zones , with each lateral longitudinal zone extending from the concave zone to the convex zone , and in that said longitudinal slot extends along one of the two lateral longitudinal zones or along the concave longitudinal zone .
A refrigeration system comprising: a variable frequency drive (VFD) ; a compressor coupled to the VFD; a condenser ; an evaporator ; an oil separator ; and an oil conditioning circuit thermally coupled to the VFD and configured to heat oil from the oil separator with heat produced by the VFD; wherein the oil conditioning circuit comprises a first heat exchanger disposed within the oil separator, a second heat exchanger , and a conduit extending between the first heat exchanger and the second heat exchanger, the conduit configured to supply an intermediate coolant from the first heat exchanger where it is cooled by the oil to the second heat exchanger where it is heated by the VFD. a variable frequency drive (VFD) ; a compressor coupled to the VFD; a condenser ; an evaporator ; an oil separator ; and an oil conditioning circuit thermally coupled to the VFD and configured to heat oil from the oil separator with heat produced by the VFD; wherein the oil conditioning circuit comprises a first heat exchanger disposed within the oil separator, a second heat exchanger , and a conduit extending between the first heat exchanger and the second heat exchanger, the conduit configured to supply an intermediate coolant from the first heat exchanger where it is cooled by the oil to the second heat exchanger where it is heated by the VFD.
A method for wireless communication at a user equipment, UE (115; 605; 705; 905), comprising: performing (510; 1005; 1105; 1205) channel state information, CSI, measurements on one or more reference signal transmissions from a base station via one or more beams ; generating (525; 1010; 1115; 1215) a CSI report for a beam combination codebook for the one or more beams, the CSI report comprising a first portion and a second portion ; and transmitting (530; 1015; 1120; 1220) the CSI report to the base station; characterized in that the first portion comprises an indication of whether the second portion comprises full CSI feedback for each of a plurality of sub-bands of an active bandwidth or partial CSI feedback for the active bandwidth. performing (510; 1005; 1105; 1205) channel state information, CSI, measurements on one or more reference signal transmissions from a base station via one or more beams ; generating (525; 1010; 1115; 1215) a CSI report for a beam combination codebook for the one or more beams, the CSI report comprising a first portion and a second portion ; and transmitting (530; 1015; 1120; 1220) the CSI report to the base station; characterized in that the first portion comprises an indication of whether the second portion comprises full CSI feedback for each of a plurality of sub-bands of an active bandwidth or partial CSI feedback for the active bandwidth.
An aqueous ink for ink jet, comprising a resin particle dyed with a fluorescent dye, and a water-soluble resin, the fluorescent dye containing a fluorescence-emitting dye selected from the group consisting of basic dye, disperse dye and oil-soluble dye, the resin particle having a core portion that contains an aromatic group-containing unit and a cyano group-containing unit, and a shell portion that contains an aromatic group-containing unit, an anionic group-containing unit and a crosslinking agent-derived unit, but free of cyano group-containing unit, percentage (% by mass) of the crosslinking agent-derived unit in the shell portion being 30% by mass or more to 80% by mass or less, the water-soluble resin having an aromatic group-containing unit and an anionic group-containing unit, and the water-soluble resin having an acid value of 100 mgKOH/g or more to 180 mgKOH/g or less. the fluorescent dye containing a fluorescence-emitting dye selected from the group consisting of basic dye, disperse dye and oil-soluble dye, the resin particle having a core portion that contains an aromatic group-containing unit and a cyano group-containing unit, and a shell portion that contains an aromatic group-containing unit, an anionic group-containing unit and a crosslinking agent-derived unit, but free of cyano group-containing unit, percentage (% by mass) of the crosslinking agent-derived unit in the shell portion being 30% by mass or more to 80% by mass or less, the water-soluble resin having an aromatic group-containing unit and an anionic group-containing unit, and the water-soluble resin having an acid value of 100 mgKOH/g or more to 180 mgKOH/g or less.
An image forming apparatus comprising: a latent image bearer (20C, 20K, 20M, and 20Y); a writing device configured to write a latent image onto the latent image bearer (20C, 20K, 20M, and 20Y); a detection device configured to detect, at a plurality of positions, a density of a toner image obtained through development of the latent image; and a controller configured to correct a writing intensity of the writing device to correct an uneven density based on detection values of the detection device , characterized in that the controller is configured to determine whether each of the detection values of the detection device is pass or fail, the controller is configured to correct, in response to a determination that a detection value of the detection values is fail, the writing intensity based on another detection value of the detection values determined to be pass at a position different from a position at which the detection value is determined to be fail, instead of correcting the writing intensity based on the detection value determined to be fail. a latent image bearer (20C, 20K, 20M, and 20Y); a writing device configured to write a latent image onto the latent image bearer (20C, 20K, 20M, and 20Y); a detection device configured to detect, at a plurality of positions, a density of a toner image obtained through development of the latent image; and a controller configured to correct a writing intensity of the writing device to correct an uneven density based on detection values of the detection device , characterized in that the controller is configured to determine whether each of the detection values of the detection device is pass or fail, the controller is configured to correct, in response to a determination that a detection value of the detection values is fail, the writing intensity based on another detection value of the detection values determined to be pass at a position different from a position at which the detection value is determined to be fail, instead of correcting the writing intensity based on the detection value determined to be fail.
A fiber-reinforced resin intermediate material comprising a melted resin powder and a reinforcing fiber substrate which is formed of reinforcing fibers, the fiber-reinforced resin intermediate material being formed by attaching a resin powder to an outer surface of the reinforcing fiber substrate, and heating the reinforcing fiber substrate, to which the resin powder is attached, to melt the resin powder to the outer surface of the reinforcing fiber substrate so as to have an uneven shape derived from the resin powder and to have an opened void space, characterized in that an uneven shape part where the resin powder is melted to the reinforcing fiber substrate has an unevenness that is 1/2 or more as large as an average particle size of the resin powder.
Heterophasic polypropylene composition comprising a. a crystalline matrix being a multimodal propylene random copolymer of ethylene and/or C4-C12 alpha-olefin(s) as further comonomers and b. an amorphous propylene-ethylene elastomer optionally comprising of C4-C12 alpha -olefin(s) as further comonomers dispersed in said crystalline matrix (a), wherein the heterophasic polypropylene composition is characterised by i. a xylene cold solubles (XCS) fraction according to ISO 1652 in the range of 5.0 to 16.5 wt.-%, ii. an comonomer content of the XCS fraction (Co(XCS)) in the range of 8.0 to 16.5 wt.-%, iii. and optionally fulfilling the inequation 0.80 ≤ XCS / Co XCS ≤ 1.20 , wherein XCS denominates the xylene cold solubles fraction according to ISO 1652 in [wt.-%] and Co(XCS) is the comonomer content of said XCS fraction in [wt.-%]. a. a crystalline matrix being a multimodal propylene random copolymer of ethylene and/or C4-C12 alpha-olefin(s) as further comonomers and b. an amorphous propylene-ethylene elastomer optionally comprising of C4-C12 alpha -olefin(s) as further comonomers dispersed in said crystalline matrix (a), i. a xylene cold solubles (XCS) fraction according to ISO 1652 in the range of 5.0 to 16.5 wt.-%, ii. an comonomer content of the XCS fraction (Co(XCS)) in the range of 8.0 to 16.5 wt.-%, iii. and optionally fulfilling the inequation 0.80 ≤ XCS / Co XCS ≤ 1.20 , wherein XCS denominates the xylene cold solubles fraction according to ISO 1652 in [wt.-%] and Co(XCS) is the comonomer content of said XCS fraction in [wt.-%].
An electronic device comprising: a system on chip , including: a plurality of internal subsystems ; and a power management system comprising a plurality of internal voltage regulators arranged to supply power to the plurality of internal subsystems ; and an external module comprising at least one external voltage regulator the electronic device characterised by : each of the internal voltage regulators having an associated current limiter ; and the external module being connected to the system on chip such that the external voltage regulator can provide power to at least one of said internal subsystems on the system on chip , wherein the power management system is arranged during a start-up phase to enable said internal voltage regulators and said current limiters and in a subsequent phase to; determine an externally powered set of the internal subsystems powered by the external voltage regulator(s) ; disable one or more of said internal voltage regulators corresponding to said externally powered set of internal subsystems; and disable one or more of said current limiters associated with the internal voltage regulators which correspond to the internal subsystems not in the externally powered set of internal subsystems. a system on chip , including: a plurality of internal subsystems ; and a power management system comprising a plurality of internal voltage regulators arranged to supply power to the plurality of internal subsystems ; and a plurality of internal subsystems ; and a power management system comprising a plurality of internal voltage regulators arranged to supply power to the plurality of internal subsystems ; and an external module comprising at least one external voltage regulator the electronic device characterised by : each of the internal voltage regulators having an associated current limiter ; and the external module being connected to the system on chip such that the external voltage regulator can provide power to at least one of said internal subsystems on the system on chip , wherein the power management system is arranged during a start-up phase to enable said internal voltage regulators and said current limiters and in a subsequent phase to; each of the internal voltage regulators having an associated current limiter ; and the external module being connected to the system on chip such that the external voltage regulator can provide power to at least one of said internal subsystems on the system on chip , wherein the power management system is arranged during a start-up phase to enable said internal voltage regulators and said current limiters and in a subsequent phase to; determine an externally powered set of the internal subsystems powered by the external voltage regulator(s) ; disable one or more of said internal voltage regulators corresponding to said externally powered set of internal subsystems; and disable one or more of said current limiters associated with the internal voltage regulators which correspond to the internal subsystems not in the externally powered set of internal subsystems.
A method of treating a carbon electrode, the method comprising: (a) heat treating a carbon-based electrode in an environment that is above 325°C and that includes an oxidizing gas; (b) prior to use of the carbon-based electrode in an electro-chemical battery device, soaking the carbon-based electrode from said step (a) in an oxidizer solution; and applying a voltage potential to the carbon-based electrode during said soaking. (a) heat treating a carbon-based electrode in an environment that is above 325°C and that includes an oxidizing gas; (b) prior to use of the carbon-based electrode in an electro-chemical battery device, soaking the carbon-based electrode from said step (a) in an oxidizer solution; and applying a voltage potential to the carbon-based electrode during said soaking.