mhurhangee/patent-ind-claim-en huggingface dataset:
A process for production of elemental sulfur from a feedstock gas comprising from 15%, 20%, 30 vol%, 40 vol% or 50% to 99 vol% or 100 vol% H 2 S and a stream of sulfuric acid involving the steps of a. providing a Claus reaction furnace feed stream comprising an amount of said feedstock gas, an amount of oxygen and optionally an amount of fuel, wherein the amount of oxygen is substoichiometric with respect to the Claus reaction, b. directing said Claus reaction furnace feed stream to a reaction furnace zone operating at elevated temperature such as above 900°C, providing a reaction furnace zone product, c. directing said reaction furnace zone product and an amount of sulfuric acid to a sulfuric acid evaporation zone downstream said reaction furnace zone providing a Claus converter feed gas d. cooling said Claus converter feed gas to provide a cooled Claus converter feed gas and optionally withdrawing elemental sulfur from the gas e. directing said cooled Claus converter feed gas to contact a material catalytically active in the Claus reaction, f. withdrawing a Claus tail gas and elemental sulfur, optionally by cooling the effluent from said material catalytically active in the Claus reaction, g. directing a stream comprising said Claus tail gas to a Claus tail gas treatment. a. providing a Claus reaction furnace feed stream comprising an amount of said feedstock gas, an amount of oxygen and optionally an amount of fuel, wherein the amount of oxygen is substoichiometric with respect to the Claus reaction, b. directing said Claus reaction furnace feed stream to a reaction furnace zone operating at elevated temperature such as above 900°C, providing a reaction furnace zone product, c. directing said reaction furnace zone product and an amount of sulfuric acid to a sulfuric acid evaporation zone downstream said reaction furnace zone providing a Claus converter feed gas d. cooling said Claus converter feed gas to provide a cooled Claus converter feed gas and optionally withdrawing elemental sulfur from the gas e. directing said cooled Claus converter feed gas to contact a material catalytically active in the Claus reaction, f. withdrawing a Claus tail gas and elemental sulfur, optionally by cooling the effluent from said material catalytically active in the Claus reaction, g. directing a stream comprising said Claus tail gas to a Claus tail gas treatment.
A method in an access point, AP, for setting an inactivity timer in a radio communication network comprising the AP , a mobility management entity, MME, and a session management entity, SME , the method comprising: obtaining an inactivity timer value for one or more user equipments, UEs, served by the AP ; transmitting the inactivity timer value to the MME for notifying the SME of the inactivity timer value for the one or more UEs ; wherein, for each of the one or more UEs , the AP and the SME respectively maintain an inactivity timer associated with the UE based on the inactivity timer value and remove resources locally used for the UE when the inactivity timer expires. obtaining an inactivity timer value for one or more user equipments, UEs, served by the AP ; transmitting the inactivity timer value to the MME for notifying the SME of the inactivity timer value for the one or more UEs ; wherein, for each of the one or more UEs , the AP and the SME respectively maintain an inactivity timer associated with the UE based on the inactivity timer value and remove resources locally used for the UE when the inactivity timer expires.
A rotatable sprinkler, comprising a base and a rotation element that rotates relative to the base , wherein the rotation element comprises an outlet connected to a water source and wherein the rotation element comprises a hollow column and a turntable disposed at the top of the column , characterized in that the rotatable sprinkler further comprises at least one decorative unit being located between the turntable and the base and comprising a support that rotates synchronously with the rotation element , a free end of the support being in contact with a bottom surface of the base , wherein the bottom surface is a continuous curved surface and defines at least one low part and at least one high part ; and one end of the support being disposed at the turntable of the rotation element , the bottom surface of the base being in contact with the free end of the support and being configured to drive the support to move up and down relative to the turntable when the support is rotated together with the rotation element . the rotatable sprinkler further comprises at least one decorative unit being located between the turntable and the base and comprising a support that rotates synchronously with the rotation element , a free end of the support being in contact with a bottom surface of the base , wherein the bottom surface is a continuous curved surface and defines at least one low part and at least one high part ; and one end of the support being disposed at the turntable of the rotation element , the bottom surface of the base being in contact with the free end of the support and being configured to drive the support to move up and down relative to the turntable when the support is rotated together with the rotation element .
Thermal battery comprising a wall forming an enclosure comprising within it a phase-change material , said enclosure comprising a fluid inlet and a fluid outlet , said fluid inlet and outlet being linked to one another by a bundle of hollow fibres intended for the circulation of the fluid, said phase-change material being present between said hollow fibres , characterized in that the hollow fibres are distributed throughout the volume of said enclosure in a disorderly fashion.
An extrudable gypsum-based material formed from a mixture consisting of: a gypsum, namely calcium sulfate hemihydrate, in the range of 40 to 90% by dry weight percent; a secondary material in the range of 0.1 to 50% by dry weight percent, wherein the secondary material is selected from sand, cement, fly ash, slag, rock, expanded light weight aggregate, or a combination thereof; a reinforcement fiber in the range of 1 to 20% by dry weight percent; a rheology modifying agent in the range of 0.5 to 10% by dry weight percent selected from a polysaccharide, a polysaccharide derivative, a protein, a protein derivative, a synthetic organic material, a synthetic organic material derivative, or a combination thereof; a retarder in the range of 0.1 to 8% by dry weight percent; a water in the range of 16 to 25% of a total wet material weight; and the mixture is extrudable. a gypsum, namely calcium sulfate hemihydrate, in the range of 40 to 90% by dry weight percent; a secondary material in the range of 0.1 to 50% by dry weight percent, wherein the secondary material is selected from sand, cement, fly ash, slag, rock, expanded light weight aggregate, or a combination thereof; a reinforcement fiber in the range of 1 to 20% by dry weight percent; a rheology modifying agent in the range of 0.5 to 10% by dry weight percent selected from a polysaccharide, a polysaccharide derivative, a protein, a protein derivative, a synthetic organic material, a synthetic organic material derivative, or a combination thereof; a retarder in the range of 0.1 to 8% by dry weight percent; a water in the range of 16 to 25% of a total wet material weight; and the mixture is extrudable.
Latching device for an engine hood of a motor vehicle, the latching device comprising a locking mechanism having a catch and a pawl for ratcheting the catch in a main ratchet position, the latching device further comprising a catch hook which can limit an opening movement of a latch holder after the locking mechanism is opened at a securing position between a provided closed position and a provided open position, characterized in that the catch hook has a load-dependent barrier and the latching device is designed such that a movement of the latch holder in the direction of the barrier is limited at the provided closed position by the barrier depending on the load such that the latch holder only descends beyond the provided closed position in the event of overloading.
A spreader system for an agricultural vehicle for spreading crop residue, comprising: a spreader device including a plurality of paddles configured to rotate about a first axis (A1), the rotation of the paddles producing a stream of crop residue (CS); and a fan including a plurality of impellers configured to rotate about a second axis (A2) to produce a stream of air (AS), the stream of air (AS) being directed to exit the spreader system beneath the stream of crop residue (CS) as the crop residue leaves the spreader device ; the spreader system being characterised in that it further comprises a divider plate positioned below the spreader device , having the stream of crop residue (CS) above the divider plate and the stream of air (AS) beneath the divider plate and configured to keep the stream of crop residue (CS) and the stream of air (AS) from mixing in the spreader device . a spreader device including a plurality of paddles configured to rotate about a first axis (A1), the rotation of the paddles producing a stream of crop residue (CS); and a fan including a plurality of impellers configured to rotate about a second axis (A2) to produce a stream of air (AS), the stream of air (AS) being directed to exit the spreader system beneath the stream of crop residue (CS) as the crop residue leaves the spreader device ; the spreader system being characterised in that it further comprises a divider plate positioned below the spreader device , having the stream of crop residue (CS) above the divider plate and the stream of air (AS) beneath the divider plate and configured to keep the stream of crop residue (CS) and the stream of air (AS) from mixing in the spreader device .
A luminescent body comprising a casing and a light source housed in said casing; the casing comprising a front wall , a rear wall , a peripheral wall surrounding the front and rear walls and firmly connected to the front and rear walls; at least one of the front and rear walls comprising at least one portion permeable to light; wherein said peripheral wall comprises an outer coating portion , and the luminescent body further comprises fixing means for fixing said outer coating portion to said front and rear walls; characterised in that : - said outer coating portion is made of elastomeric foam material; - said at least one of the front and rear walls supports a foil, which is laid or glued in a releasable manner, displays one or more images and/or texts, and is at least partially permeable to light; - said outer coating portion comprises a turned-down side portion which exerts, by effect of the elasticity of the elastomeric foam material, a pressure over the entire periphery of said foil, to maintain said foil in firm position with respect to said at least one of the front and rear walls and to hold a peripheral edge of said foil in adherence to said at least one of the front and rear walls . - said outer coating portion is made of elastomeric foam material; - said at least one of the front and rear walls supports a foil, which is laid or glued in a releasable manner, displays one or more images and/or texts, and is at least partially permeable to light; - said outer coating portion comprises a turned-down side portion which exerts, by effect of the elasticity of the elastomeric foam material, a pressure over the entire periphery of said foil, to maintain said foil in firm position with respect to said at least one of the front and rear walls and to hold a peripheral edge of said foil in adherence to said at least one of the front and rear walls .
A safety utility knife comprising: a grip part ; a blade projecting from the grip part , the blade being formed with a hole ; a head part arranged at a tip of the projecting blade ; and a coupling part , characterized in that : the hole is a through-hole, the coupling part lies within the through-hole , and the coupling part couples the grip part and the head part together. a grip part ; a blade projecting from the grip part , the blade being formed with a hole ; a head part arranged at a tip of the projecting blade ; and a coupling part , the hole is a through-hole, the coupling part lies within the through-hole , and the coupling part couples the grip part and the head part together.
A method for the manufacture of a fibre composite component , with a base element , and with at least one ancillary element connected to the base element , with the steps: - Preparation of a preform of the base element with at least one surface bonding region , - Positioning of a fibre composite component , with a bonding surface for purposes of bonding the ancillary element in the bonding region of the base element, - Integration of the reinforcement element into the base element preform by the partial overlapping of the reinforcement element with fibre layers of the base element preform, - Curing of the base element preform populated with the reinforcement element , - Preparing of the at least one bonding surface by a removal of the surface of the at least one reinforcement element , such that after the removal the ends of fibre sections emanate from the at least one bonding surface for mechanical intermeshing with the ancillary element, and such that the bonding surface transitions into surrounding surface sections of the base element in a stepless manner, - Positioning of the preform of the ancillary element in the wet state on the base element on the bonding surface , and - Curing of the ancillary element preform. - Preparation of a preform of the base element with at least one surface bonding region , - Positioning of a fibre composite component , with a bonding surface for purposes of bonding the ancillary element in the bonding region of the base element, - Integration of the reinforcement element into the base element preform by the partial overlapping of the reinforcement element with fibre layers of the base element preform, - Curing of the base element preform populated with the reinforcement element , - Preparing of the at least one bonding surface by a removal of the surface of the at least one reinforcement element , such that after the removal the ends of fibre sections emanate from the at least one bonding surface for mechanical intermeshing with the ancillary element, and such that the bonding surface transitions into surrounding surface sections of the base element in a stepless manner, - Positioning of the preform of the ancillary element in the wet state on the base element on the bonding surface , and - Curing of the ancillary element preform.
A method for determining an appropriate alias to select after an animation interruption, for use in a computer system including at least one processor and a memory, in a computer networking environment including a plurality of computing systems, the method comprising: an act of determining that one or more user interface, UI, elements are to be moved to a different position within a UI ; an act of initiating a first animation that creates first and second aliases for each UI element that is to be moved; an act of receiving an input that interrupts the initiated first animation, the input indicating that at least one of the UI elements that is being moved during the first animation is to be moved to a different position; an act of determining which of the first and second aliases is optimal for use as a starting point for a second animation based on one or more visibility factors , each of which at least partially identifies which UI elements a user is focused on; and an act of initiating a second animation at the determined optimal alias, the second animation using the determined optimal alias as a starting point and a third, different alias as an end point. an act of determining that one or more user interface, UI, elements are to be moved to a different position within a UI ; an act of initiating a first animation that creates first and second aliases for each UI element that is to be moved; an act of receiving an input that interrupts the initiated first animation, the input indicating that at least one of the UI elements that is being moved during the first animation is to be moved to a different position; an act of determining which of the first and second aliases is optimal for use as a starting point for a second animation based on one or more visibility factors , each of which at least partially identifies which UI elements a user is focused on; and an act of initiating a second animation at the determined optimal alias, the second animation using the determined optimal alias as a starting point and a third, different alias as an end point.
A process to produce biogenic substances in at least one bioreactor, characterized in that a) at least one starting material with b) at least one enzyme is added and the obtained product with c) at least one liver cell is added, or b') at least one liver cell is added and the obtained product with c') at least one enzyme is added, and d) at least one biogenic substance is isolated. wherein the starting material contains at least one chemical substance and at least one enzyme is selected from the group of phase I enzymes, phase II enzymes and oxidoreductases. a) at least one starting material with b) at least one enzyme is added and the obtained product with c) at least one liver cell is added, or b') at least one liver cell is added and the obtained product with c') at least one enzyme is added, and d) at least one biogenic substance is isolated.
A method of repairing a leaking annular seal located within an annulus that encircles an oil/gas wellbore tubular body , said method comprising: deploying a heating tool comprising at least one heater downhole via the tubular body to a downhole target region that is proximal to, and preferably up-hole of, the annular seal ; positioning a deflector in the downhole target region so that the deflector is down-hole of a portion of the tubular body wall that comprises one or more openings ; delivering alloy beads to the downhole target region via the tubular body such that the deflector redirects the alloy beads radially outwards towards said one or more openings and into the annulus , wherein the alloy beads accumulate on top of the annular seal ; and operating said heating tool to increase the temperature within the downhole target region to a temperature that is sufficient to melt the alloy beads accumulated within the annulus before allowing the molten alloy to cool and form an alloy plug that repairs the leaking annular seal ; and characterised by positioning the deflector in the downhole target region so that the deflector is up-hole of the annular seal and the heating tool . deploying a heating tool comprising at least one heater downhole via the tubular body to a downhole target region that is proximal to, and preferably up-hole of, the annular seal ; positioning a deflector in the downhole target region so that the deflector is down-hole of a portion of the tubular body wall that comprises one or more openings ; delivering alloy beads to the downhole target region via the tubular body such that the deflector redirects the alloy beads radially outwards towards said one or more openings and into the annulus , wherein the alloy beads accumulate on top of the annular seal ; and operating said heating tool to increase the temperature within the downhole target region to a temperature that is sufficient to melt the alloy beads accumulated within the annulus before allowing the molten alloy to cool and form an alloy plug that repairs the leaking annular seal ; and characterised by positioning the deflector in the downhole target region so that the deflector is up-hole of the annular seal and the heating tool .
Light guide for an automobile lighting and/or signaling device, characterized in that it comprises at least one coupler having at least two input faces arranged so that, when a light source is positioned at a predetermined point in relation to the coupler, for each of the input faces, all the rays from the source passing geometrically through the point and penetrating into the guide through the input face are refracted there in mutually parallel planes, the guide also comprising at least two reflection faces , the guide being arranged so that the refracted rays are directed directly toward one of the reflection faces where they are reflected directly toward an output face of the guide.
Device for cleaning a sensor of an optical detection system for a motor vehicle, which comprises an assembly for distributing fluid onto said sensor that is driven by operating instructions sent by a control module , characterized in that said control module is configured to generate an information message (M1) relating to the need for a cleaning operation for the sensor and to receive a control instruction from an occupant of the vehicle who authorizes this cleaning operation.
A method of determining subsurface composition of a surveyed region comprising the steps of: using a transmitter (Tx) to transmit a pulsed electromagnetic signal into the ground; using a receiver (Rx, Rx', Rx") to detect a return signal following interaction of said transmitted signal with features of the subsurface; imaging a profile image of the subsurface; calculating one or more spectra of said return signal, said one or more spectra comprising at least a phase-frequency spectrum based upon the variation of phase of the return signal in the frequency domain and an energy-frequency spectrum; analysing said one or more spectra to determine a characteristic phase-frequency signature, and an energy-frequency signature for one or more layers of said subsurface; and comparing said determined signatures of the one or more layers to a database of equivalent signatures of known materials in order to determine a composition of said one or more layers; characterized in that said analysing step comprising defining said energy-frequency signature by energy changes at more than 10 different harmonics for each of more than 10 derivatives of the energy-frequency spectrum, such that said energy-frequency signature is defined by the sign of the energy change at each of said harmonics. using a transmitter (Tx) to transmit a pulsed electromagnetic signal into the ground; using a receiver (Rx, Rx', Rx") to detect a return signal following interaction of said transmitted signal with features of the subsurface; imaging a profile image of the subsurface; calculating one or more spectra of said return signal, said one or more spectra comprising at least a phase-frequency spectrum based upon the variation of phase of the return signal in the frequency domain and an energy-frequency spectrum; analysing said one or more spectra to determine a characteristic phase-frequency signature, and an energy-frequency signature for one or more layers of said subsurface; and comparing said determined signatures of the one or more layers to a database of equivalent signatures of known materials in order to determine a composition of said one or more layers; characterized in that said analysing step comprising defining said energy-frequency signature by energy changes at more than 10 different harmonics for each of more than 10 derivatives of the energy-frequency spectrum, such that said energy-frequency signature is defined by the sign of the energy change at each of said harmonics.