mhurhangee/patent-ind-claim-en huggingface dataset:
Process for decomposing calcium sulfate (CaSO 4 ) present in phosphogypsum (PG), characterized in that it comprises the following steps: a) providing a reactor containing phosphogypsum (PG) and a solid source of carbon (C), b) reacting a flow of dioxygen (O 2 ) with the source of carbon (C) so as to generate carbon oxide (CO), c) reacting carbon oxide (CO) obtained in step b) with calcium sulfate (CaSO 4 ) of the phosphogypsum to produce calcium oxide (CaO) and sulfur dioxide (SO 2 ) according to the following reaction: CaSO 4 + CO → CaO + SO 2 + CO 2 wherein the mass ratio C/PG is between 0.15 and 0.45, and the mass ratio O 2 /PG is between 0.2 and 1. a) providing a reactor containing phosphogypsum (PG) and a solid source of carbon (C), b) reacting a flow of dioxygen (O 2 ) with the source of carbon (C) so as to generate carbon oxide (CO), c) reacting carbon oxide (CO) obtained in step b) with calcium sulfate (CaSO 4 ) of the phosphogypsum to produce calcium oxide (CaO) and sulfur dioxide (SO 2 ) according to the following reaction: CaSO 4 + CO → CaO + SO 2 + CO 2
A gas combustion optimising device for domestic and industrial boilers configured to be interposed in a gas conduit, in a position close to a burner or consumption point of the boiler wherein the optimising device comprises a first tubular conduit configured to be interposed in said gas conduit, and wherein said first tubular conduit comprises therein a narrowing characterised in that a spiral body is arranged in said narrowing.
An adhesive patch comprising: a backing; and an adhesive layer containing rivastigmine and an alkyl (meth)acrylate-based copolymer without containing any acrylic monomer component having a carboxy group, the adhesive layer being laid on one side of and integrated with the backing, wherein the alkyl (meth)acrylate-based copolymer has no cross-linking by a cross-linking agent, wherein the content of the alkyl (meth)acrylate-based copolymer in the adhesive layer is 50 to 95% by weight, wherein the alkyl (meth)acrylate-based copolymer includes: a copolymer (A) containing a 2-ethylhexyl acrylate component, a 2-ethylhexyl methacrylate component and a dodecyl (meth)acrylate component; or a copolymer (B) containing a 1-vinyl-2-pyrrolidone component and two or more alkyl acrylate components having an alkyl group with 1 to 12 carbon atoms, wherein the alkyl acrylate component having an alkyl group with 1 to 12 carbon atoms is selected from an ethyl acrylate component and a n-octyl acrylate component. a copolymer (A) containing a 2-ethylhexyl acrylate component, a 2-ethylhexyl methacrylate component and a dodecyl (meth)acrylate component; or a copolymer (B) containing a 1-vinyl-2-pyrrolidone component and two or more alkyl acrylate components having an alkyl group with 1 to 12 carbon atoms, wherein the alkyl acrylate component having an alkyl group with 1 to 12 carbon atoms is selected from an ethyl acrylate component and a n-octyl acrylate component.
A method for manufacturing of the synthetic hydrotalcite of formula : Mg X Zn Y Ca Z Al 2 (OH) 13 CO 3 4H 2 O where X=3-4, Y=0.5-1.5, and Z=0.2-3.5 the said process comprising a. Reacting Aluminium Chloride with 10 % Magnesium Chloride aqueous solution in 13 : 8 v/v in presence of 10 % sodium carbonate solution in continuous process followed by filtration to obtain a wet cake consisting of Aluminium and Magnesium Carbonate and oxy carbonate containing 13- 15 % of Al 2 O 3 and 15 - 20 % of MgO and washing the wet cake with water to remove chloride ions; b. Preparing homogeneous slurry by mixing the wet cake as obtained in Step (a) in water 0.8:5 wt/v along with 0.25 to 0.75 wt/v of Zinc Hydroxide and 0.04 to 0.40 wt/v of Calcium Carbonate followed by passage through the milling system to reduce the particle size of the slurry to < 5 micron; c. Mixing slowly the slurry with 50 Litres of 20% caustic lye solution at controlled temperature of 50°C and adding 0 to 0.30 wt/v of Calcium Carbonate to it followed by subjecting the slurry to hydrothermal treatment at temperature of 150 to 170°C and under pressure of 8 Kg for 5 hrs; d. After hydrothermal treatment, adding 5 % additives like lubricant, plasticizer, dispersing agent to the mixture of Step (c) followed by cooling down to 70°C and filter pressing to obtain a wet cake; and e. Washing the wet cake with water till pH of the filtrate adjusted to 8 followed by drying the cake in tray dryer to obtain hydrotalcite of formula . a. Reacting Aluminium Chloride with 10 % Magnesium Chloride aqueous solution in 13 : 8 v/v in presence of 10 % sodium carbonate solution in continuous process followed by filtration to obtain a wet cake consisting of Aluminium and Magnesium Carbonate and oxy carbonate containing 13- 15 % of Al 2 O 3 and 15 - 20 % of MgO and washing the wet cake with water to remove chloride ions; b. Preparing homogeneous slurry by mixing the wet cake as obtained in Step (a) in water 0.8:5 wt/v along with 0.25 to 0.75 wt/v of Zinc Hydroxide and 0.04 to 0.40 wt/v of Calcium Carbonate followed by passage through the milling system to reduce the particle size of the slurry to < 5 micron; c. Mixing slowly the slurry with 50 Litres of 20% caustic lye solution at controlled temperature of 50°C and adding 0 to 0.30 wt/v of Calcium Carbonate to it followed by subjecting the slurry to hydrothermal treatment at temperature of 150 to 170°C and under pressure of 8 Kg for 5 hrs; d. After hydrothermal treatment, adding 5 % additives like lubricant, plasticizer, dispersing agent to the mixture of Step (c) followed by cooling down to 70°C and filter pressing to obtain a wet cake; and e. Washing the wet cake with water till pH of the filtrate adjusted to 8 followed by drying the cake in tray dryer to obtain hydrotalcite of formula .
Throttle ring for a piston compressor, having an axially extending ring axis (Ar), an axial height (h), a radially inner running surface and a radially outer circumferential surface , as well as an upper flank and a lower flank , wherein the upper flank faces the compression chamber of the piston compressor when the throttle ring is used as intended, wherein the running surface has at least one circumferential groove in the circumferential direction, which is connected to the radially outer circumferential surface by at least one radial bore , and wherein the throttle ring is designed as an endless ring.
Disc brake for a utility vehicle, having a brake caliper , in the form of a floating caliper, spanning a brake disc , which brake caliper is fastened at a stationary brake carrier and has a central opening above the brake disc , two oppositely movable brake linings arranged in the brake caliper and each having one lining carrier plate and one friction lining fixed thereon, of which one action-side or supply-side brake lining can be pressed by means of a clamping apparatus via at least one brake piston against the brake disc , and at least one spreading apparatus with which the brake caliper can be returned after a displacing and releasing of the brake in the case of a braking procedure, wherein the spreading apparatus has resilient spring units which engage with the oppositely-situated brake linings , wherein the spreading apparatus is arranged in the central opening and the spring units engage directly or indirectly outside the friction linings in at least two joining interfaces (A1, A'1; A2, A'2) of the brake linings which are arranged spaced in the middle from one another, wherein the spring units are connected with a stationary joining element in at least one connecting interface with at least one connecting element , characterised in that the at least one connecting element forms a connection which can be twisted around a longitudinal axis of a central portion of the joining element .
Method for producing an engraving by means of a laser on the inner surface of a mould part of a vulcanization mould of a pneumatic motor vehicle tyre on the basis of a digital bit-mapped graphic of pixels with a multiplicity of, in particular at least 256, different grey scales, wherein the local laser energy correlates with the grey scales of the pixels from the bit-mapped graphic, comprising the following steps, occurring one after the other and possibly also in parallel with one another: a. scanning the digital bit-mapped graphic to ascertain the grey scale of each pixel, b. engraving the inner surface of the mould part, characterized in that , in step a., a digital photo with an image size of at least 1000 × 1000 pixels is used as the bit-mapped graphic, wherein, in step b., the engraving correlates with the grey scales of the pixels of the digital photo in such a way that it is reproduced on the inner surface of the mould part as an uneven contrasting structure of peaks and troughs replicating the grey scales. a. scanning the digital bit-mapped graphic to ascertain the grey scale of each pixel, b. engraving the inner surface of the mould part, characterized in that , in step a., a digital photo with an image size of at least 1000 × 1000 pixels is used as the bit-mapped graphic, wherein, in step b., the engraving correlates with the grey scales of the pixels of the digital photo in such a way that it is reproduced on the inner surface of the mould part as an uneven contrasting structure of peaks and troughs replicating the grey scales. characterized in that , in step a., a digital photo with an image size of at least 1000 × 1000 pixels is used as the bit-mapped graphic, wherein, in step b., the engraving correlates with the grey scales of the pixels of the digital photo in such a way that it is reproduced on the inner surface of the mould part as an uneven contrasting structure of peaks and troughs replicating the grey scales.
An industrial vehicle work guide system, comprising: a memory configured to store engine used data, a driving time, a fuel consumption amount, and reference fuel efficiency; a display module configured to output a guide message; an analysis module configured to calculate actual fuel efficiency by using the engine used data, the driving time, and the fuel consumption amount, compare the actual fuel efficiency with the reference fuel efficiency, and control the display module so that the display module outputs a guide message when the actual fuel efficiency is lower than the reference fuel efficiency, characterised in that the industrial vehicle work guide system further comprises: a load sensor configured to measure weight of the cargo loaded on the industrial vehicle, wherein the reference fuel efficiency includes a work amount per hour defined with a work cycle per driving time, wherein the analysis module is configured to define one work cycle from a time point in which a pressure sensed by the load sensor is increased to a time point in which the pressure sensed by the load sensor is decreased, to calculate the number of work cycles based on the pressure measured by the load sensor , and to calculate the work amount per hour using the calculated work cycles. a memory configured to store engine used data, a driving time, a fuel consumption amount, and reference fuel efficiency; a display module configured to output a guide message; an analysis module configured to calculate actual fuel efficiency by using the engine used data, the driving time, and the fuel consumption amount, compare the actual fuel efficiency with the reference fuel efficiency, and control the display module so that the display module outputs a guide message when the actual fuel efficiency is lower than the reference fuel efficiency, characterised in that the industrial vehicle work guide system further comprises: a load sensor configured to measure weight of the cargo loaded on the industrial vehicle, wherein the reference fuel efficiency includes a work amount per hour defined with a work cycle per driving time, wherein the analysis module is configured to define one work cycle from a time point in which a pressure sensed by the load sensor is increased to a time point in which the pressure sensed by the load sensor is decreased, to calculate the number of work cycles based on the pressure measured by the load sensor , and to calculate the work amount per hour using the calculated work cycles.
A method performed by a device proxy associated with a wireless device in a wireless network, for handling radio communication of content data from a data source to be played out on a media player of the wireless device , the method comprising: - detecting that content data of a potential data class is available for radio communication to the device proxy from said data source on behalf of the wireless device, the potential data class indicating that a certain delay for delivering data can be tolerated, - fetching segments of the content data from the data source over a potential data bearer dedicated for data of said potential data class, - storing the fetched segments of content data in an intermediate buffer , and - delivering the segments of content data from the intermediate buffer when requested by the media player, wherein the step of fetching further comprises that further segments of the content data are fetched over the potential data bearer until the content data of the potential data class becomes unavailable, until all accessible segments have been fetched, or until an intermediate buffer is full, wherein, if it is determined that only a first range of one segment is fetched over the potential data bearer, a second range of the same segment is fetched over a nonpotential data bearer and the first and second ranges of the segment are joined by the device proxy to form a complete segment before delivery to the media player. - detecting that content data of a potential data class is available for radio communication to the device proxy from said data source on behalf of the wireless device, the potential data class indicating that a certain delay for delivering data can be tolerated, - fetching segments of the content data from the data source over a potential data bearer dedicated for data of said potential data class, - storing the fetched segments of content data in an intermediate buffer , and - delivering the segments of content data from the intermediate buffer when requested by the media player, wherein the step of fetching further comprises that further segments of the content data are fetched over the potential data bearer until the content data of the potential data class becomes unavailable, until all accessible segments have been fetched, or until an intermediate buffer is full, wherein, if it is determined that only a first range of one segment is fetched over the potential data bearer, a second range of the same segment is fetched over a nonpotential data bearer and the first and second ranges of the segment are joined by the device proxy to form a complete segment before delivery to the media player.
A method for measuring an object using a measurement arrangement the method comprising: measuring at least one object , wherein the measuring comprises measuring dimensions whereby the measuring further comprises measuring a heat distribution of the at least one object; comparing the measured heat distribution with a plurality of stored heat compensation profiles, wherein a heat compensation profile comprises a heat distribution measurement and a set of compensation coefficients that represent the deviation of the object having a heat distribution according to the heat compensation profile and the cooled down object; determining based on said comparison at least one heat compensation profile representing the measured heat distribution; receiving at least one set of compensation coefficients associated with the determined at least one heat compensation profile; applying a set of received compensation coefficients to measured dimensions of the at least one object for producing heat compensation profile compensated dimensions. measuring at least one object , wherein the measuring comprises measuring dimensions whereby the measuring further comprises measuring a heat distribution of the at least one object; comparing the measured heat distribution with a plurality of stored heat compensation profiles, wherein a heat compensation profile comprises a heat distribution measurement and a set of compensation coefficients that represent the deviation of the object having a heat distribution according to the heat compensation profile and the cooled down object; determining based on said comparison at least one heat compensation profile representing the measured heat distribution; receiving at least one set of compensation coefficients associated with the determined at least one heat compensation profile; applying a set of received compensation coefficients to measured dimensions of the at least one object for producing heat compensation profile compensated dimensions.
A telescopic shaft configured to connect a base of a parallel kinematics robot to an end effector of the same for the purpose of transferring torque, the telescopic shaft comprising: a first shaft , a second shaft configured to enable a first relative movement in an axial direction between the first and second shafts , and a third shaft configured to enable a second relative movement in the axial direction between the second and third shafts , and a third relative movement in the axial direction between the first and third shafts , the second shaft being located between the first and third shafts , characterized by constraining means configured to predetermine the first relative movement in relation to the second relative movement. a first shaft , a second shaft configured to enable a first relative movement in an axial direction between the first and second shafts , and a third shaft configured to enable a second relative movement in the axial direction between the second and third shafts , and a third relative movement in the axial direction between the first and third shafts , the second shaft being located between the first and third shafts , characterized by constraining means configured to predetermine the first relative movement in relation to the second relative movement.
A combination of therapeutic agents comprising: saposin C and dioleoylphosphatidylserine (SapC-DOPS); and nucleolin aptamer AS1411, for use in a method of inducing cell death in a glioblastoma multiforme cancer cell, wherein cell death of the cancer cell is induced. saposin C and dioleoylphosphatidylserine (SapC-DOPS); and nucleolin aptamer AS1411,
A pile or ground anchor for a building or structure, comprising an elongate shaft having a longitudinal axis (A) for positioning in a borehole , two or more sidewalls defining a substantially tubular structure surrounding a length of the elongate shaft for engaging the borehole, one or more connectors disposed along the elongate shaft, connecting the sidewalls to the elongate shaft, at least some of the one or more connectors being moveable relative to or along the elongate shaft for moving the sidewalls, the sidewalls being moveable or extendible from i) a retracted configuration in which the sidewalls are disposed proximate to the shaft, the diameter of the tubular structure being suitable for insertion into a borehole, to ii) a deployed configuration in which the sidewalls are radially spaced from the longitudinal axis of the shaft, relative to the retracted configuration, in use the two or more sidewalls bearing against and substantially radially expanding a corresponding length of the borehole by movement into the deployed configuration, such that the diameter of the tubular structure in the deployed configuration is greater than the original diameter of the borehole, and characterised in that an elongate sleeve is connected to the uppermost connector on the elongate shaft, wherein during installation one of the elongate shaft and sleeve is adapted to be moveable by rotation or translation relative to the other of the elongate shaft and sleeve, and the other of the elongate shaft and sleeve is securable against the corresponding rotation or translation. an elongate shaft having a longitudinal axis (A) for positioning in a borehole , two or more sidewalls defining a substantially tubular structure surrounding a length of the elongate shaft for engaging the borehole, one or more connectors disposed along the elongate shaft, connecting the sidewalls to the elongate shaft, at least some of the one or more connectors being moveable relative to or along the elongate shaft for moving the sidewalls, the sidewalls being moveable or extendible from i) a retracted configuration in which the sidewalls are disposed proximate to the shaft, the diameter of the tubular structure being suitable for insertion into a borehole, to ii) a deployed configuration in which the sidewalls are radially spaced from the longitudinal axis of the shaft, relative to the retracted configuration, in use the two or more sidewalls bearing against and substantially radially expanding a corresponding length of the borehole by movement into the deployed configuration, such that the diameter of the tubular structure in the deployed configuration is greater than the original diameter of the borehole, and characterised in that an elongate sleeve is connected to the uppermost connector on the elongate shaft, wherein during installation one of the elongate shaft and sleeve is adapted to be moveable by rotation or translation relative to the other of the elongate shaft and sleeve, and the other of the elongate shaft and sleeve is securable against the corresponding rotation or translation.
A Free Space Optical Interconnection (FSOI) optical connection module for completing a two-way optical link allowing data to be carried at high speed (without disruption) between two elements of an item of electronic equipment, characterised in that it comprises at least one emitter element (13 e ) capable of emitting a light wave modulated by an electric signal, said emitter (13 e ) emitting a non-focused beam, and a receiver element (13 r ) capable of receiving a modulated light wave and of restoring the modulating signal in electrical form, said emitter (13 e ) and receiver (13 r ) elements being arranged in an encapsulation casing configured to form a screen intended to protect said emitter (13 e ) and receiver (13 r ) elements against the external electromagnetic emissions surrounding the module , the upper wall of which has openings disposed facing the surface of the emitter element (13 e ) and the surface of the receiver element (13 r ), respectively, said openings forming two windows configured to allow through the light waves and to screen the other external electromagnetic disruptions and to allow light to pass through the casing ; said encapsulation casing defining two separated cavities , in which the emitter element (13 e ) and the receiver element (13 r ) are respectively housed.
A method, in an anchor base station, for establishing a second link between a user equipment and an assisting base station, where the user equipment is served by the anchor base station via a first link, the method comprising: identifying the assisting base station for establishing the second link with the user equipment; negotiating random access parameters with the assisting base station; and sending , to the user equipment, an RRC trigger to establish the second link between the user equipment and the assisting base station, wherein the RRC trigger comprises the negotiated random access parameters. identifying the assisting base station for establishing the second link with the user equipment; negotiating random access parameters with the assisting base station; and sending , to the user equipment, an RRC trigger to establish the second link between the user equipment and the assisting base station, wherein the RRC trigger comprises the negotiated random access parameters.